{"record":{"id":"local-technique:tcp-sequence-spoofing","title":"TCP sequence-number prediction and host spoofing","type":"Historical concept","snapshot":"historical-seed.json","source_url":"https://www.cs.columbia.edu/~smb/papers/ipext.pdf","description":"Predictable TCP state combined with address-based trust can enable endpoint impersonation.","defensive_context":"Cryptographic peer authentication, robust sequence generation and anti-spoofing controls.","publication":{"id":"local-publication:tcp-sequence-spoofing-milestone","entity_type":"Publication","title":"Security Problems in the TCP/IP Protocol Suite","source_url":"https://www.cs.columbia.edu/~smb/papers/ipext.pdf","publication_date":"1989-04","publisher":"ACM Computer Communication Review","credit_display":"Steven M. Bellovin","credit_role":"protocol analysis author"},"mappings":[],"uncertainty":"The paper credits earlier sequence-prediction description to Morris. IPspoofing has a broader scope.","rights":"Original concise metadata and linked references; no full paper or payload imported","review_status":"Editorial historical seed; conceptual mappings remain explicitly provisional"},"assertions":[],"source_snapshot":null,"notices_url":"https://aol.pm/source-notices.txt","notices":"Source-specific notices: https://aol.pm/source-notices.txt\nCVE terms: https://www.cve.org/Legal/TermsOfUse"}