3 Commits

Author	SHA1	Message	Date
Christian Nennemann	bcde8b733c	docs: update mesh-protocol-gaps with actual measurements ... Key findings from actual benchmarks: - MLS KeyPackage: 306 bytes (6 LoRa fragments, ~4 sec) - MLS Welcome: 840 bytes (17 fragments, ~10 sec) - MLS-Lite: 129 bytes without sig, 262 with sig - MeshEnvelope V2: 336 bytes (~18% savings over V1) Classical MLS is LoRa-viable! Group setup takes ~14 sec at 1% duty. Post-quantum hybrid (2.6KB KeyPackage) is still impractical. Updated action items to reflect completed work: - MLS-Lite implemented - MeshEnvelope V2 implemented - Size measurements complete	2026-03-30 23:53:27 +02:00
Christian Nennemann	01bc2a4273	docs: add mesh protocol gap analysis and MLS-Lite design ... Honest assessment of QuicProChat vs Reticulum/Meshtastic/Briar: - MLS overhead (500-800 byte KeyPackages) impractical for SF12 LoRa - KeyPackage distribution over mesh unsolved - No lightweight mode for constrained links MLS-Lite design proposes 41-byte overhead symmetric mode: - ChaCha20-Poly1305 with HKDF key derivation - Optional Ed25519 signatures - Upgrade path to full MLS when faster transport available - QR code / out-of-band key exchange	2026-03-30 23:29:44 +02:00
Christian Nennemann	f9ac921a0c	feat(p2p): mesh stack, LoRa mock transport, and relay demo ... Implement transport abstraction (TCP/iroh), announce and routing table, multi-hop mesh router, truncated-address link layer, and LoRa mock medium with fragmentation plus EU868-style duty-cycle accounting. Add mesh_lora_relay_demo and scripts/mesh-demo.sh. Relax CBOR vs JSON size assertion to match fixed-size cryptographic overhead. Extend .gitignore for nested targets and node_modules. Made-with: Cursor	2026-03-30 21:19:12 +02:00