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- 09:12, 4 January 2026 Definitions (hist | edit) [14,226 bytes] Dimitri (talk | contribs) (Created page with "= Definitions: Flow, Routing, and Forwarding = This document contains formal definitions used in the Ouroboros architecture. This section details a '''model''' and deals with (abstract) programs, it does not specify an implementation, and it should not be directly interpreted with respect to any particular implementation of a computing system or environment<ref>''...but approached with a blank mind, consciously refusing to try to link it with what is already familiar......")
- 11:26, 3 January 2026 EIDs vs TCP/UDP ports (hist | edit) [31,310 bytes] Dimitri (talk | contribs) (Created page with "= Ouroboros EID Security Architecture Analysis = Disclaimer: This page was generated by Anthropic Claude Sonnet 4.5 based on the Ouroboros source code (v0.22). == Overview == This document analyzes how Ouroboros' Endpoint Identifier (EID) mechanism provides inherent protection against Man-in-the-Middle (MITM) attacks and Distributed Denial of Service (DDoS) attacks, based on the unicast IPCP flow allocator implementation. == Key Security Observations == === 1. Rando...")
- 10:03, 3 January 2026 Flow Allocation vs TLS (hist | edit) [33,160 bytes] Dimitri (talk | contribs) (Created page with "= OAP vs TCP+TLS 1.3 and UDP+DTLS 1.3: An Architectural Comparison = Disclaimer: This page was generated by CoPilot / Anthropic Claude Opus 4.5 based on the source code and the tutorial This document provides a comprehensive architectural comparison between Ouroboros flow allocation with authentication (OAP) and traditional approaches using TCP with TLS 1.3 or UDP with DTLS 1.3. == 1. Application Code Burden == === Ouroboros === Application code for a secure authent...")
- 19:03, 1 January 2026 Ouroboros Tutorial 06 (hist | edit) [76,658 bytes] Dimitri (talk | contribs) (Created page with "= Ouroboros Tutorial 06 - Authenticated Flows = This tutorial demonstrates setting up and using authenticated flows in Ouroboros with certificate-based authentication. '''Tutorial Directory:''' This tutorial will execute in <code>/tmp/o7s-tut06/</code>. All configuration files, generated certificates, logs, and packet captures will be stored in this directory. We create a complete PKI (Public Key Infrastructure): * '''Root CA''' (<code>ca.tut.o7s</code>): Self-signed...")