| Singapore Technologies Engineering Ltd, doing business as ST Engineering, formerly known as Chartered Industries of Singapore, is a Singaporean multinational technology and engineering group in the aerospace, smart city as well as defence and public security sectors. Headquartered in Singapore, the group reported a revenue of S$7.7 billion in FY2021,ranks among the largest companies listed on the Singapore Exchange, and is one of Asia's largest defence and engineering groups. It is a component stock of FTSE Straits Times Index, MSCI Singapore, iEdge SG ESG Transparency Index and iEdge SG ESG Leaders Index. ST Engineering has about 23,000 employees worldwide with two-thirds of its employees in the engineering and technology roles. |
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| ST Engineering's history began with its precursor, the Chartered Industries of Singapore, which was established in 1967 by the newly independent Singaporean government as an ammunition manufacturer. Businesses related to aerospace and shipbuilding were later created and put under the ST umbrella. The ST group of companies went commercial in 1990, setting up its first commercial airframe manufacturing, repair and overhaul facilities in Singapore and the United States. ST Engineering was created in December 1997 as a merger of four listed companies: ST Aerospace, ST Electronics, ST Kinetics and ST Marine. Its shares debuted on the Singapore Exchange on 8 December 1997. |
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| Since then, ST Engineering has grown to become one of Asia's largest defence and engineering groups for commercial and defence organisations across multiple industries.In Mar 2007, ST Engineering was ranked 19th in the aerospace & defence industry and 1,661th of 2,000 of the world's largest public companies by Forbes. |
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| At ST Engineering, we apply our technology and innovation to solve real-world problems and improve lives. Our commitment to excellence and track record as a global technology, defence, and engineering company earns us a reputation for quality and trust. |
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| ST Engineering is a major player in the defence and military industries. It was ranked Number 61 in the Stockholm International Peace Research Institute's list of the world's top 100 defence manufacturers in 2021.[11] Outside of Singapore, it has sold defence products to over 100 countries, including United States, United Kingdom, Indonesia, Philippines, United Arab Emirates, Brazil, Sweden, India, Thailand and Finland. ST Engineering do not design, produce or sell anti-personnel mines, cluster munitions, white phosphorus munitions and its related key components. |
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| In 2018, the Group harmonised all brands by using "ST Engineering" as a Masterbrand while in 2020, the Group reorganised as Commercial and Defence & Public Security clusters, replacing the sector-structure of Aerospace, Electronics, Land Systems and Marine. ST Engineering's network of subsidiaries and associated companies spans across the Americas, Asia, Europe and the Middle East.[17] |
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| ST Engineering expanded to the United States in 2001, locating its U.S. headquarters in Herndon, Virginia. It operates in 50 cities across 23 states. It was known as VT Systems (VTS; formerly known as Vision Technologies Systems) until 1 July 2019, when VTS was changed to ST Engineering North America as part of the Group’s brand harmonization exercise in 2018. |
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| As of 28 February 2022, Temasek Holdings has a 51.69% shares in ST Engineering. Temasek Holdings (Private) Limited, or simply Temasek, is a Singaporean state holding company owned by the Government of Singapore. Incorporated on 25 June 1974, Temasek owns and manages a total of US$496.59 billion (S$671 billion) in assets under management (AUM) as of December 2022.[5] Its net portfolio is US$287 billion (S$403 billion) as of 2022, with S$37 billion divested and S$61 billion invested during the year. |
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| Its one-year total shareholder return (TSR) was 5.8%, with longer term 10 and 20-year TSRs at 7% and 8% respectively, compounded annually. Its TSR since inception was 14%, compounded over 48 years. |
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| Headquartered in Singapore, it has 12 offices in 8 countries around the world, including in Beijing, Hanoi, Mumbai, Shanghai, Shenzhen; and London, Brussels, New York, San Francisco, Washington, D.C. and Mexico City outside Asia. It is an active shareholder and investor, with four key structural trends guiding its long term portfolio construction – Digitisation, Sustainable Living, Future of Consumption, and Longer Lifespans.[10] Temasek's portfolio covers a broad spectrum of sectors. Its key focus investment areas include Consumer, Media & Technology, Life Sciences & Agri-Food, and Non-bank Financial Services. |
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| Temasek has held overall corporate global credit ratings of “Aaa/AAA” by rating agencies Moody's and Standard & Poor's respectively since its inaugural credit ratings in 2004. It has also attained perfect quarterly scores[14] on the Linaburg-Maduell Transparency Index, a measure of the openness of government-owned investment funds. Temasek is primarily anchored in Asia, but with a global portfolio, with a 60% underlying exposure to developed economies. |
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| While Temasek is largely attributed as being a sovereign wealth fund (SWF), there are major differences as it invests mostly in equities, is the outright owner of many assets and companies, and pays taxes like other commercial investment firms. |
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| In addition to Temasek, the Government of Singapore also owns GIC Private Limited, a traditional SWF which manages about US$744 billion (S$1.006 trillion) of assets as of 2022 and the compulsory pension program Central Provident Fund with asssets of US$397 billion (S$540 billion), giving a total AUM of US$1.64 trillion. Temasek is a company incorporated in Singapore, and operates under the provisions of the Singapore Companies Act. It is neither a government agency nor a statutory board. Like any other commercial company, Temasek pays taxes that contributes to government revenue in the countries it operates in, distributes dividends to its shareholder and has its own board of directors and a professional management team. Its sole shareholder is Singapore's Ministry of Finance. |
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| Temasek is designated a Fifth Schedule entity under the Constitution of Singapore, which imposes certain safeguards to protect the government's past reserves. For instance, the approval of the President of Singapore is required for any transaction which is likely to result in a draw-down of Temasek's cash reserves.The president also has the right to appoint, terminate, or renew the members of Temasek's board of directors. In most other respects, however, Temasek operates as an independent commercial investment holding company. |
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| In a 2009 speech,Ho Ching, Temasek Holdings' Executive Director and CEO, said that the company had made an effort to instill discipline and professionalism, and to be tested and measured by providing public markers of performance. She noted that Temasek's bonds spreads and credit ratings have been regularly and independently monitored as public markers of Temasek's financial position and credit risks. Temasek had also openly and accurately disclosed its financial information through its annual report (although Ho said that, as a private company, it was not legally obliged to do so). As a company, Temasek has been carbon neutral since 2020. The firm has publicly stated that its goal is to reduce the net carbon emissions attributed to its entire portfolio to half of 2010 levels by 2030. It aims to achieve net zero carbon emissions by 2050. |
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| Singapore Technologies Engineering Ltd operates as a technology and engineering company in Asia, Europe, the Middle East, and the United States. The company operates through Commercial Aerospace, Urban Solutions & Satcom, and Defense & Public Security segments. The Commercial Aerospace segments engages in maintenance, repair, and overhaul of airframe, engines, and components; operates as an original equipment manufacturer for nacelles, composite floorboards, and passenger to freight conversions; and provision of aviation asset management solutions. The Urban Solutions & Satcom segment offers smart mobility, utilities, infrastructure, and urban environment solutions, as well as satellite communication solutions. The Defense & Public Security segment offers public safety, security, defense, critical information infrastructure, and other solutions. It serves customers in the commercial, government, and defense sectors. Singapore Technologies Engineering Ltd was incorporated in 1997 and is headquartered in Singapore. |
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| ST Engineering is traded as SGX: S63 (Singapore Technologies Engineering Ltd (S63.SI)). The Singapore Exchange Limited (SGX) is a Singaporean investment holding company that provides different services related to securities and derivatives trading and others. SGX is also a member of the World Federation of Exchanges and the Asian and Oceanian Stock Exchanges Federation. The companies listed on SGX belong to one of two groups: the companies listed on the SGX Mainboard and the companies listed on SGX NASDAQ. In order to be listed on the mainboard, a company has to fulfill some requirements set forth by SGX, while a listing on NASDAQ is not tied to the fulfillment of any additional conditions. SESDAQ was replaced on 26 November 2007 by the SGX Catalist after an extensive study of other market models and a public consultation in May 2007.The word "Catalist" is an amalgamation of the words "Catalyst" and "List", to reflect the idea that the Catalist board could be used as a catalyst to propel growth upon listing. Catalist differs from SESDAQ primarily in its use of a sponsor system to determine a prospective company's suitability to list and as a corporate advisor to advise on listing and corporate governance issues. |
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| The Singapore Technologies Engineering (ST Engineering) group is a government-linked entity specialising in the aerospace, electronics, land systems and marine sectors. Created in December 1997, ST Engineering is an amalgamation of four listed companies: ST Aerospace, ST Electronics, ST Kinetics and ST Marine. ST Engineering's businesses span across the aerospace, smart city, defence and public security sectors. ST Engineering is a global technology, defence and engineering group with |
| businesses across the aerospace, smart city, defence and public security segments. |
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| 1) Aerospace |
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| ST Engineering Aerospace provides provides nose-to-tail lifecycle solutions including aviation asset management to commercial airlines, airfreight operators and military operators. It is the world's largest airframe maintenance, repair, and operations (MRO) company, and one of the few with in-house engineering design and development capabilities.On top of MRO capabilities,ST Engineering also has expertise as an OEM specialising in engine nacelle and composite panels. It is the only company in the world offering Airbus freighter conversions using OEM data. |
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| Total Aviation Solutions Worldwide. We keep the world flying safely. We have over 45 years of experience in aviation, backed by a highly experienced team of engineers and technicians across facilities in Asia Pacific, the U.S. and Europe. |
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| We have proven solutions for practically every stage of an aircraft life cycle, from design and engineering, original equipment manufacturing, nose-to-tail aftermarket and maintenance services as well as assets management and leasing. Through passenger-to-freighter conversion or refurbishment, we give ageing aircraft a new lease of life. |
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| We are the world’s largest airframe MRO solution provider with the capacity to work on up to 45 widebody, 26 narrowbody and 24 general aviation aircraft at any one time. As an OEM, we specialise in engine nacelle and composite panels, and are the only company offering Airbus conversions using OEM data. Anticipating the rising demand for autonomous and artificial intelligence, we provide unmanned air systems as solutions for urban city application. |
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| 1.1) Aerostructures and Systems |
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| Our integrated suite of nacelle solutions includes design, manufacturing, aftermarket and maintenance services. Our global network of distribution centres, satellite stores and repair shops delivers timely support. |
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| With a wealth of experience in aeronautical design and the certification process, our engineers can handle complex engineering projects such as passenger-to-freighter conversions and provide innovative solutions in additive manufacturing for replacement and bespoke parts. |
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| We push the technological boundaries by developing unmanned air systems for autonomous delivery, inspection and other applications in an urban setting. |
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| Wide-Ranging Solutions in Nacelles and Aerostructures. Through our subsidiary Middle River Aerostructure Systems, we are a world-leading OEM for thrust reversers, engine nacelle components and specialised aerostructures with a heritage of more than 90 years. |
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| Our global team of engineers work closely with engine makers, airplane manufacturers and aircraft operators to provide comprehensive capabilities ranging from design and analysis to product development and series production. Our systematic design-to-cost approach maximises value for customers by delivering products efficiently and effectively. |
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| Flying with less fuel burn, emissions and noise. We innovate our aircraft engine nacelles to trim aircraft fuel consumption and carbon emissions. Starting right from the conceptualisation and design stage, we collaborate with engine OEMs to develop integrated propulsion systems that help to lead to engines with lower weight, less fuel burn, less community noise and yet have better aerodynamics. We are currently involved with two nacelle systems that have been developed for integrated propulsion systems. One is for the GE Passport engine on Bombardier’s Global 7500 business jet, while the other is CFM International’s LEAP-1C engine for the COMAC C919 jetliner. Both programmes are developed with Safran Nacelles through our Nexcelle joint venture. |
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| Our design features typically have individual entitlements of less than 1% as measured by fuel burn (consumption), and add up eventually to become part of the overall effort to cut fuel burn and emissions progressively on new aircraft. |
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| Design, Development and Production |
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| We design, develop and produce the nacelle components on the following major programmes: |
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| - Airbus A320neo powered by the LEAP 1A engines (in partnership with Safran Nacelles) |
| - Comac C919 powered by the LEAP 1C engines (in partnership with Safran Nacelles) |
| - Bombardier Global 7500 powered by the GE passport engines (in partnership with Safran Nacelles) |
| - Comac ARJ21 powered by the CF34-10A engines |
| - Boeing 747-8 powered by the GEnx-2B engines |
| - CF6 engines that are widely used on both civil airliners and military transport aircraft |
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| Aftermarket Services |
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| Our extensive suite of aftermarket solutions and services are available through our global network of distribution centres, satellite stores and repair shops. |
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| a) 24/7 one-stop support centre for AOG and non-AOG cases, parts and technical support |
| b) Global warehousing and distribution |
| c) Loan and exchange programmes |
| d) MRO solutions |
| - CFM CFM-56-5B, CFM56-7, LEAP-1A, LEAP-1C |
| - General Electric CF34-10A, CF34-10E, GE90, GEnx-1B, GEnx-2B |
| - IAE V2500-A5 |
| - Pratt & Whitney JT8D, PW4000 |
| - Rolls Royce Trent 700, Trent 1000 |
| - Aerostructures including cowls, flight controls, nozzles |
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| 1.2) Airframe Services |
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| Bespoke Airframe MRO Solutions |
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| At 13 million maintenance man hours capacity supported by 10 hangar facilities across Asia Pacific, the U.S. and Europe, we are the world’s largest third-party MRO service provider. At any one time, we can work on up to 44 widebody, 26 narrowbody and 24 general aviation aircraft. |
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| We have serviced more than 14,000 aircraft using our bespoke airframe MRO solutions. Our skilled engineers and technicians are well-equipped to meet all of your maintenance and airframe repair requirements. |
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| Our Services: |
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| - Line, light and heavy maintenance |
| - Transit/turnaround servicing and checks |
| - Structural repair and modification work |
| - Passenger-to-freighter conversions |
| - Service bulletin/airworthiness directive compliance and modifications |
| - Full-scale modernisation and cabin reconfiguration |
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| Aircraft Types We Support |
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| - Boeing 717, 737, 747, 757, 767, 777, 787 |
| - Airbus A300, A310, A320 family (including A320neo), A330, A350, A380 |
| - McDonnell Douglas DC-10, MD-10, MD-11, MD-80, MD-90 |
| - Embraer ERJ 175/190 |
| - Gulfstream 150/200/550 |
| - Learjet 35/45/60 |
| - Beechcraft C90 |
| - Raytheon B1900 |
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| 1.3) Component Services |
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| 24/7 Support and Delivery |
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| Recognised worldwide for our hallmark component Maintenance-By-the-Hour (MBHTM) programmes, we provide integrated component MRO solutions for over 23,500 unique aircraft parts and are the authorised service centre to over 20 leading OEMs. |
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| We provide 24/7 support and deliver more than 80,000 components annually from our component MRO facilities in Singapore, Sweden, USA and Vietnam. |
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| Always ready to meet your demand for aircraft parts, our component services are backed by a ready stock of components valued at US$300 million deployed throughout our component logistics network globally. |
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| Starting 1 Jan 2023, ST Engineering will take over from Boeing to be the sole distributor for CF6’s thrust reverser spare parts |
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| Our Services: |
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| a) Component Repair & Overhaul |
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| - Repair and overhaul of Airbus, Boeing and ATR aircraft and helicopter components, landing gears and aerostructures |
| - Authorised service centres for more than 20 OEMs |
| a) OEM warranty repair, Service Bulletin/Airworthiness Directive compliance and modification |
| b) Appointed sole MRO for Honeywell Leap engine components in the Asia Pacific |
| c) Licensed repair facility for Collins Aerospace Boeing 787 engine nacelle parts |
| d) Approved Maintenance Centre for Airbus and Leonardo helicopter components |
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| b) Component Asset Management |
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| - Component pooling and Main Base Kit support |
| - Comprehensive component Maintenance-By-the-Hour (MBHTM) services |
| - 24/7 component availability support |
| - Warehouse and material management |
| - Integrated digital solution with customer facing portal, supply chain management, components health management and reliability analysis |
| - Aircraft parts distributorship and rotables trading services |
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| Airframe Components: |
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| - Airbus A320ceo/A320neo family, A330 |
| - Boeing 737NG/737MAX, 747, 757, 767, 777, 787 |
| - ATR 42/72 |
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| Helicopter Components: |
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| - Airbus Helicopters AS332, AS350, AS355, AS550, AS555 |
| - Leonardo Helicopters AW109, AW119, AW139 |
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| 1.4) Military MRO |
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| Long History in Military MRO |
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| Our heritage in military MRO goes back four decades. We began our journey as a military MRO solution provider by supporting the Republic of Singapore Air Force, and we have since grown our military customer base into an international one. |
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| From combat fighters to transport and trainer aircraft, as well as helicopters, we provide a comprehensive suite of maintenance solutions for our global military customers. |
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| Comprehensive MRO & Engineering Solutions Provider |
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| As an authorised service centre for several OEMs, we provide a comprehensive range of maintenance support and solutions for our global customers in defence and military aerospace. |
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| Component MRO: |
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| - Radar and communication equipment |
| - Electromechanical and electronic instruments |
| - Gyroscopic Instruments |
| - Landing gears, wheels and brakes |
| - Propellers and piston engines |
| - Environment control systems |
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| Engine MRO: |
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| - General Electric F110-129 |
| - Pratt & Whitney F100-229 |
| - Honeywell T55 |
| - Rolls Royce/Allison T56/501D |
| - Safran Makila 1A/1A1 |
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| Aircraft Modernisation: |
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| - Large scale mission capability, avionics and cockpit upgrades |
| - Life extension programmes |
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| We have the expertise to support the following aircraft types: |
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| - Fighters including F-16 Falcon |
| - Helicopters including AS332M/M1 Super Puma, CH-47 Chinook, S-70B Seahawk and H120 |
| - Tanker and transport aircraft including KC-135 Stratotanker and C-130/L-382 Hercules |
| - General Aviation aircraft including Gulfstream 150/200/550, LearJet 35/45/60, Beechcraft C90GTi, B200/300, B1900D and Diamond DA40 |
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| 1.5) Aviation Asset Management |
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| Aircraft and Engine Leasing |
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| We are a full-fledged aircraft and engine lessor with core competencies in deal origination, financing, securitisation, lease management, technical asset management, re-marketing and repossession. |
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| Backed by a strong global network of MRO facilities, technical expertise as well as design and engineering know-how, we go beyond traditional aircraft and engine leasing to provide total lifecycle asset management solutions. These include turnkey aircraft and cabin re-configuration services, aircraft and engine MRO and freighter conversion. |
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| Through our bespoke leasing solutions, we provide airlines and operators peace of mind to focus on their flight operations and business development. |
| Our Portfolio |
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| Passenger aircraft: |
| Boeing 737, Airbus A320, Airbus A321 |
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| Converted freighters: |
| Airbus A320P2F, A321P2F, A330P2F |
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| Engines: |
| CFM56-5B/7B, IAE V2500, LEAP-1A/1B, PW1100G, GE90-115B, GEnx-1B |
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| 2) Smart City |
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| ST Engineering's technologies and solutions in Smart City addresses the connectivity,mobility,security,infrastructure and environmental needs of cities. Its solutions span over rail and road, autonomous and electric vehicles, mobility payment systems, building access and security systems, as well as IoT solutions for lighting, water and energy management. Its Smart City business has a track record of 700 smart city products in over 130 cities worldwide. |
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| In March 2022, ST Engineering completed its acquisition of Transcore to enhance its Smart City solutions through TransCore’s market leading end-to-end tolling solutions and congestion pricing businesses. |
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| Shaping the Future of Cities. We prepare cities for a smarter future, creating connected, resilient and sustainable cities. We have helped to make cities around the world a better place to live in, delivering urban efficiencies while keeping them safe and secure. |
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| Our technologies address the connectivity, mobility in rail and road, security, infrastructure and environmental needs of cities. |
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| With satellite solutions, we power connectivity anywhere in the world and enable communications across air, sea and land. To strengthen the reliability and efficiency of land transportation, we build integrated mobility networks infrastructures that optimise operational efficiency and enhance commuter experience. To better prepare cities to counter physical threats, our security solutions protect borders, critical infrastructure, key assets, personnel and citizens. Our IoT solutions also improve urban living with better lighting, water, and waste management. |
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| Global Track Record |
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| We embrace technology and place it at the heart of everything we do. Our innovative solutions ensure your city is ready for future challenges. |
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| Backed by a track record of 800 smart city projects in over 150 cities worldwide, we are well-equipped to help you address challenges from road congestion to physical and cybersecurity threats, as well as energy inefficiency and utility wastage. |
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| 2.1) Urban Solutions |
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| Connected, Resilient and Sustainable Cities. We develop solutions to help you create cities that are liveable and sustainable. |
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| Partner us to deliver solutions that solve real-world challenges and deliver urban efficiencies that make communities work; from a seamless commute to critical infrastructure. |
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| A key contributor to Singapore’s Smart Nation initiatives and worldwide, we have been an innovative partner in over 800 projects in more than 150 cities. At ST Engineering, we design and create today the urban solutions, products and platforms that you will need tomorrow. |
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| 2.1.1) Smart Mobility (Rail). |
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| We provide an integrated suite of metro solutions to enhance efficiency, optimise capacity and modernise metro systems, providing comfortable and safe rides for urban dwellers. |
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| Available solutions: |
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| a) Integrated Transport Operations Centre |
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| Driving Transport Network with Analytics |
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| We help you take the complexity out of managing a city-wide multi-modal transport network – including roads, buses and taxis – with a centralised, integrated and scalable platform. Backed by advanced analytics capabilities, our AGIL Integrated Transport Operations Centre can detect abnormalities, predict system failures and provide early warnings of potential disruptions, facilitating faster response and improving operations. |
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| - Train movement, road traffic and commuter density tracking |
| - Predictive analysis on potential service disruptions |
| - Time-based threshold to alert for deviation in system performance and commuter behavior |
| - Single dashboard with real-time operational overview of the entire transport network |
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| b) Smart Metro Systems |
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| End-to-End Contactless Commuting. Our AGIL Automatic Fare Collection (AFC) system automates end-to-end fare collection for greater operational efficiency and commuter convenience. From fare collection stations supporting diverse payment methods, to integrating with backend accounting platforms, AFC gives you real-time fare and usage visibility to enable smarter decision-making. |
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| - Diverse fare collection methods with Closed Payment (via contactless smart cards), Open Payment (via Near Field Communication (NFC)) and Hands-Free Payment options (via long range communication smart tag or biometrics) integrated in one system |
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| - Fully customisable, modular, all-in-one Interactive Traveller Terminal (ITT) for ticketing services, customer service and commercial advertisements |
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| - The Automatic Fare Collection system is an end-to-end revenue collection solution for operators of transportation services. |
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| Redefining Asset Maintenance Intelligence. Stay on top of your maintenance programmes and optimise the lifecycle management of your rail assets across your entire network. By collecting and analysing asset performance data such as maintenance history, warranty and usage, our AGIL Enterprise Asset Management System (EAMS) enables performance tracking for optimal asset performance, and improves operational and cost efficiencies. |
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| - Centralised network asset tracking for full visibility |
| - Fault analysis and prediction to reduce rail downtime |
| - Resource management to optimise maintenance cycles |
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| Complete Future Ready Smart Metro Solutions. We provide a full turnkey E&M solutions with competent project management and system integration capabilities, coupled with rail domain expertise. |
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| ST Engineering is a global engineering company, backed by more than 50 years of relevant and extensive experience both locally and overseas. Besides in-depth rail domain expertise, our capabilities include system design, integration and project management. Through our past experiences, we have been able to identify critical interface issues and systematically develop solutions to meet the overall operational requirements. Another key differentiation lies in our ability to implement projects on time and within budget |
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| Connecting with Commuters. Keeping passengers safe and informed are key elements of reliable metro service. Our AGIL Passenger Information System delivers real-time passenger information to keep commuters updated throughout their entire journey. Through the use of our award-winning AGIL Passenger Emergency Communications System, metro operators can communicate directly with passengers in times of emergencies, even on driverless trains. |
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| - Integrated suite of real-time passenger information, entertainment and commercial advertisements to passengers in stations and on board trains |
| - Audio and video communications between passengers in train cabins and the Operation Control Centre during emergencies |
| - Real-time information on passenger capacity with up to 98% accuracy for effective crowd and train management. |
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| Commuters’ Safety and Experience First. We offer solutions that enhance commuter experience while keeping them safe. Our AGIL Platform Screen Door (PSD) System blends form and function to deliver safe, highly reliable and aesthetic solutions for metro stations. Fitted with highly customisable and state-of-the-art features like dynamic displays and passenger counting, they are engineered to withstand high volume traffic and severe weather conditions while still maintaining station aesthetics and safety. |
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| - Safety Integrity Level (SIL) 3 certified |
| - Train presence detection and synchronisation with door opening/closing |
| - Independent PSD offers a quick and cost-effective solution to existing signaling systems |
| - Available in half-height, semi-full height and full-height glass facades |
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| The Heart of Smart Metro Systems. ST Engineering has developed robust and resilient software to power all rail operations. Integrated with critical electrical and mechanical sub-systems, the AGIL Smart Metro Control Centre provides complete visibility and situational awareness of the entire metro line. It monitors, tracks and analyses data, and predicts potential power outages and track faults to enable safer and more efficient railway operations. |
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| - Real-time monitoring and control of integrated metro operations |
| - Non-invasive cyberthreat detection, identification and isolation |
| - Energy usage prediction and optimisation |
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| Redefine Your Metro Experience. It takes a well-integrated ecosystem to deliver a smooth and enjoyable journey for commuters. |
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| We provide an integrated suite of metro solutions to enhance efficiency, optimise capacity and modernise metro systems, providing comfortable and safe rides for urban dwellers. |
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| One of the few companies in the world capable of delivering a full suite of Smart Metro Systems and Solutions, we have delivered more than 100 transit system projects globally. |
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| c) Smart Rail MRO |
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| End-to-end Rail MRO Solutions.Every day, tons of valuable data are generated and processed from rail platforms. By analysing the data, we can diagnose the root of operational problems, anticipate potential breakdowns and act early to prevent the failure of rail assets. |
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| From data analytics, critical asset management and predictive maintenance, ST Engineering’s holistic rail MRO solutions aim to enhance and strengthen the reliability and sustainability of your rail assets. |
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| We believe the way we integrate, digitalise and automate infrastructure today, will set the benchmark for mobility tomorrow. Here is how we have equipped over 40 cities worldwide with smart and integrated mobility solutions to optimise operational efficiency and enhance commuter experience. |
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| Our services: |
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| - Data Collection |
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| The TunnelFox® is an autonomous intelligent inspection platform that facilitates predictive maintenance and promotes asset reliability and availability. The Maintenance, Repair and Overhaul (MRO) solution conducts checks and data collection automatically on your rail’s critical assets such as tunnel cracks, clearance, dampness and track bolt thinning. |
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| The TunnelFox®'s 3D tunnel scanner is able to detect cracks as fine as 0.3mm, mark defect locations and generate image recording of the tunnel surface, a thermographic image and a three-dimensional measurement survey data for analysis. This reduces the scope for human error, safeguards crew and tracks, and helps operators save up to 95% of the man-hours used in conventional rail inspection methods. With a portable and modular design, the TunnelFox® allows for easy assembly and deployment and supports integrated and modular payloads. The LIDARS and ultrasonic sensors detect obstacles of up to 20m away while the multi-sensor technology provides precise localisation and navigation. |
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| - Analysis & Diagnosis |
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| Collected data is analysed to detect anomalies and possible defects that might lead to breakdowns and alerts users to dispatch repairs before failure occurs. This improves the reliability and lifespan of the assets and will help rail operators reduce up to 20% of maintenance costs. |
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| Critical assets condition monitoring and platform analytics solutions are designed to monitor and diagnose rail critical assets, and provide user with real-time visibility and alerts on the health status of each asset. The range of assets include rolling stock, signalling, permanent way, power, point machine, track circuit, sump pump, elevator, escalator, fan, and tunnel structure. The diagnosis reveals the root of operational problems, predicts anomalies, and guides the most effective corrective action to prevent failure of rail assets. This minimises downtime and maximises equipment efficiency at the lowest possible maintenance costs. |
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| - Repair & Maintenance |
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| Electronic cards play a critical role in controlling various functions, and communication between train and track equipment. Faulty electronic cards and failure of any of its components can affect the train’s overall performance, downtime duration and maintenance cost. The common challenges faced by the industry include long repair lead time, high diagnostics and repair costs by OEMs and limited end-of-life support/obsolescence. |
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| With an ANSI ESD 20:20 certified electronic card workshop complete with state-of-the-art test and diagnostic equipment, our electronics card centre has robust capabilities to repair, recondition and refurbish electronic cards, offering up to 60% shorter repair turnaround time and up to 30% in repair cost efficiency for public transport operators. |
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| - Maintenance, Repair & Overhaul (MRO) |
| - Prototyping & Production |
| - Test & Validation |
| - Obsolescence Management |
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| 2.1.2) Smart Mobility (Road) |
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| Available solutions: |
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| a) Commercial Vehicles |
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| From wide range of single and double decker buses to heavy duty trucks and vans, emergency vehicles, vocational truck bodies, trailers, road construction and maintenance equipment, we offer a comprehensive range of vehicles that are engineered to deliver increased efficiency, reliability and maximum performance. |
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| ST Engineering is the exclusive importer and distributor of MAN Bus in Singapore and Myanmar. We have supplied more than 1000 diesel buses to the public bus fleet in Singapore. |
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| We provide a range of single and double decker buses that comply with emission standards and other local regulations. Look out for our double decker Euro 6 three-door buses on the road. |
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| Our engineering expertise include bus body design and integration of safety and smart systems on to the bus chassis that meet stringent local transportation standards. In addition, we offer comprehensive through-life aftersales services throughout every stage of the fleet’s life cycle. |
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| Our wide range of commercial trucks and vans are reliable, ergonomically designed and offer versatile, smart and unbeatable transport solutions to meet all your business requirements. |
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| We are the exclusive distributor of MAN trucks in Singapore. With its tried-and-tested engine and exhaust gas technology, MAN distribution trucks achieve the best fuel consumption rates, offer high payloads and boast optimum body compatibility. |
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| The new MAN truck generation offers up to 8% fuel savings. It is enhanced with new digital technologies for high transport efficiency and driver performance at the highest safety standards. Be it for long distance, construction or distribution transport, MAN trucks can be customised to meet your needs for an efficient, dynamic and reliable way to get your business moving. |
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| US-based ST Engineering LeeBoy Inc is a leader in asphalt paving vehicles and equipment, which include both track and wheeled pavers, motor graders, distributor trucks, brooms and more. All of which are designed, built and supported in North Carolina dating back more than 55 years. LeeBoy also provides after-sales certified parts replacement and qualified maintenance services in 300 locations worldwide. |
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| Emergency Vehicles, Vocational Truck Bodies and Trailers. ST Engineering Hackney manufactures specialised truck bodies and trailers for major fleet and truck leasing operators, food and beverage distributors, as well as municipal authorities under the Hackney and Kidron brands. These include multi-temperature beverage trucks, dry freight vans and trailers, emergency response and recovery vehicles and specialised application trucks. |
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| Hackney, the largest producer of side-loader, overhead door truck bodies and trailers in the world, has been a mainstay in the beverage industry for over 70 years providing delivery solutions for some of America’s best known brands. Based in North Carolina, it also manufactures emergency response vehicles for fire and police departments, mobile communications squads, the Department of Homeland Security and more. |
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| With three manufacturing facilities in the U.S., Kidron is the leading producer of refrigerated trucks, trailers and equipment to meet cold chain needs. |
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| b) Electric Vehicle Solutions |
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| Gear Up for a Sustainable Vehicle Electrification Journey. We understand that the vehicle electrification journey for every business and organisation is different. |
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| Whether you are a city planner, building owner, car park operator, public transport operator or vehicle fleet owner, you can find a range of flexible vehicle electrification operating models to achieve your business or sustainability goals. |
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| From charging management platforms and infrastructure to commercial vehicles that enhance operational efficiency, we offer a comprehensive suite of Electric Vehicle (EV) solutions to support your vehicle electrification journey. Connect with us to see how we can help accelerate your transition to a smarter and greener future. |
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| c) Fleet Management Systems |
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| Optimising Asset Allocation and Efficiency. AGIL Fleet Management System offers real-time monitoring and tracking solutions to better manage and optimise asset allocation, as well as vehicle-to-driver/customer matching. Powered by advanced connectivity, sensors, and data analytics, we provide all-round fleet management enhancement in operational efficiency, fleet visibility and performance evaluation, and resource management. |
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| Bus Fleet Management System. Our AGIL Bus Fleet Management System provides a complete suite of solutions for bus management, automatic fare collection and smart bus stop deployment. The system encourages the use of public transportation by delivering high quality travel experiences for commuters. It also increases operational efficiency and revenue for fleet operators. |
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| The Bus Fleet Management System offers: |
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| - consistent and reliable bus operations |
| - demand responsive bus services |
| - reliable passenger information |
| - seamless collection of transport fares |
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| Taxi Fleet Management System |
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| Our AGIL Taxi Fleet Management System leverages automated algorithms, analytics and smart technologies to optimise operational efficiency and customer satisfaction for taxi fleet operators. It enables the operators to better compete in a fast-changing ecosystem catalysed by disruptive technologies. |
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| - Automated taxi fleet management system to optimise operational efficiency for taxi operators |
| - Scalable and configurable system for managing single fleet and multiple taxi operators’ fleets on a common platform while maintaining independent business operations |
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| d) Smart Traffic Systems |
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| Reduce Congestion, Improve Quality of Life |
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| Cities are facing increasing congestion due to rapid urbanisation. This is where we combine our strong domain expertise and the use of smart technologies to create solutions that will enhance mobility and safety, improving the travel experience of commuters. |
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| Our suite of Intelligent Transportation solutions leverage artificial intelligence and data analytics to connect people, devices and systems. It brings smart connectivity, interactivity, analytics and real-time traffic information to ensure smooth commuter journeys |
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| Transforming Parking Experience. Our fully automated AGIL Smart Car Park suite unifies all car park operations on a single robust, cloud-based platform to provide convenient and seamless car parking services to motorists. It provides real-time visibility and unmatched analytics of car park operations, such as occupancy status and fee collection, to optimise parking space utilisation and improve operational efficiency and maintenance. |
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| - Unified platform to track, monitor and manage car park status and operations |
| - Automated Number Plate Recognition (ANPR) for reliable vehicle recognition with high accuracy |
| - Deep analytics delivers actionable insights to optimise parking space utilisation |
| - User-friendly GoParkinTM mobile app for cashless payment and real-time parking information |
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| Optimising Traffic Flow and Efficiency. Our AGIL Smart Digital Junction is an advanced urban traffic signal control solution designed to optimise the efficiency of traffic junction network. It supports a new generation of advanced traffic management solutions that caters to a wider range of traffic management’s day-to-day operation needs. |
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| The Smart Digital Junction simplifies traffic control with operator-friendly interfaces, and leverages AI and big data analytics to automate labour-intensive processes and minimise manual (human) intervention. |
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| The control algorithm of the Smart Junction Suite is equipped with self-learning capability (learning from past traffic flow pattern or “on-the-job” learning from real-time data) for adaptive and optimum traffic control. |
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| The Smart Junction Suite consists of three key components: |
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| - Management Platform - a back office central management software that manages all traffic controllers at each traffic intersection. It also provides user-friendly interfaces for the operators and simplifies workflow. |
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| - Adaptive Control - leverage artificial intelligent and big data analytics to provide traffic signal timing and strategy for each traffic signal controller. The algorithm coordinates timing and strategy of a network of traffic controllers to achieve global optimisation and strategic coordinated control such as corridor green-wave, emergency vehicle priority and more. |
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| - Traffic Controller - manage and control the traffic signal at each traffic intersection. While providing control over the localised traffic signal of the intersection, the controller also communicates with the central management system for coordinated operation with other controllers in the vicinity. |
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| Enhancing Commuter Safety and Traffic Efficiency. The AGIL Urban Traffic Management System provides a single platform that unifies transport sub-systems, applications and data sources to enable authorities to better manage traffic congestions and shorten incident response time. |
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| Commuters will benefit from receiving real-time information on-the-move to enhance their travel experiences. |
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| - Centralised traffic management platform for complete situational awareness |
| - Analytics and machine learning for better insights and evaluation of traffic networks |
| - Combination of historical and real-time traffic data to forecast traffic conditions and enable proactive traffic management |
| - Modular and highly scalable traffic management systems for easy future expansion and integration |
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| 2.1.3) Smart Utilities and Infrastructure |
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| Whether for city management or urban planning, discover how we leverage artificial intelligence, automation, and advanced data and video analytics to make sense of data collected from sensors that will enhance your decision making and enable faster incident response. |
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| Available solutions: |
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| a) Smart Lighting |
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| Lighting contributes a significant part of cities’ energy use with operating costs and increasing consumption a growing concern on municipalities’ budgets. Our suite of lighting management solutions enhances energy savings and provides more responsive and pre-emptive maintenance for outdoor and in-building lightings. |
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| Transform your building’s maintenance operations and enable higher levels of safety, functionality and operational efficiency. |
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| The E-WATS (Wireless Auto Test System for Emergency Lights) is a smart and fully automatic system that simplifies the testing process of emergency lights by replacing manual checks with automated testing and reporting, to ensure operational reliability of emergency lights and their compliance with fire safety regulations. |
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| Lighting is indispensable to urban living but comes at a cost to the environment. It accounts for almost 20 per cent of global electricity consumption, according to the International Energy Agency. As the world grapples with climate change, cutting energy consumption from public area lighting will undoubtedly reduce carbon emissions significantly and contribute towards a more sustainable living environment. |
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| Although classic lighting technologies are now mature, the luminous efficiency and their quality of light have not quite reached their limits, there is still room for innovation with smart technology to improve on the efficiency, reliability as well as the quality of light as seen by the end user. Internet of Things (IoT) sensors could also be added into the lighting nodes to capture information on the environment and estate services, to optimise maintenance cycles and improve future town planning and building design. The humble light fixture looks set for a bright future, thanks to smart technology. |
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| So when a reputable Asian public housing developer wanted to upgrade the lighting network in its vast housing estates, it looked for a system that was not just functional and energy saving, but could also be integrated with smart city technologies such as IoT. |
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| Check out our suite of solutions to suit your lighting management needs below. |
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| b) Smart Lift Monitoring |
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| The AGIL Smart Lift Monitoring Solution leverages Internet of Things (IoT), advanced diagnostics, edge analytics and smart sensors to empower lift operators and facility managers with real-time remote monitoring and proactive maintenance. It reduces operational and maintenance costs, as well as manpower required to deliver quality service with minimal downtime. The solution has been progressively installed on lifts in Singapore since 2021 and is one of the largest scale deployments of a smart lift monitoring solution to date. |
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| As a fully digitalised cloud-based solution, the Smart Lift Monitoring solution offers centralised visibility of lift operations across different manufacturer brands, models and locations. It utilises an IoT platform to analyse data of individual lift components across more than 200 evaluation parameters to provide insights for predictive maintenance, and enable early anomaly detection and failure prediction before lift breakdown. |
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| Its non-intrusive installation of sensors makes it a truly plug-and-play solution that does not require modifying the core components of existing lift systems. This allows for a quick, flexible and scalable installation that supports multi-tenancy, multi-asset and multi-site management. |
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| Through a mobile app, lift technicians can also receive real-time alerts and diagnostics information on-the-go, enabling them to bring the necessary equipment and tools required for each job and update the task status on completion. This helps to reduce time and manpower costs for lift maintenance. |
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| c) Smart Security |
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| The design and development of our suite of Smart Security and Automation solutions help you remain agile and adapt to dynamic environments that pose any threat to your asset or premise. |
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| We incorporate frontier technologies such as Machine Learning, Artificial Intelligence and Robotics in our smart solutions, providing forecasts of potential events and actionable insights that will facilitate your decision making. This will optimise your organisation’s operational performance, efficiency and security. |
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| d) Smart Sensors |
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| Smart sensors and microwave sensor modules are changing the way we work and play in our everyday lives. Whether for building facilities, lighting and safety devices, or security applications, we offer a suite of smart sensor solutions that are crucial in enabling Internet of Things (IoT) applications for accurate sensing, detection and automated collection of data and information. |
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| e) Smart Waste Monitoring |
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| AGIL Smart Waste Monitoring Solution leverages innovative technology, Internet of Things (IoT), analytics and smart sensors, to enable operators to optimise route planning, monitor bin and waste collection status in real-time, and enhance operations with data-driven collection process. |
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| The versatile solution provides a unified dashboard and central management system that support various network connectivity and easily integrates with various waste detection and monitoring sensors (vendor-independent) on a common IoT platform. |
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| The solution uses a mobile app to provide job and route guidance to cleaners on the move. It also enables them to provide real-time updates of their job completion to the operators. |
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| f) Water Advanced Metering Infrastructure |
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| AGIL Water Advanced Metering Infrastructure (AMI) uses open architecture design to connect various smart meter readers and deliver full awareness of water consumption levels and meter performance. It intelligently monitors and controls the meters remotely, enhances operational efficiency, and reduces cost of maintenance and downtime. |
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| The Water AMI has a proven track record of connecting and managing millions of water meters around the world for utility applications. Besides offering real-time monitoring and alert of meter operation status, it also collects data that is analysed for predictive maintenance, to enhance meter reliability, reduce disruptions, while enhancing service delivery to residents for cities worldwide. |
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| 2.1.3) Urban Environment Solutions. |
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| We drive innovative technologies that solve real-world problems of living sustainably and resiliently in cities. As a leading global technology, defence and engineering solutions provider, find out how we protect urban liveability and transform cities into sustainable living spaces. |
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| Available solutions: |
| a) Autonomous Transport for Seaports |
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| Automated Guided Vehicle (AGV) is a highly customisable system with |
| precise navigational technology engineered to meet the cargo handling |
| requirements of seaports with limited storage capacity. It is designed to fully |
| automate transfer of containers from quayside to yardside within a defined |
| path by minimising manual handling and operational disruptions due to |
| inconsistent or limited labour supply. |
| The AGV delivers a cost-effective and reliable solution to streamline logistic |
| processes and lower total cost of ownership, making it suitable for 24/7 |
| smart ports. Powered by an eco-e cient electric power system, it produces |
| low carbon emissions that translate to better energy e ciency and |
| improved environmental sustainability for greener ports. |
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| b) Healthcare Robotics |
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| Aethon Changes Health Care. Aethon mobile robots perform delivery and transportation tasks in hospitals to give staff more time to focus on patient care. Secure delivery of pharmacy medications and laboratory specimens and heavier loads such as meals, linens, and environmental services are all moved autonomously. Reduces cost-per-delivery by up to 80%. |
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| Aethon Changes Hospitality. Aethon robots deliver food, linen, banquet supplies and luggage in hotels and hospitality environments. It is as comfortable in the front-of-house as it is capable in the back-of-house. Best of all it can show up at a guest’s door to make a room service delivery something truly memorable. |
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| c) Respiratory Protection |
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| d) Sustainable Cooling |
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| 2.2) Satellite Solutions |
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| Our satellite solutions play a crucial role in transforming business, advancing economies, and enabling tomorrow’s smart cities. |
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| As a leading satellite solutions provider, we power telecommunication networks that connect the world, and enable new possibilities for businesses through our extensive suite of products and services that span design, manufacturing, integration, launch management services and ground operations, as well as imagery and geospatial analytics solutions. |
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| Today, we power many of the world’s satellite networks that keep people and businesses connected across mobility, enterprise and government markets. |
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| Our satellite platforms set the benchmark in performance and efficiency, with satellite communications solutions driving economies, supporting education initiatives, raising productivity, saving lives and enabling smart cities. With our solutions, you can deliver high-quality voice, video and data connectivity anywhere in the world. |
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| Sensing and Analysing Planet Earth. Through high-quality satellite imagery and advanced geospatial solutions, we map the earth to reveal insights that empower more effective decision-making. |
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| Next Generation Earth Observation Satellite. From satellite design, manufacturing and integration, to managing launch and ground operations, we enable new possibilities and transform how businesses operate. |
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| As one of the leading satellite manufacturers in Asia, we have full manufacturing and assembly capabilities dedicated for satellite design, testing and manufacturing. Adopting a customer-centric approach and innovative technology, backed by relentless research and development, we design and manufacture advanced satellites for various earth observation applications. |
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| 5G provides the ultimate opportunity for the satellite industry to break out of its niche and for satellite service providers to offer a much wider range of services, while enabling mobile and fiber operators to leverage satellite connectivity to expand their coverage areas and offload their networks through critical functionalities like multicasting, backhauling, and mobility access where satellite is a better access technology. |
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| The 5G standard is an ambitious, game-changing effort to re-architect wireless networks, connecting the world in unimaginable ways. Mobile operators and telcos around the globe are busy innovating around this standard. |
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| A key aspect − this standard mandates the convergence of all access technologies into a unified force. This will bring an acceleration of the integration of satellite and mainstream networks. |
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| igital transformation is happening everywhere, fueling the demand for the Internet of Things (IoT) to connect software-enabled smart devices required to enable greater efficiency and transparency across markets. 5G will further accelerate IoT implementation across an array of converged platforms. |
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| Connectivity is essential for IoT applications to collect data of all sorts from sensors to surveillance and then turn it into actionable business and operational insights. Affordable, ultra-reliable, and low latency are top requirements to field a satellite IoT offering. |
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| Service providers recognize the potential increased market share if they can successfully enable affordable, ultra-reliable, low latency satellite IoT. Today, service providers can unlock the opportunity of satellite IoT on their existing ST Engineering iDirect hub architecture. |
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| ST Engineering Geo-Insights Pte. Ltd. (Geo-Insights) is a joint venture company formed between DSO National Laboratories and ST Engineering. |
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| Leveraging on the strengths of its parent companies, Geo-Insights develops geospatial solutions to transform data into insights to support informed decision making for customers in the energy, maritime, infrastructure, agriculture and finance sectors. |
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| Geo-Insights also taps on emerging new space technologies to pursue growth opportunities in small satellite constellation design, development, manufacturing and operations. |
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| 2.3) Environmental Engineering |
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| We design, build, operate and maintain smart water, waste management and waste-to-energy projects including engineering, procurement & construction (EPC), design-build-own-operate (DBOO) options. Check out our track record of projects in Asia and the Middle East. |
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| We use innovative water and wastewater treatment technology to clean and recycle wastewater into potable or industrial water. Learn more about our projects: |
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| Water treatment |
| - Jurong Island Desalination Plant |
| - Kranji NEWater Plant |
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| Wastewater treatment |
| - Brunei Leachate Treatment Plant |
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| Poor waste management and disposal methods can lead to environmental pollution and disease outbreaks. We employ innovative, eco-friendly solutions to manage, recycle and dispose of all types of waste efficiently. |
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| 3) Defence & Public Security |
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| ST Engineering's defence business provides integrated defence technologies and critical systems spanning the digital,air, land and sea domains. It has over four decades of expertise in the development of military technology and solutions, from aircraft and avionics Avionics upgrades, to designing and building proven battlefield mobility platforms, soldier systems, ammunition and naval vessels. |
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| Its solutions in Public Security cover critical infrastructure, intelligence operations, homeland security applications and maritime system,which have been implemented in more than 100 cities worldwide. |
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| Across air, land and sea, our advanced defence and security solutions and equipment help governments and armed forces defend cities and keep its people safe. |
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| From engineering aircraft and avionics upgrades, to designing and building proven battlefield mobility platforms, soldier systems, ammunition and naval vessels, we have what it takes to enhance your operational capabilities and tactical superiority to ensure mission success. |
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| With customers in more than 40 countries, we are a trusted partner delivering superior performance in mobility, personnel protection and firepower in combat deployment. |
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| A leading provider of integrated mobility systems and security solutions for defence and homeland security, we are an original equipment manufacturer (OEM) of mobility platforms and a provider of maintenance repair and overhaul (MRO) services. |
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| Our wide range of weapons and ammunition cover all calibre categories to meet the diverse needs of the future battlefield. |
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| We design, build, and offer through-life support from repair, maintenance to retrofitting and upgrading for a wide range of naval ships suited for maritime security, humanitarian assistance and disaster relief and specialised missions. Our engineering and design team offers the depth and breadth of expertise and experience to keeping the seas safe. |
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| Protecting the sovereignty of boundaries while responding rapidly to evolving maritime and security threats are paramount to our customers. We design and build a range of vessels for modern naval forces around the world. |
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| We offer total solutions from repair, refurbishment, retrofitting to the upgrading of naval vessels and platforms. Adhering to high quality of safety and standards, we have a proven track record of delivering quality workmanship with quick turnaround so that your naval vessels can continue their missions on seas. |
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| We provide secure communications, network and system management for heterogeneous C4ISR platforms. It enhances information sharing and network connectivity for seamless ship-ship and ship-shore operations. |
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| Leveraging modular, scalable and open IP architecture, and integrated with combat systems, it is also capable of C3 operations with unmanned platforms. |
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| Autonomy technology herald an exciting future for maritime applications. Building on our rich experience in the design and development of unmanned vessels, we develop autonomous vessels that ease manpower constraints, improve operational efficiencies, and most importantly, keep seas safe without risking our naval personnel. |
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| - Long Endurance Unmanned Surface Vehicle |
| - Smart Maritime Autonomous Vessel |
| - Venus Unmanned Surface Vehicle |
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| ST Engineering Video Analytics: |
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| ST Engineering is a global technology, defense, and engineering group with a diverseportfolio of businesses across the aerospace, smart city, defense, and public security segments. Its smart city technologies help cities prepare for a more connected, resilient, and sustainable urban future by addressing connectivity, mobility, security, infrastructure, and environmental needs. |
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| ST Engineering’s AGIL Video Analytics Platform (AGIL VAP) is an open architecture solution based on cloud technology that supports a range of video analytics engines for smart city applications involving recognition of people, vehicles, and objects. The scale and complexity of such systems may range from 100 to 10,000 video streams, with deployment of computing resources either in the cloud or at the edge of the network, depending on customer requirements. This flexible, single-platform solution enables customers to scale up or add video analytics engines to meet changing operational requirements. |
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| To achieve industry-leading performance efficiency for AI-powered video analytics, ST Engineering leveraged deep learning inference models included with the Intel Distribution of OpenVINO toolkit, as well as artificial intelligence (AI) acceleration capabilities built into 3rd Generation Intel Xeon Scalable processors. Benchmarking data shows an over 12x increase in performance efficiency with a 90 percent decrease in power consumption when using the OpenVINO toolkit on 3rd Generation Intel Xeon Scalable processors, compared to TensorFlow on 2nd Generation Intel® Xeon® Scalable processors. |
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| These results demonstrate the potential for developers of smart city video analytics (VA) solutions to deliver highly cost-effective AI performance by leveraging Intel technology while delivering the architectural flexibility needed to balance lower capital expenditures (CapEx) with reasonable long-term operating expenses (OpEx) over the life of the system. |
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| As city governments, transportation authorities, and public safety agencies adopt smart city solutions and technologies, they unlock new tools, practices, and insights that can improve responsiveness, services, and quality of life for their citizens. To help make urban life safer, more efficient, and more sustainable, smart cities use data from embedded, intelligent technologies, including cameras and Internet of Things (IoT) sensors with integrated compute to collect and analyze data from locations around the city in near-real time. Decision-makers then use the knowledge obtained from this data to monitor and protect the city’s properties, capital, and services. |
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| Increasing threats to global and domestic security, along with costs associated with hiring security personnel, are driving demand for VA, which uses AI deep learning inference to recognize people, vehicles, and objects in video footage. The use of VA reduces the hefty cost and tedious process of using human operators to view large amounts of video data for abnormal incidents and behaviors. The use of this technology must always be paired with an emphasis on data privacy and security, as well as consent and civil rights, by the relevant government, town council, business, or operator. Regardless of local laws, Intel takes a firm stance on eliminating bias in the collection and analysis of data. Use of data must be restricted to public safety and security purposes under a system of checks and balances. |
| In many cases, subjects should be made aware they are being recorded and given a chance to opt in or out. The availability of cost-effective high performance computing power, along with software toolkits optimized for deep learning inference, makes performing VA computation at the network edge increasingly feasible. VA at the edge lowers bandwidth demands and decreases communication delays, enabling end users to make quicker decisions in sensitive circumstances. Although data travels from endpoints to the cloud in 150 to 200 milliseconds, it takes only 10 milliseconds from endpoints to the edge, enabling more-efficient detection and reaction. |
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| Additionally, public and private sector players responsible for developing smart city infrastructure face pressure to keep CapEx as low as possible. From this perspective, centralized deployment of cloud-based computing resources may be advantageous compared to the CapEx of deploying numerous AI-capable IoT devices around the city. On the other hand, cloud-based VA can be challenging to scale, with ongoing OpEx costs contributing to a higher total cost of ownership (TCO) over time. From a privacy and security perspective, the implementation of a video analytics system based on a multitier architecture enables the segregation of different data layers to reduce the threat of intrusion and loss. When using public cloud infrastructure, certain use cases (e.g., vehicle and traffic related) may be deemed less sensitive, meriting a less- stringent security architecture. The ideal VA solution for smart city applications, then, is one that lowers the cost of deployment while giving customers the flexibility to leverage any computing resources available—in the cloud, at the edge, or both—and to adjust that balance to meet a range of scales, budgets, privacy and security needs, and business requirements. |
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| Potential customers for ST Engineering’s AGIL VAP include public safety and security agencies, security companies, building owners, mall operators, city planners, and municipal Governments. |
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| ST Engineering’s AGIL VAP is an open architecture cloud- based system that manages multiple video analytics engines on a single platform. AGIL VAP is a full-stack solution that enables operators to seamlessly execute video analytics jobs, generating the necessary alerts to shorten the detection and response cycle. |
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| The solution enables customers to scale up or add VA engines to meet changing operational requirements. VA engines can share a common pool of computing resources, enabling use of the right engine to achieve optimal insights for the application at hand. VA engines can also provide capabilities from multiple types of hardware, enabling them to use all types of computing resources. AGIL VAP is customizable and can be agnostic to different hardware architectures, avoiding compatibility problems across engines, which is a common issue. |
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| As shown in Figure 1, AGIL VAP is designed based on a modern software architecture of microservices coupled with a library of optimized models that go through an automated machine learning operations (MLOps) pipeline and workflow. The codebase for the AI/ML models and the video processing pipeline are optimized at the silicon level for high performance and reliability. |
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| AGIL VAP takes in video streams through the real-time streaming protocol (RTSP) using video decoders built into the Intel® CPU. The data then undergoes a deep learning‒based object detection algorithm based on models included with the Intel Distribution of OpenVINO toolkit, which optimizes deep learning through Vector Neural Network Instructions (VNNI) and Intel® Advanced Vector Extensions 512 (Intel® AVX-512) operations. The resulting model is then passed to other microservices in AGIL VAP. |
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| ST Engineering originally used TensorFlow to build a baseline generic pipeline that worked across numerous silicon architectures, including Intel® x86. The engineers decided to use the Intel Distribution of OpenVINO toolkit to explore cost optimization without the need for an additional graphics accelerator to reduce potential points of failure during deployment. By using Intel® performance optimization tools to analyze and tune reference models provided with the OpenVINO toolkit, ST Engineering achieved substantial improvements in performance efficiency and power consumption. In addition, they were able to develop a solution more quickly than would otherwise have been possible. Intel Distribution of OpenVINO toolkit OpenVINO is a comprehensive toolkit for quickly developing applications and solutions that solve various AI-powered tasks, such as VA. Based on the latest generations of artificial neural networks, including convolutional neural networks (CNNs) and recurrent and attention-based networks, the toolkit maximises performance by extending computer vision and nonvision workloads across Intel® hardware. |
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| ST Engineering’s OpenVINO optimized pipeline enables the use of a range of accelerators and Intel CPU architectures with minimal code changes. OpenVINO enables developers to deploy the same application across combinations of host processors, accelerators, and environments, including CPUs, GPUs, VPUs, FPGAs, whether on-premises or on device, in the browser or in the cloud. OpenVINO’s Open Model Zoo provided ST Engineering with quantized pretrained models for VA, offering targeted cost and performance and reducing potential points of failure. Data type conversion from fp32 to int8 was also provided by a model download from Open Model Zoo. In addition, OpenVINO provides a transfer-learning toolkit to accommodate specific retraining capabilities. |
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| OpenVINO is a well-documented framework with extensive tools and examples, enabling ST Engineering’s team to get up to speed quickly and dive deep into optimization. Intel provided access to experts in the VA domain, including the ability to speak directly to teams that developed the Intel hardware and software they were using. ST Engineering worked with Intel’s Internet of Things Group (IOTG) in Singapore and Malaysia, and with OpenVINO developers in India and China. |
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| ST Engineering set out to benchmark AGIL VAP on 3rd Gen Intel Xeon Scalable processors in order to take advantage of built-in acceleration for training and inference workloads as well as increased cache architecture and memory bandwidth and channels. Upgrading from 2nd Gen to 3rd Gen Intel Xeon Scalable processors brought significant performance improvements.1 Intel® Deep Learning Boost (Intel® DL Boost) with VNNI The second generation of Intel Xeon Scalable processors introduced a collection of features designed to accelerate AI/DL inference, packaged together as Intel Deep Learning Boost. These features include VNNI, which increases throughput for inference applications with support for int8 convolutions by combining multiple machine instructions from previous generations into one machine instruction. Based on Intel AVX-512, Intel DL Boost VNNI delivers a significant performance improvement by combining three instructions into one maximising the use of compute resources, better utilising the cache, and avoiding potential bandwidth bottlenecks. ST Engineering’s results leveraged special instructions, such as Intel AVX-512 and VNNI, which resulted in an uplift in instructions per cycle (IPC), with the process nodes providing better high-frequency sustaining when Intel AVX-512 and VNNI were used. |
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| ST Marine: Backed by over 50 years of experience, we are one of the world’s leading providers of turnkey shipbuilding, repair and conversion services for commercial and naval vessels for our customers around the world. Our established shipyards in Singapore have a full range of capabilities to support the entire lifecycle of a ship. |
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| We make technology count at sea. With digitalisation at our core, we have integrated smart capabilities such as seamless data exchange, smart ship systems, 3D modelling-based concept design and robotics automation to transform the way we work, translating to higher efficiencies and cost effectiveness for our customers. |
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| Drawing on our in-house engineering expertise and experiences, we are a partner of choice for shipbuilding, shiprepair and conversion of a range of commercial vessels. |
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| The technology behind our production processes also ensures a high level of precision and quality in the vessels we deliver. We design, build, and offer through-life support from repair, maintenance to retrofitting and upgrading for a wide range of naval ships suited for maritime security, humanitarian assistance and disaster relief and specialised missions. Our engineering and design team offers the depth and breadth of expertise and experience to keeping the seas safe. |
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| At the forefront of driving vessel intelligence, through the use of smart technologies like AI, IoT, data analytics, digital twin, robotics and more, we continuously seek out opportunities to develop innovative vessel intelligence solutions for vessels of tomorrow. |
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| We help prepare for the unexpected. We equip public safety agencies to deal with the threatening and the unexpected. The kind of complex and unpredictable intrusions and incidents that require informed, swift and decisive responses. Our comprehensive suite of seamless, smart and secure solutions has been proven to enable effective collaboration and operations across different agencies. This has been demonstrated in response to emergencies and incidents in more than 100 cities. |
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| Our solutions cover critical infrastructure, intelligence operations, homeland security applications and maritime systems that help agencies stay ahead of potential incidents, safeguard critical infrastructure and counter threats from disasters or crime. |
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| Digital transformation has enabled collaborative engagement, manned-unmanned teaming (MUM-T), and enhanced situation awareness in the modern battlefield. Yet, many face increasing adversaries who employ new and asymmetric hostility. |
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| In the face of such intensified complexity in warfare, the need to act effectively is more urgent than ever. |
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| We relentlessly design and deliver robust Command, Control, Communications, Computers, Cybersecurity, Intelligence, Surveillance and Reconnaissance (C5ISR) to allow the ground friendly units to engage in a single collaborative networked force, achieving mission critical needs. |
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| From seamless battlefield communications to actionable intelligence, we incorporate advanced digital technologies across our products. With information superiority and secured data analysis in real time, you can detect threats earlier, make the best combat decisions faster and create force multiplying impacts. |
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| Be it land or sea, we work alongside with you to stay ahead of the unknown, accelerate combat decisions and transform strategy into actions. |
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| ST Engineering is also involved in Cloud and Data Orchestration. ST Engineering power drive your organisation with end-to-end cloud and data services. Gain flexibility with data on cloud and on-premise, whilst maintaining visibility and control through managed services in various data environments. |
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| Achieve agility with scalability and security while optimising the use of cloud assets and data services, to aid in strategic decision-making. With the increasing data driven demands, equip your organisation with the ability to perform actionable insights with our unique sense-making features, leveraging our data and video analytics capabilities. |
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| Partner with us to elevate and enhance data management through innovative technologies built to facilitate data cohesiveness with leading data security infrastructure. Benefit from comprehensive and robust cloud platforms and data systems, accelerating digital transformation for your organisation. |
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| Before migration to the cloud, it is essential to determine the right approach for application modernisation and we recognise the various challenges to overcome prior to migration such as cost and risk scoring. |
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| Perform effective workload transformation and cloud migration with our automated discovery and assessment solution. We provide a complete view of all services, applications and infrastructure dependencies with cloud cost visibility, simplifying and accelerating cloud adoption and migration from a few months to less than four weeks. |
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| Application Modernisation and Containerisation.There is no one-size-fits-all approach for legacy applications. Many approaches can be adopted on the shift to cloud but it is important to adopt the optimal approach to speed up modernisation of legacy applications, to reduce time spent and have them well integrated to minimise downtime. With the right approach taken, multiple benefits await: |
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| - Seamless integration – end-to-end scenario from discovery to transformation, deployment to optimisation within hours |
| - Integrated solution - automatic containerisation for various types of applications |
| - Compatibility with legacy systems - for legacy apps from at least 15 years ago |
| - Single control plane - overview for migration and deployment across multiple clouds |
| - Ease of adoption – integration with the existing application life cycle of Dev teams |
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| When enterprises and organisations migrate to the cloud, one of the key challenges is enforcing best practices, security, governance, and compliance regulations amongst departments. |
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| With the AGIL™ Cloud Managed Landing Zone solution, you will experience: |
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| - seamless and secure migration to the cloud |
| - a guided onboarding process with MSS Landing Zone run-book |
| - consistent policy guidelines with our compliance guardrails to safeguard against a security breach that could impact reputation and financial loss |
| - a head-start with our baseline environment, giving speed, scale and flexibility for your business with swifter time-to-market. |
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| ST Engineering is also involved in Cybersecurity. ST Engineeer empowers Cyber Resilience with digital technology and highly connected economies come new vulnerabilities from a proliferation of cyber threats. To strengthen cyber resilience, it requires a system of cybersecurity capabilities that comprises People, Process and Technology. Backed by indigenous capabilities and deep domain expertise, we offer robust cyber-secure products and services in cryptography, cybersecurity engineering, digital authentication, SCADA protection, audit and compliance. |
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| We specialise in the design and build of security operations centres for cybersecurity professionals and managed security services customers in national, government, critical information infrastructures and commercial enterprises. Our cybersecurity academy has certified and trained cybersecurity professionals in more than 150 organisation. |
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| Today, cyber threats is a constant, even in battlefield. We need to proactively predict, pre-empt and defend networks and systems from these pervasive attacks. Our end-to-end cybersecurity capabilities are backed by deep domain expertise to provide robust cyber resilience across our systems, network and platforms. |
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| The increasing connectivity in networks and Internet-of-Things (IoT) devices have led to greater complexity in how networks can be protected from cyber threats. To address these challenges, we provide a one-stop interoperable solution for all your network and data security needs. |
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| Our comprehensive suite of products and solutions are designed to fit seamlessly into any operating architecture. |
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| - Network Encryption with NetCrypt Series and Ethercrypt Series |
| - Secure Storage with our DiskCrypt Series |
| - Secure Endpoints with our BIOS-SHIELD Series |
| - Secure Video Conferencing |
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| ST Engineering Data Diode is a unidirectional communication and data transfer gateway that enables organisations to transfer data securely across physically separated networks. Its security design prevents data leakage and eliminates cyber threats by enforcing the one-way data transfer at both the physical and protocol layers. The high performance solution comes in a compact design that integrates seamlessly with users’ operational environments. |
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| ST engineering is also very focus on Data Science, Analytics and AI. Data is the bedrock of innovation. The ability to make sense of large amounts of datasets with clarity, accuracy, and to effect positive outcomes is of utmost importance. Using design-thinking methodologies, we debunk data silos and assist organisations to envision user challenges, user journey maps, and identify data points and traits, alongside existing data sets, to identify the contextual analysis, the digital hotspots, and the digitalisation priorities. |
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| Our scalable data science, analytics and AI solutions are designed to provide intuitive experiences and insightful outcomes. In the digital era, data is generated on an exponential scale in different modalities. Traditionally, decision making is centric on tacit knowledge and common sense to anticipate risks and consequences of critical business choices. The availability of big data and computational resources has opened up new opportunities for businesses to generate actionable intelligence. |
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| As companies start to leverage the massive data volume collected by legacy systems, current data systems, and future Internet of Things devices, it is critical that proper data governance and information management policies are put in place. Actionable insights are only gleaned when data is fused across multiple sources, thus bringing value to the organisation and not just the data silos. To ensure that critical and sensitive information is not haphazardly shared across the organisation in the name of Data Science and Analytics, we provide the expertise to develop and deliver a data governance and information management platform to modernise the management of data. By implementing searchable data catalogues, governed by data quality and data control rules, an organisation would worry less on the data compliance and data stewardship, and be able to focus more on actively mining their data for new insights. |
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| Our suite of AI, Data Analytics and Machine Learning Operations (MLOps) solutions is designed to support end-to-end model development lifecycle, incorporate explainability in AI and operationalise AI modes at scale to production environments.This solution is an open-source, purpose built analytics platform product that is built upon an open architecture that is modular and scalable to support large scale customer demands in domains such as Smart Cities, Public Safety and Defence. It can be hosted on premise or support hybrid and multi-cloud environments leveraging common analytical toolsets and orchestration layers. |
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| The Smart Enterprise Platform supports: |
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| - Data Governance for Security and Compliance |
| - Implementation of Data Analytics & Artificial Intelligence technology for business insights |
| - End-to-end Machine Learning Lifecycle Management |
| - Deployment of AI models at scale |
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| ST Engineering is also working on Edge Analytics to reduce Latency of Analytics in Centralised Environments |
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| IoT offers businesses unprecedented opportunities in developing and delivering new products and/or services. The key challenges that plague most enterprises when deploying sensors and network devices at scale is the availability of bandwidth and performance bottlenecks in centralised computational environments. |
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| Leverage our expertise to deploy AI-infused devices on the edge to optimise data-driven capabilities by bringing data processing and analysis capabilities to the edge of a network. Reduce latency of analytics for critical decisions to be made on the edge and lower bandwidth requirements to transmit data back and forth between the edge and a centralised environment. |
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| Our Edge Analytics solution manages the operational data generated on a massive scale, embeds intelligence into sensors for timely decision making and generates cost savings in information processing. |
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| ST Engineering enhances efficiency and safety with AI-driven Surveillance. Ever-increasing threats to global security, challenges in security force recruitment, and greater use of AI and deep learning are now catalysts to improve the efficiency, potency and functionality of your security systems with video analytics. |
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| Video analytics reduces the hefty cost and tedious process of deploying human operators to manually view large amounts of video data for abnormal incidents and behaviours. |
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| Our Video Analytics Platform solution is an open architecture based on cloud technology that supports different video analytics engines on a single platform. It is a flexible and future-proof system that allows you to scale up or add video analytics engines to meet your changing operational requirements. Complete with a wide range of features, it fits into any security and surveillance system with ease. |
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| ST Engineering also works on 5G Technology |
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| The 5G mobile cellular network is more than just high-speed wireless broadband for consumers. 5G connectivity together with Multi-access Edge Computing (MEC) enable digital transformation for various industries. 5G network distinguishes itself from previous generations of mobile cellular network by offering specific network services tailored to each End Device’s needs. Broadly, the network services offered by 5G are: |
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| - eMBB (enhanced Mobile Broadband) |
| - URLLC (Ultra Reliable Low Latency Communications) |
| - mMTC (massive Machine Type Communications) |
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| MEC is conceptualized by the European Telecommunications Standards Institute (ETSI) to complement 5G technologies in providing edge computing and cloud services to different industries. MEC brings cloud resources closer to the customer. MEC enables faster, real-time applications and analytics at the edge of the network through providing both IT service environment and cloud computing capabilities. Users no longer have to send data to backend cloud or centralized core infrastructures for data processing, greatly reducing latency and enhancing improved high-bandwidth performances. |
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| Enterprises can host applications both on-premises and at edge sites so as to meet stringent data traffic policies, enhance security, and improve real-time control and decision making. This ultra-reliable and ultra-low latency connectivity will enable near-real or real-time applications across multiple industries such as factory automation, teleoperation, autonomous robot control, and the use cases are limitless. |
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| The Tactical 5G Communications System enables Battle-Front Internet via highly mobile and highly secured 5G Cellular Network. Designed for operations of the manoeuvre forces, the Tactical 5G Communication System is able to provide broadband multi-media enabled 5G network bubbles that will support inter-connectivity and teaming between vehicular platforms, sensors, robotics and dismounted troops. 5G-in-a-Box is a powerful, rugged Edge Compute Server that combines Multi-access Edge Computing and 5G mini-Core network into a single box. This allows ad-hoc, rapid deployment of Private 5G network where ruggedness, space, weight and power are major concerns. The 5G-in-a-Box is especially suitable for installation on a mobile platform providing a non-infrastructure based private 5G Network. |
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| 5G mini-Core manages and establishes reliable, secured connectivity to the network for end-users and provides access control to its 5G services. Edge Software Orchestration Platform is a highly optimised and flexible edge platform to manage micro-services and virtual network functions with cloud-like agility across the network. It enables workloads to be processed at the edge of the network, cutting round-trip latency and data bandwidth hoarding across the network dramatically. Application Server to centrally host all applications and information and to manage access to the 5G network by end-users who are registered in the system. 5G Smart CPE is a rugged wireless access terminal that relay the 5G mobile network to multiple hardware devices via WiFi. The enhanced mobile broadband offered by 5G mitigates the traditional need for cabled access as compared to a typical WiFi router without performance degradation. As a smart CPE device, it enables the hosting of network security software modules, edge computing orchestration clients, or AI (Artificial-Intelligence) platforms right at the customer premises, therefore improving network efficiency and network management. |
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| About ST Engineering: |
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| At ST Engineering, we apply our technology and innovation to solve real-world problems and improve lives. Our dedication to excellence and our strong track record have earned us a distinctive reputation for quality and trust as a global technology, defence and engineering group. Our diverse portfolio of businesses spans the aerospace, smart city, defence and public security segments. |
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| We succeed because of our ability to deliver what our partners and customers need. Together, we transform and future-proof cities to make them more mobile, more secure and more liveable for communities. With our expertise and facilities around the world, we keep aircraft flying safely and seagoing vessels operating efficiently. |
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| We help nations protect their citizens by meeting their air, land and sea defence needs and equipping their fighting forces to perform on the battlefield. Our cybersecurity and critical systems help our customers enforce public and homeland security in an increasingly digital world. And our satellite communications equipment contributes to much of the world’s network connectivity. |
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| Our global network of subsidiaries and associated companies spans Asia, Europe, the Middle East and the U.S. |
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| In the U.S., our major operations span over 50 cities in 22 states, employing more than 6,000 people who provide innovative products and solutions to commercial and government customers across diverse market segments. |
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| We meet every challenge with an effective and competitive response so that our customers in more than 100 countries are better prepared, better protected, and better connected for a more sustainable future. The power behind all of this is our global workforce, inspired by a common commitment and vision. Ours is a team that knows what it takes and we are committed to challenging, changing and securing the future. |
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| any pioneer companies were founded during this period out of necessity to support Singapore’s national defence. Driven by an urgent need to make a difference to a young nation defending itself, our pioneers learnt quickly to master the science of defence engineering and heeded the call to be commercially viable by setting their sights on customers beyond the Singapore Armed Forces and our shores.' |
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| History of ST Engineering: |
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| 1967: Formation of Chartered Industries of Singapore to manufacture 5.56mm ammunition for the M16 rifle. |
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| 1968: Formation of Singapore Shipbuilding and Engineering (precursor of ST Marine) to provide local capability to build and repair naval vessels. |
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| 1969: Formation of Singapore Electronic & Engineering (precursor of ST Electronics) to provide Singapore Armed Forces with electronic and electrical services. |
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| 1969: Won contract to design and build four missile gun boats for MINDEF in collaboration with Fr Lurssen Werft GmbH of Germany. |
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| 1970: Maiden ship construction project, a 25m ferry boat named ‘Kuala Batee'. |
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| 1971: Formation of Singapore Automotive Engineering (precursor of ST Kinetics) to perform high echelon maintenance and refurbishment of heavy military vehicles for MINDEF. |
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| 1975: Formation of Singapore Aerospace Maintenance Co. (precursor of ST Aerospace) to take over the services hitherto provided for the Republic of Singapore Armed Forces by the Lockheed Aircraft Services Company. |
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| 1978: Won contract for Building Automation System for Changi International Airport. |
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| 1979: Launched Ultimax 100, which is still the world’s lightest and lowest recoil light machine gun. |
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| The pioneer companies steadily ascended the technology ladder and built a reputation for quality and reliability in both commercial and military businesses. Their track record of successes went beyond Singapore and gradually gained international respect and recognition. |
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| 1984: Obtained Air Operator Certificate to start air charter business. |
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| 1984: Awarded first rail electronics contract to support the supervisory control and communication system for Singapore’s first MRT line. |
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| 1988: Commissioned to upgrade the AMX-13 SM1 Tank that significantly boosted engineering capability. |
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| 1988: FH-88 155mm howitzer guns, Singapore’s first indigenous howitzer, entered into service. |
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| 1990: Start of the ST era, when most business units in the group carried the ST family name and used the new sunburst logo. In 1990 and 1991, defence related subsidiaries of ST were publicly listed, shedding its image of a wholly government-owned group. |
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| 1990: Diversified into commercial segment; set up of our first commercial airframe MRO facilities in Singapore and Alabama, US. |
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| 1993: Contracted by the Republic of Singapore Navy to design and build 12 Fearless class patrol vessels. |
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| 1993: Rolled out test bed tracked armoured vehicles that would lead to the Bionix Infantry Fighting Vehicle and subsequent families of armoured vehicles. |
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| 1994: Expanded marine operations with our second shipyard in Tuas, Singapore. |
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| 1995: Set a world record with the fastest turnaround time for Boeing 747 forward-fuselage (Section 41) modifications. |
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| 1995: FH-2000, the world's first military-fielded 155mm 52 calibre howitzer, was commissioned into service. |
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| Three decades of relentless growth produced a diverse collection of core competencies across aerospace, electronics, land systems and marine sectors. These pioneer companies were amalgamated as one, ST Engineering, in 1997. |
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| While focusing on our core defence business, the Group has been pushing the frontiers of technology and engineering possibilities from the depths of the oceans and up to the vastness of space. |
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| 1997: ST Aerospace, ST Electronics, ST Automotive and ST Marine merged to form ST Engineering, a S$2 billion listed company. |
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| 1998: Installed Intelligent Building Management Systems for Jin Mao Building in Shanghai, China. |
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| 1999: Singapore-made SAR21 assault rifles have been sold to more than 10 countries since its launch. |
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| 1999: The Bionix Infantry Carrier Vehicle was shortlisted as one of the finalists of the US Army’s Interim Armoured Vehicle Programme. |
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| 2000: ST Automotive acquired Chartered Industries of Singapore and renamed as ST Kinetics, effectively consolidating all defence related pioneer companies within ST Engineering. |
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| 2000: Completed the first DC-10 Passenger-to-Freighter conversion for Boeing. |
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| 2001: Bronco, the world’s highest payload for an All Terrain Tracked Carrier, was commissioned into service. |
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| 2001: Set up VT Systems in Virginia as US headquarters. Acquired more than 10 companies including businesses in aerospace, marine, specialty vehicles, and satellite-based communications. |
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| 2002: Set up ST Dynamics as the Group’s Advanced Engineering Centre to develop a broader portfolio of future technologies and capabilities. |
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| 2002: Set up second commercial aircraft MRO facility based in San Antonio, US. |
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| 2002: Attained top placing in Aviation Week’s biennial Top Airframe MRO provider ranking survey and continues to hold top position today. |
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| 2003: SARS hit, and we developed the Infrared Fever Screening System which was named TIME Magazine's 2003 Coolest Invention of the Year. |
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| 2004: Delivered the first Singapore-built stealth frigate to the Republic of Singapore Navy. |
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| 2004: Entered China with the first airframe MRO facility in Shanghai. |
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| 2005: Secured contract from US Navy to design and construct fast missile crafts for the Egyptian Navy. |
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| 2006: The Group’s quarterly turnover crossed the billion-dollar mark, with a three-fold growth compared to its debut listing in 1997. |
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| 2007: First public listed company to be awarded the inaugural Singapore Quality Award with Special Commendation. |
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| 2007: Secured the single largest Passenger-to-Freighter conversion contract to convert 87 Boeing 757-200 aircraft. |
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| 2007: Launched Terrex, the world's most advanced 8x8 wheeled infantry carrier vehicle. |
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| 2008: Implemented an Integrated Traffic Command Centre System for Beijing 2008 Summer Olympics. |
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| 2008: Started the first China-based engine MRO facility in Xiamen. |
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| 2009: Launched City of Hamburg, the first Roll-On Roll-Off ship built in Singapore. |
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| 2010: Diversified into environmental engineering market with waste management and water treatment projects in Brunei and China. |
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| 2010: Set up office in Sao Paulo, Brazil. |
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| 2011: Awarded US Government approved Proxy Agreement to pursue classified government and military contracts. |
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| 2012: Secured naval export contract to design and build four patrol vessels for the Royal Navy of Oman. |
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| 2012: First in the world to launch A330 Passenger-to-Freighter conversion programme, in partnership with Airbus. |
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| 2012: Penetrated US and Malaysia markets for rail electronics solutions. |
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| 2012: Launched AERIA, a new VIP aircraft interior completion brand to tap the growth opportunities in aircraft interior design and engineering. |
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| 2012: US shipyard expanded and added shiprepair capability to its offerings. |
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| 2012: Aerospace sector restructured its Scandinavian operations following a business review. |
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| 2013: Won contract to build eight Littoral Mission Vessels for the Republic of Singapore Navy. |
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| 2013: Added a new airframe MRO hangar at the Changi facility and an aviation centre at the Seletar facility in Singapore. |
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| 2014: Only Singaporean company named in the Forbes’ list of The World’s Most Innovative Companies. |
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| 2014: Set up aircraft MRO facility in Guangzhou, China. |
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| 2014: iDirect became the world’s largest VSAT systems manufacturer by enterprise hardware sales, according to the 13th edition of COMSYS VSAT Report. |
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| 2014: Opened the ST Electronics Satellite Systems Centre for the design and manufacturing of satellite systems. |
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| 2015: Launched Air+ Smart Mask, the world’s first protective mask with an attachable Micro Ventilator. |
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| 2015: Contracted to supply Terrex 2 prototypes to US Marine Corps for evaluation phase of their Amphibious Combat Vehicle 1.1 programme. |
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| 2015: Set up ST Engineering-NTU Corporate Laboratory to focus on advanced robotics and autonomous systems. |
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| 2015: Collaborated with The Singapore Centre for 3D Printing to develop disruptive 3D printing applications applied in particular to aerospace and defence sectors. |
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| 2015: Increased stake in Elbe Flugzeugwerke GmbH to 55% to develop and launch the A320/A321 Passenger-to-Freight conversion programme. |
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| 2015: Launched TeLEOS-1, Singapore’s first Commercial Earth Observation Satellite, which now orbits 550km above us in a Near Equatorial Orbit. |
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| 2016: Jointly set up a Cyber Security Laboratory with the Singapore University of Technology and Design. |
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| 2016: Opened new VIP aircraft interiors completion centre at the Seletar Aerospace Park in Singapore. |
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| 2016: Unveiled Airbitat Smart Cooler, the world’s first evaporative cooler that can reduce temperatures by up to 10oC in warm and humid climates. |
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| 2016: Implemented Smart Street Lighting Control and Management in Canada, New Zealand, UK and the US. |
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| 2017: Celebrated the Group's 50th anniversary with several celebratory milestones including a commemorative event, the commissioning of a commemorative book, a charity event as well as a family carnival for employees. |
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| 2017: Retained top ranking of world largest Airframe MRO service provider in Aviation Week Network’s biennial Top 10 Airframe MRO service provider ranking survey for the eighth consecutive time, and won Overall MRO of the Year 2017 at the Aviation 100 MRO Global Awards. |
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| 2017: Added the new Next Generation Armoured Fighting Vehicle (NGAFV) to the Land Systems' suite of armoured vehicles and later awarded to supply these new NGAFVs to the Singapore Army. |
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| 2017: Scaled up capabilities in the area of autonomous mobile robot technology for industrial, healthcare, hospitality applications. |
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| 2017: Commenced the development of TeLEOS-2, Singapore's first Synthetic Aperture Radar-based imaging Satellite, together with DSO. |
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| 2017: Contracted to build America's first offshore Liquefied Natural Gas Articulated Tug and Barge Unit. |
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| 2017: Officially launched Innosparks, an ST Engineering Open Innovation Lab and first-of-its kind engineering-based incubator, and set up a US$150m Corporate Venture Capital unit to scout for and invest in promising technology start-ups that are developing new technologies or creating innovative solutions. |
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| Corporate Purpose and Aspiration: |
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| We harness technology and innovation to enable a more secure and sustainable world. It is the unifying purpose that aligns everything we do. |
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| Our aspiration is to become a global technology, defence and engineering powerhouse. It is the singular winning long term goal that all our businesses pursue. |
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| Our Core Values: |
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| Our Core Values guide every aspect of our business and are embedded in our ST Engineering culture – from the people we hire, to working with each other, to our partners and customers. We believe the foundation of our business success rests on unyielding honesty, trustworthiness and responsibility for our actions, striving to do the right thing and to fulfill our promises to one another, our customers, partners and stakeholders. We are determined to add value in all that we do - in the best way possible and to the best of our ability. We work together to grow our people, markets and businesses around the world, to consistently create solutions that win in the marketplace and meet, or even exceed, our customers' expectations. We empower ourselves as an organisation, as teams and as individuals through small and large acts of courage in our everyday work and at more challenging moments of uncertainty, without fear of failure or the desire to stick to the status quo. |
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| Courage enables us to face the plain realities of our situation (favourable and unfavourable), to address concerns over change, to promote out-of-box thinking and to explore and commit to bold new possibilities for our business. We are determined and energised to achieve our shared vision, mission and strategic objectives. This dedication to a common purpose stands behind our commitment to customers, partners, other stakeholders and one another, driving us to excellence in our results and in how we achieve them. Along with our passion to succeed and prosper as individuals, as teams and as a business, we reach out to express our genuine care and responsibility for one another, our communities and the broader community. We rally around those in difficulty to understand their troubles and actively help them with our time, energy and money. |
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| Our Board of Directors: |
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| The ST Engineering Board comprises 13 directors including 1 alternate director, of whom 8 are independent directors. |
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| The Board is committed to upholding good corporate governance to create long term value for shareholders. It is accountable to shareholders for overseeing the effective management of the business, including providing guidance on matters of corporate strategy, business directions, acquisitions and divestments, risk policy, sustainability and the realisation of corporate objectives. |
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| 1. Kwa Chong Seng |
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| Independent Director |
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| Chairman, ST Engineering |
| Chairman, Strategy & Finance Committee / Executive Resource and Compensation Committee, ST Engineering |
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| 2. Teo Ming Kian |
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| Independent Director |
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| Deputy Chairman, ST Engineering |
| Chairman of Vertex Venture Holdings Ltd and Non-executive Director of Temasek Holdings (Private) Limited |
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| 3. Vincent Chong Sy Feng |
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| Executive Director |
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| Group President & CEO, ST Engineering |
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| 4. Kevin Kwok Khien |
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| Independent Director |
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| Chairman, Audit Committee, ST Engineering |
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| 5. Lim Ah Doo |
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| Independent Director |
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| 6. Lim Chin Hu |
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| Independent Director |
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| Chairman, Nominating Committee, |
| ST Engineering |
| Partner, Stream Global Pte Ltd |
| Lim Sim Seng |
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| Independent Director |
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| Group Head of Consumer Banking Group & Wealth Management, DBS Bank |
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| 7. Ng Bee Bee |
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| Independent Director |
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| Chief Executive Officer, Pan-United Corporation Ltd |
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| 8. LG Ong Su Kiat Melvyn |
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| Non-Independent Non-Executive Director |
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| Chief of Defence Force, Ministry of Defence |
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| 9. Quek See Tiat |
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| Non-Independent Non-Executive Director |
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| Chairman, Risk and Sustainability Committee, ST Engineering |
| President, Council for Estate Agencies |
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| 10. Song Su-Min |
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| Independent Director |
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| Partner, Allen & Gledhill LLP |
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| 11. Tan Peng Yam |
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| Non-Independent Non-Executive Director |
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| Chairman, Research, Development and Technology Committee, ST Engineering |
| Chief Defence Scientist, Ministry of Defence |
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| 12. COL Cai Dexian |
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| Alternate Director to LG Ong Su Kiat Melvyn |
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| Group Structure: |
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| The Group Executive Committee (EXCO) comprises our Group President & Chief Executive Officer, Group Chief Financial Officer, Group Chief Operating Officer and our President Commercial. |
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| The EXCO is supported by the Group Senior Business Council comprising a team of senior leaders across the Group. ST Engineering has a diverse portfolio of businesses that operates within the Commercial and Defence & Public Security clusters, supported by Group Corporate functions including corporate shared management services. This structure enables us to be more agile; build deeper and more strategic customer partnerships; and optimise resource allocations to strengthen domain expertise to accelerate growth and deliver greater value to customers and stakeholders. |
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| We believe that good corporate governance is not just the Board’s responsibility. It is also the responsibility of management as well as staff at every level of the organisation. We go beyond ticking the checkbox for the sake of complying with corporate governance regulations. We believe that good corporate governance is the foundation for long term value creation of the Group. |
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| We set out ST Engineering’s corporate governance processes, practices and activities in the 2021 Sustainability Report with specific reference to the guidelines of the Singapore Code of Corporate Governance 2018. |
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| To maintain an ethical environment that encourages and promotes professional and ethical conduct of management and staff, we have a Code of Business Conduct and Ethics. |
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| We believe that for this policy to be effective, it should be understood. The Code is therefore written in clear and simple language. |
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| Our Innovation Approach: |
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| We drive innovation by deepening capability building in the Group, as well accelerate it by leveraging synergies and external capabilities. |
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| Internally, our Group Engineering Centre and Group Technology Office strive to deepen our technology and engineering core. Our engineers and technologists are given opportunities to learn and grow through internal innovation competitions, cross-domain collaborations, and courses, as well as meet with customers to gain a deep understanding in evolving market demands and customer needs. |
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| We also take an open innovation approach by collaborating externally to augment the Group’s businesses, and combine technologies and expertise to co-create breakthrough solutions, through corporate ventures, strategic technology centres, and Research Translation @ ST Engineering. |
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| 1. Group Technology Office |
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| We look over the horizon to develop cutting-edge and multi-use technologies, leveraging our innovation ecosystem, to help our customers be future-ready. |
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| 2. Group Engineering Centre |
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| We drive continuous innovation in five domains: Autonomous System-of-Systems, Cybersecurity, Smart Enterprise Platforms (including Data Analytics), Smart MRO and Video Analytics. |
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| 3. Strategic Technology Centres |
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| Our Strategic Technology Centres deepen our capabilities in data analytics and cybersecurity to deliver more powerful products and solutions which add value. Our specialists develop machine learning algorithms, generate analytical insights, run security assessments and develop security technologies to enable impactful outcomes. |
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| 4. Corporate Venture Capital |
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| We invest in promising tech start-ups with capabilities that augment our businesses, especially in high growth areas. We seek to establish collaborative relationships where we can combine technologies or expertise to co-create breakthrough solutions. |
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| 5. Technology Partnership |
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| Innovation never happens in isolation, so we introduced Research Translation @ ST Engineering, partnering NUS, NTU, SUTD and A*STAR, where researchers will move their research into our premises and collaborate with our engineers in a common space to accelerate the translation of research into commercially viable offerings that will meet fast-evolving market needs and customer demands. |
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| Through our innovation ecosystem, we give our engineers and technologists a space to cross-collaborate, explore progressive breakthrough ideas, make incremental innovations, and eventually translate them into solutions that will enhance our customers' business, whether that be to accelerate digital transformation or accomplish mission-critical operations. |
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| Code of Business Conduct and Ethics: |
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| Our Code applies, and is communicated, to all employees of ST Engineering and subsidiary companies in which we have management control. All employees are briefed on the Code at least once every two years. Contractors, consultants and agents are required to act consistently with the Code when acting on our behalf. |
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| The Code reflects our expectations of responsible behaviour towards our material sustainability issues. It sets out the guiding principles and desired behaviour with which our people are expected to operate, and embraces the business practices and standards of behaviour that support our commitment to honest and ethical business conduct. Many standards set out in the Code have also been embedded in various policies and procedures. |
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| Violations of the Code, as well as violation of laws or regulations, or any other wrongdoings may be reported through our whistleblowing channel. All parties (including employees and other stakeholders) can make anonymous reports using this channel. Subject to applicable laws, the identities of whistleblowers are kept in strict confidence and they are protected from any disciplinary or retaliatory action arising from having made these reports. |
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| Sustainability in ST Engineering: |
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| ST Engineering believes that creating sustainable value for our stakeholders is essential to the Group’s success. Our business processes reflect long-term and multi-stakeholder considerations, balancing customers’ needs today with longer-term developments. We strive to offer products and solutions that enable our customers to operate sustainably. |
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| In assessing materiality, ST Engineering considers factors that impact our businesses and our stakeholders, from both the financial and non-financial perspectives. Our key stakeholders include shareholders and investors, customers, regulators and governments, employees and other workers, suppliers and collaborators, and local communities. |
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| We are aligned with our stakeholders' efforts to act responsibly and combat climate change. We target to halve our absolute greenhouse gas emissions by 2030 compared to 2010 and has joined the Singapore Low Carbon Network as an inaugural member in 2021, in addition to implementing TCFD recommendations in our sustainability reporting efforts. |
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| We are only as strong as our people. Our people and culture strategy seeks to enhance our capability and capacity for growth, build a passionate and engaged workforce and position us at the forefront of people practices. |
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| We comply with applicable laws and regulations in the jurisdictions where we operate. We have zero tolerance for fraud and corrupt practices. In addition, we actively protect our data and those entrusted to us by our stakeholders. |
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| We aim to positively impact people’s lives and the health of our planet by being a responsible global citizen. We do this by harnessing technology and innovation to address real-world problems. We also incorporate ESG practices into our businesses globally. |
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| About The Group: |
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| 1. What business is ST Engineering in? |
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| ST Engineering is a global technology, defence and engineering group that uses technology and innovation to solve real-world problems and improve lives through its diverse portfolio of businesses across the aerospace, smart city, defence and public security segments. |
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| 2. Where are ST Engineering's main operations? |
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| The Group is headquartered in Singapore with offices in Asia, Europe, the Middle East and the U.S. |
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| 3. Who are the members of ST Engineering’s Board of Directors and what are their responsibilities? |
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| Information on the Board of Directors and their responsibilities is available here. |
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| 4. Where can I find information about ST Engineering’s business sustainability policies? |
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| Information on ST Engineering’s business sustainability approach and policies is available here. |
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| 5. Who are ST Engineering’s independent auditors? |
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| ST Engineering’s independent registered public accounting firm is PricewaterhouseCoopers LLP. |
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| 6. What is ST Engineering’s credit rating? |
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| Our credit ratings with Moody’s and S&P are Aaa and AA+ respectively. |
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| 7. Who are ST Engineering top employees of the year? |
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| Shuya and Timothy |
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| 8. What benefits does ST Engineering offer? |
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| Great company and colleagues, with mediocre benefits. |
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| 9. What is the most stressful part about working at ST Engineering? |
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| To get recognised and promotion is probably the hardest here. |
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| 10. How are the working hours at ST Engineering? |
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| 42 hours with 5 day work |
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| ST Engineering reviews by employees: |
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| 1. Productive and fun place. Good benefits and package provided. Great learning place, and good benefits. It is one of the largest tech company in Singapore, good portfolio. |
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| 2. The company is very good. Reason for me leaving was for greener pastures as I shifted to the east and distance was a bit far. Main office was in jurong. Work place was in kaki bukit. |
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| 3. ST Kinetics is a fun working place as all the staff there a friendly and helpful. Great peer and management Support. Great workshop and tools. Flexibility and understanding. Work life balance. Such a great learning experience. A great platform that offers numerous growth and development opportunities to freshers. The HR is fun and constantly works towards increasing camaraderie. |
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| 4. Good work life balance and environment |
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| 5. There are many opportunities and challenges. Get to work with multiple teams |
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| 6. Work life balance. Rarely works overtime. Good family culture |
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| 7. Wide area of project to learn and perform in. |
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| 8. It's a positive working environment. |
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| 9. Some managers willing to guide and coach you. The industry is stable as their ultimate holding company was Temasek holding. Management take good care of employee and won't give up on employee even when lack of knowledge. Work time is flexible. |
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| 10. People there are easy to work with and supportive. Some degree of freedom. |
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