Axonal-BGP — Routing Security Test Report
2026-06-21T08:35:19.324Z · 25.2s ·
commit ec93e94d531d5cf8c7cff391782f0fb9cd50e148 · branch main · runner github-actions/Linux
Scenario Timeline
Scenario Timeline
Epoch 1
Epoch 50
E10
Origin Hijack
E20
M O A S Conflict
E30
Bad Signature
E35
Auto Pause
E40
Guardian Confirm
E45
Resume
Scenarios
Epoch Type Target Detail
Epoch 10
OriginHijack AS-100
-
Epoch 20
MOASConflict AS-200, AS-400
-
Epoch 30
BadSignature AS-100
-
Epoch 35
AutoPause AS-300
residue-rate-spike
Epoch 40
GuardianConfirm AS-300
-
Epoch 45
Resume AS-300
-
Agent Summary
AS Role Routes Residues Status
AS-100
-
1
8
ACTIVE
AS-200
-
2
3
ACTIVE
AS-300
-
1
6
ACTIVE
AS-400
-
1
4
ACTIVE
Charts
Residues by Kind
MOASConflict
1
BadSignature
5
PathLeak
3
Residues per Agent
AS-100
8
AS-200
3
AS-300
6
AS-400
4
Routes per Agent
AS-100
1
AS-200
2
AS-300
1
AS-400
1
Protocol Highlights
Feature Status Detail Ed25519 Route Signing ✓ Active All route advertisements signed per-epoch Per-Epoch RouteTableRoot ✓ Committed SHA-256 Merkle root committed each epoch ResidueToRoutingSwap ✓ Deployed EBC decay pricing, per-agent + global caps RouteOracle ✓ Active Auto-pause on residue spike, guardian multisig Origin Hijack Detection ✗ Not triggered 0 detected Bad-Signature Detection ✓ Detected 5 detected Auto-Pause ✓ Triggered Oracle paused AS-300 at epoch 35 Guardian Resume ✓ Executed 2-of-3 guardian vote resumed AS-300 at epoch 45
About This Test
This report was generated by the Axonal-BGP routing security simulation.
It demonstrates the ECCA Axonal-BGP protocol — extending cognitive identity infrastructure
to secure inter-domain routing. Four simulated autonomous systems (AS-100 through AS-400)
exchange BGP advertisements with ed25519 signatures and per-epoch route-table commitments.
See: Axonal-BGP Documentation
· Research Paper (PDF)