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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 36818. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 7.0. The data flow involved 164 bytes transmitted from the source to the destination and 667 bytes sent in the opposite direction. The flow duration lasted 234 milliseconds. [/INST] 3 packets were received by the destination, while 2 packets were sent by the destination. During the communication, 26 TCP flags were observed.</s>" | |
| "<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 63608 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 9 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>" | |
| "<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 43526. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 905 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 57355 milliseconds. [/INST] 11 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 25 TCP flags were observed.</s>" | |
| "<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 32938. 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 104 bytes sent in the opposite direction. The flow duration lasted 20076 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>" | |
| "<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 60202. The protocol used was 6, with a Layer 7 protocol (L7_PROTO) identified as 91.0. The data flow involved 905 bytes transmitted from the source to the destination and 0 bytes sent in the opposite direction. The flow duration lasted 55174 milliseconds. [/INST] 11 packets were received by the destination, while 0 packets were sent by the destination. During the communication, 25 TCP flags were observed.</s>" | |
| "<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 61325 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 471 bytes transmitted from the source to the destination and 17184 bytes sent in the opposite direction. The flow duration lasted 50 milliseconds. [/INST] 6 packets were received by the destination, while 15 packets were sent by the destination. During the communication, 27 TCP flags were observed.</s>" | |
| "<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 46158. 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>" | |
| "<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 56980. 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>" | |
| "<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 58446. 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 60 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>" | |
| "<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 57404 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 70 bytes transmitted from the source to the destination and 304 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>" | |