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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 50349 communicated with a destination port (L4_DST_PORT) of 15600. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 0.0. The data flow involved 63 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 55270. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 4 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 48862 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.178. The data flow involved 86 bytes transmitted from the source to the destination and 447 bytes sent in the opposite direction. The flow duration lasted 14 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 19909 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 77 bytes transmitted from the source to the destination and 563 bytes sent in the opposite direction. The flow duration lasted 28 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 26954 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 129 bytes transmitted from the source to the destination and 800 bytes sent in the opposite direction. The flow duration lasted 24 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 50542. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 35238. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 10 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 46346. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 59626. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 65 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 50600. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 9 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 38908. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 47813 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 72 bytes transmitted from the source to the destination and 228 bytes sent in the opposite direction. The flow duration lasted 135 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 62719 communicated with a destination port (L4_DST_PORT) of 41952. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 518 bytes transmitted from the source to the destination and 4350 bytes sent in the opposite direction. The flow duration lasted 14 milliseconds. [/INST] 7 packets were received by the destination, while 9 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 49970 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 72 bytes transmitted from the source to the destination and 127 bytes sent in the opposite direction. The flow duration lasted 2 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 3202 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.125. The data flow involved 76 bytes transmitted from the source to the destination and 92 bytes sent in the opposite direction. The flow duration lasted 25 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 42586 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 73 bytes transmitted from the source to the destination and 197 bytes sent in the opposite direction. The flow duration lasted 14 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 50480 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.22. The data flow involved 66 bytes transmitted from the source to the destination and 331 bytes sent in the opposite direction. The flow duration lasted 11 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 37914. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 56624 communicated with a destination port (L4_DST_PORT) of 41952. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 518 bytes transmitted from the source to the destination and 4350 bytes sent in the opposite direction. The flow duration lasted 17 milliseconds. [/INST] 7 packets were received by the destination, while 9 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 45656. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 9 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 53538 communicated with a destination port (L4_DST_PORT) of 9197. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 454 bytes transmitted from the source to the destination and 22815 bytes sent in the opposite direction. The flow duration lasted 25 milliseconds. [/INST] 6 packets were received by the destination, while 19 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 53946 communicated with a destination port (L4_DST_PORT) of 15600. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 0.0. The data flow involved 126 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 2569923 milliseconds. [/INST] 2 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 46912. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 644 bytes transmitted from the source to the destination and 40 bytes sent in the opposite direction. The flow duration lasted 8 milliseconds. [/INST] 3 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 25 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 55448. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 62381 communicated with a destination port (L4_DST_PORT) of 7678. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 406 bytes transmitted from the source to the destination and 1945 bytes sent in the opposite direction. The flow duration lasted 15 milliseconds. [/INST] 5 packets were received by the destination, while 6 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 64187 communicated with a destination port (L4_DST_PORT) of 7678. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 387 bytes transmitted from the source to the destination and 1945 bytes sent in the opposite direction. The flow duration lasted 10 milliseconds. [/INST] 5 packets were received by the destination, while 6 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 55664. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 60 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 18 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 33052. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 50178. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 27 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 35504. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 52 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 41132. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 9 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 48928. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 7 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 59846. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 89 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 25 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 55849 communicated with a destination port (L4_DST_PORT) of 50093. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 12.0. The data flow involved 310 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 54360. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 65038 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 56 bytes transmitted from the source to the destination and 1125 bytes sent in the opposite direction. The flow duration lasted 165 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 48828. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 13 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 50176 communicated with a destination port (L4_DST_PORT) of 49152. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 403 bytes transmitted from the source to the destination and 1203 bytes sent in the opposite direction. The flow duration lasted 8 milliseconds. [/INST] 5 packets were received by the destination, while 5 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 54552 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.178. The data flow involved 75 bytes transmitted from the source to the destination and 436 bytes sent in the opposite direction. The flow duration lasted 862 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 50370. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 47552. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 15 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 55557 communicated with a destination port (L4_DST_PORT) of 5357. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 1202 bytes transmitted from the source to the destination and 2578 bytes sent in the opposite direction. The flow duration lasted 2 milliseconds. [/INST] 6 packets were received by the destination, while 5 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 51174 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 68 bytes transmitted from the source to the destination and 318 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 36570. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 112 bytes transmitted from the source to the destination and 112 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 2 packets were received by the destination, while 2 packets were sent by the destination. During the communication, 19 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 35542. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 39826. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 1 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 63698 communicated with a destination port (L4_DST_PORT) of 9197. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 433 bytes transmitted from the source to the destination and 3822 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 6 packets were received by the destination, while 8 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 58578. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 120 bytes transmitted from the source to the destination and 104 bytes sent in the opposite direction. The flow duration lasted 6072 milliseconds. [/INST] 2 packets were received by the destination, while 2 packets were sent by the destination. During the communication, 18 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 62515 communicated with a destination port (L4_DST_PORT) of 51518. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 12.0. The data flow involved 629 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 2 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 37966. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 34550. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 22 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 50815 communicated with a destination port (L4_DST_PORT) of 41952. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 570 bytes transmitted from the source to the destination and 4362 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 8 packets were received by the destination, while 9 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 42299 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 56 bytes transmitted from the source to the destination and 1125 bytes sent in the opposite direction. The flow duration lasted 123 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 44446. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 2187 bytes transmitted from the source to the destination and 420 bytes sent in the opposite direction. The flow duration lasted 843 milliseconds. [/INST] 5 packets were received by the destination, while 3 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 50183 communicated with a destination port (L4_DST_PORT) of 9197. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 400 bytes transmitted from the source to the destination and 3770 bytes sent in the opposite direction. The flow duration lasted 313 milliseconds. [/INST] 5 packets were received by the destination, while 7 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 46374 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 129 bytes transmitted from the source to the destination and 778 bytes sent in the opposite direction. The flow duration lasted 344 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 54647 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 305 bytes transmitted from the source to the destination and 466 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 3 packets were received by the destination, while 3 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 33104. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 4 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 57798 communicated with a destination port (L4_DST_PORT) of 41952. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 795 bytes transmitted from the source to the destination and 4374 bytes sent in the opposite direction. The flow duration lasted 724 milliseconds. [/INST] 10 packets were received by the destination, while 12 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 62491 communicated with a destination port (L4_DST_PORT) of 41952. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 518 bytes transmitted from the source to the destination and 4350 bytes sent in the opposite direction. The flow duration lasted 16 milliseconds. [/INST] 7 packets were received by the destination, while 9 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 50898. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 3 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 59198 communicated with a destination port (L4_DST_PORT) of 43. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 170.0. The data flow involved 390 bytes transmitted from the source to the destination and 3232 bytes sent in the opposite direction. The flow duration lasted 775 milliseconds. [/INST] 7 packets were received by the destination, while 7 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 40362. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 46 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 47166. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 65 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 55677 communicated with a destination port (L4_DST_PORT) of 15600. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 0.0. The data flow involved 126 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 2757433 milliseconds. [/INST] 2 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 51660. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 44146. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 7 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 59259 communicated with a destination port (L4_DST_PORT) of 57706. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 12.0. The data flow involved 629 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 2 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 59008. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.178. The data flow involved 12815 bytes transmitted from the source to the destination and 784 bytes sent in the opposite direction. The flow duration lasted 1391 milliseconds. [/INST] 12 packets were received by the destination, while 5 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 52787 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 67 bytes transmitted from the source to the destination and 788 bytes sent in the opposite direction. The flow duration lasted 11 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 45872. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 180 bytes transmitted from the source to the destination and 156 bytes sent in the opposite direction. The flow duration lasted 18412 milliseconds. [/INST] 3 packets were received by the destination, while 3 packets were sent by the destination. During the communication, 18 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 37660. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 853 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 57888 milliseconds. [/INST] 10 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 25 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 41508. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 60 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 18 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 36820 communicated with a destination port (L4_DST_PORT) of 43. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 170.0. The data flow involved 232 bytes transmitted from the source to the destination and 225 bytes sent in the opposite direction. The flow duration lasted 50 milliseconds. [/INST] 4 packets were received by the destination, while 4 packets were sent by the destination. During the communication, 30 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 60881 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.126. The data flow involved 72 bytes transmitted from the source to the destination and 88 bytes sent in the opposite direction. The flow duration lasted 102 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 40320. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 18 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 60867 communicated with a destination port (L4_DST_PORT) of 15600. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 0.0. The data flow involved 63 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 44194. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 104 bytes sent in the opposite direction. The flow duration lasted 13071 milliseconds. [/INST] 1 packets were received by the destination, while 2 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 55071 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.126. The data flow involved 77 bytes transmitted from the source to the destination and 105 bytes sent in the opposite direction. The flow duration lasted 151 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 31235 communicated with a destination port (L4_DST_PORT) of 53. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 5.0. The data flow involved 120 bytes transmitted from the source to the destination and 153 bytes sent in the opposite direction. The flow duration lasted 233 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 33254. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 112 bytes transmitted from the source to the destination and 413 bytes sent in the opposite direction. The flow duration lasted 245 milliseconds. [/INST] 2 packets were received by the destination, while 2 packets were sent by the destination. During the communication, 26 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 40920. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 329 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 24 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 39016. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 623 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 55297 milliseconds. [/INST] 7 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 25 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 57888. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 33655 communicated with a destination port (L4_DST_PORT) of 60913. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 12.0. The data flow involved 440 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 42658. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 52 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 38912 communicated with a destination port (L4_DST_PORT) of 15600. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 0.0. The data flow involved 126 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 1132521 milliseconds. [/INST] 2 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 43486 communicated with a destination port (L4_DST_PORT) of 15600. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 0.0. The data flow involved 63 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 32942. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 26 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 32898. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 13 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 55580 communicated with a destination port (L4_DST_PORT) of 43. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 170.0. The data flow involved 297 bytes transmitted from the source to the destination and 1482 bytes sent in the opposite direction. The flow duration lasted 1034 milliseconds. [/INST] 5 packets were received by the destination, while 5 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 34432 communicated with a destination port (L4_DST_PORT) of 56622. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 12.0. The data flow involved 350 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 56504 communicated with a destination port (L4_DST_PORT) of 58312. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 12.0. The data flow involved 5564 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 4151 milliseconds. [/INST] 16 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 80 communicated with a destination port (L4_DST_PORT) of 39336. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 12815 bytes transmitted from the source to the destination and 436 bytes sent in the opposite direction. The flow duration lasted 1169 milliseconds. [/INST] 12 packets were received by the destination, while 4 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 64530 communicated with a destination port (L4_DST_PORT) of 41952. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 847 bytes transmitted from the source to the destination and 4374 bytes sent in the opposite direction. The flow duration lasted 748 milliseconds. [/INST] 11 packets were received by the destination, while 12 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 56504 communicated with a destination port (L4_DST_PORT) of 55751. The protocol used was 17, with a Layer 7 protocol (L7_PROTO) identified as 12.0. The data flow involved 5564 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 4151 milliseconds. [/INST] 16 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 0 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 57210 communicated with a destination port (L4_DST_PORT) of 9197. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 344 bytes transmitted from the source to the destination and 3913 bytes sent in the opposite direction. The flow duration lasted 38 milliseconds. [/INST] 5 packets were received by the destination, while 7 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 50286 communicated with a destination port (L4_DST_PORT) of 9197. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 344 bytes transmitted from the source to the destination and 608 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 5 packets were received by the destination, while 5 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 443 communicated with a destination port (L4_DST_PORT) of 40416. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 52 bytes transmitted from the source to the destination and 52 bytes sent in the opposite direction. The flow duration lasted 2 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 17 TCP flags were observed.</s>
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<s>[INST] Introducing DataShield, your virtual data security companion ready to assist you in exploring and understanding network attack data. DataShield is equipped to handle a wide range of inquiries related to network attacks, from identifying common attack patterns to deciphering complex threat vectors. Whether you're a newcomer to the field of cybersecurity or an experienced practitioner, DataShield is here to provide clear and accessible insights tailored to your level of expertise. Please find the find the packets that were received by the destination, and that were sent by the destination and also the TCP flags for the below scenario. In a data exchange, a source port (L4_SRC_PORT) of 50049 communicated with a destination port (L4_DST_PORT) of 2869. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 0.0. The data flow involved 60 bytes transmitted from the source to the destination and 40 bytes sent in the opposite direction. The flow duration lasted 0 milliseconds. [/INST] 1 packets were received by the destination, while 1 packets were sent by the destination. During the communication, 22 TCP flags were observed.</s>
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