Rayhaan JaufeerallyandClaude Fable 5.1 1399cbd39f slides: "Hands-on BGP", restructured into five sections
- Title is now "Hands-on BGP"; the AS-path diagram is gone from the cover.
- Sections: IPv6 addresses and prefixes; where AS numbers and prefixes
  come from (IANA, RIRs, the RIPE database, IRR vs RPKI); BGP and the
  bytes of an UPDATE; IP transit vs Internet exchanges (the peering LAN as
  an Ethernet segment, route servers); the lab (ferrix, pr01.rue, SwissIX,
  NL-ix, France-IX, DE-CIX, transit).
- The UPDATE walked through in section 3 is a real 94-byte capture from
  ferrix for 2a0d:d741:1::/48. Vertical slides light up one part at a
  time with its decode; the generator asserted every quoted number
  against the capture. Session counts come from the tracked bird.conf,
  the route6 object from the RPSL file, SwissIX's LAN from PeeringDB.
- New components: focusable bytes, decode table, prefix bits, and SVG
  diagrams drawn in the theme's colours.
- Opening index.html straight from disk used to give a title and empty
  panels, because browsers block the module and the section files there.
  The page now explains that, and also reports a failed reveal.js load.

Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
2026-09-20 21:41:31 +02:00

BGP

The bgp crate is an implementation of the Border Gateway Protocol, which is used to exchange routing and control plane information between Autonomous Systms.

The aim of this project is to provide a modern, high performance, secure and programatic and customizable software package that can be useful to network operators, researchers, and people interested in Internet.

Current status.

The project is currently being rewritten from scratch to be more modular and maintainable, as well as to fix deeper issues with the previous implementation.

⚠️ Warning: This is currently a work in progress and not ready for use.

🛣️ Roadmap to v1.0

We aim for the 1.0 release to be functional and stable to operate peering sessions, and to install routes in the Linux Kernel.

  • ☐ Implement basic parsers for the fundamental types required
    • ✅ Path Attributes from RFC4271
    • ✅ Open message
      • ✅ Capabilities from RFC4271
    • ✅ Update message
    • ☐ Notification message
  • ✅ Implement scaffolding required to start and configure a server
  • ✅ Implement connection logic to establish sessions with peers (passive and active)
  • ✅ Locally originated routes with communities, announced to all peers
  • ✅ HTTP API, live status page and Prometheus metrics
  • ☐ Implement an efficient data structure for storing prefixes (e.g. Poptrie)
  • ☐ Filtering for peer RIB in / out
  • ☐ Main / auxillary RIBs for exchanging routes between peers
S
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Ferrix BGP Speaker
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