--- license: cc-by-4.0 language: - en pretty_name: India Government e-Procurement Tenders & Award-of-Contract (AOC) tags: - public-procurement - government - india - tenders - web-scraping size_categories: - 10M ⚠️ **Provenance & licensing notice.** This data was programmatically scraped from > public Indian government procurement portals. It is redistributed here for research > and transparency purposes. Verify the licensing/terms-of-use of the source portals > before any commercial use, and treat all fields as *as-scraped* (see Limitations). ## Dataset at a glance | Config / table | Rows | Description | |------------------|------------|---------------------------------------------------------------| | `tenders` | 3,952,191 | Tender notice listings (active + archived) | | `tender_details` | 3,178,485 | Per-tender detail blob (EMD, dates, category, description…) | | `aoc_tenders` | 4,921,960 | Award-of-Contract listings | | `aoc_details` | 4,540,739 | Per-AOC detail blob (contract value, selected bidder, #bids) | - **Time span:** ~2011 – 2026 (by `year`) - **Geography:** India (central, state, and organisation procurement portals) - **Language:** English (with some transliterated / mixed-script free text) - **Source format:** two SQLite databases (`tenders_vps.db`, `aoc_tenders.db`) ## Schema ### `tenders` | Column | Type | Notes | |---|---|---| | `internal_id` | string | Portal-internal id | | `tender_id` | string | Tender identifier | | `detail_url` | string | Source URL for the tender detail page | | `status` | string | `active` (72,574) / `archived` (3,879,617) | | `organisation_name` | string | Procuring organisation | | `title` | string | Tender title | | `reference_number` | string | Tender reference no. | | `portal_type` | string | `org` (3,910,366) / `state` (41,825) | | `serial_number` | string | | | `e_published_date` | string | e.g. `11-Jun-2026 11:59 AM` | | `bid_submission_closing_date` | string | | | `tender_opening_date` | string | | | `corrigendum_url` | string | | | `scraped_at` | string | Scrape timestamp | | `partition_id` | int | Internal partition key | ### `tender_details` | Column | Type | Notes | |---|---|---| | `internal_id` | string | Join key → `tenders.internal_id` | | `tender_id` | string | | | `details_json` | string (JSON) | Nested key/value detail map | | `scraped_at` | string | | `details_json` keys (observed): `EMD`, `Name`, `Address`, `Location`, `Tender Fee`, `Tender Type`, `Tender Title`, `Tender Category`, `Tender Document`, `ePublished Date`, `Bid Opening Date`, `Product Category`, `Work Description`, `Organisation Name`, `Organisation Type`, `Product Sub-Category`, `Bid Submission End Date`, `Tender Reference Number`, `Bid Submission Start Date`, `Document Download Start/End Date`. ### `aoc_tenders` | Column | Type | Notes | |---|---|---| | `internal_id` | string | | | `portal_type` | string | `central` (2,005,258) / `state` (2,916,702) | | `year` | int | 2011–2026 | | `sl_no` | string | | | `aoc_date` | string | Award date | | `closing_date` | string | | | `title` | string | | | `ref_no` | string | | | `tender_id` | string | | | `org_name` | string | Procuring organisation / state | | `detail_url` | string | | | `partition_id` | int | | ### `aoc_details` | Column | Type | Notes | |---|---|---| | `internal_id` | string | Join key → `aoc_tenders.internal_id` | | `tender_id` | string | | | `details_json` | string (JSON) | Nested key/value detail map | | `scraped_at` | string | | `details_json` keys (observed): `Tender Type`, `Contract Date`, `Contract Value`, `Published Date`, `Tender Document`, `Tender Ref. No.`, `Organisation Name`, `Tender Description`, `Number of bids received`, `Name of the selected bidder(s)`, `Address of the selected bidder(s)`, `Date of Completion/Completion Period in Days`. ## How records link ``` tenders.internal_id ─┬─► tender_details.internal_id aoc_tenders.internal_id ─┴─► aoc_details.internal_id ``` Each listing row (`tenders` / `aoc_tenders`) has a corresponding detail row keyed by `internal_id` (detail counts are lower than listing counts — not every listing has a scraped detail blob). ## Usage ```python from datasets import load_dataset # Listings only tenders = load_dataset("/", "tenders", split="train") aoc = load_dataset("/", "aoc_tenders", split="train") # Parse the nested detail blob import json details = load_dataset("/", "tender_details", split="train") rec = json.loads(details[0]["details_json"]) print(rec["Work Description"], rec["EMD"]) ``` Or query the raw SQLite directly: ```python import sqlite3, pandas as pd con = sqlite3.connect("tenders_vps.db") df = pd.read_sql("SELECT * FROM tenders WHERE status='active' LIMIT 10", con) ``` ## Sample rows 10-row previews per table are provided under [`top10_samples/`](top10_samples/). ## Suggested uses - Procurement transparency, spend & competition analysis (bids received, award values) - Org / category text classification and entity extraction - Retrieval / semantic search over tender descriptions - Time-series of public spending by state, organisation, and year ## Limitations & caveats - **As-scraped, unnormalised.** Dates are strings (`DD-Mon-YYYY hh:mm AM/PM`), monetary values are strings (e.g. `"1874075"`, `"₹ 20441"`) and may contain currency symbols, commas, or be empty. `Contract Value` / `EMD` need cleaning before numeric use. - **Encoding artefacts.** Some free-text fields contain HTML entity / escape residue (e.g. `&amp#x0d`, `₹`). - **Missing values.** Detail blobs and many fields can be empty strings; detail tables do not fully cover their listing tables. - **No PII guarantees.** Selected-bidder names and addresses are present as published by the source portals; bidders are typically firms but may include individuals. - **No dedup / verification.** Rows reflect portal state at scrape time and may include duplicates, corrigenda, or test entries (e.g. titles like `test1`). ## Citation ```bibtex @misc{india_eproc_tenders_aoc, title = {India Government e-Procurement Tenders \& Award-of-Contract (AOC)}, year = {2026}, note = {Scraped from NIC / Central Public Procurement Portal e-procurement portals}, howpublished = {Hugging Face Datasets} } ```