What Problem AEVN Addresses
Autonomous systems can execute actions, but there is no common way to represent, verify, and exchange execution evidence.
AEVN lives inside Intentrax Labs
AEVN is a research and protocol initiative. Intentrax is the commercial implementation.
Labs creates category legitimacy without becoming a second product.
Logs != Proof
Logs observe activity. Proof verifies execution, authority, policy, evidence, and provenance.
AEVN Initiative
What AEVN Explores
Execution Verification, Autonomous Execution Proofs, Evidence Portability, Lineage, Provenance, Verification Standards
What Is AEP?
AEP is the machine-verifiable proof object explored by the AEVN initiative.
Relationship To Intentrax
AEVN: Research & Protocol Initiative; Intentrax: Commercial Implementation.
Why Logs Are Not Proof
Logs describe activity. Proof binds execution, authority, policy, evidence, and verification context.
Public Verification Demo
section: Public Verification Demo
Whitepaper Links
5 source-bound whitepaper links.
Future RFC Placeholder
Future RFCs will be published here.
Assurance Research
Execution Assurance
Execution Assurance Notes
Research notes on execution assurance for verifiable autonomous execution.
- Publication
- Not Available
- Status
- Future-ready research slot
- Authors
- Intentrax Labs
Autonomous Systems
Autonomous Systems Notes
Research notes on autonomous systems for verifiable autonomous execution.
- Publication
- Not Available
- Status
- Future-ready research slot
- Authors
- Intentrax Labs
Evidence Portability
Evidence Portability Notes
Research notes on evidence portability for verifiable autonomous execution.
- Publication
- Not Available
- Status
- Future-ready research slot
- Authors
- Intentrax Labs
Verification Theory
Verification Theory Notes
Research notes on verification theory for verifiable autonomous execution.
- Publication
- Not Available
- Status
- Future-ready research slot
- Authors
- Intentrax Labs
Policy Verification
Policy Verification Notes
Research notes on policy verification for verifiable autonomous execution.
- Publication
- Not Available
- Status
- Future-ready research slot
- Authors
- Intentrax Labs
Authority Models
Authority Models Notes
Research notes on authority models for verifiable autonomous execution.
- Publication
- Not Available
- Status
- Future-ready research slot
- Authors
- Intentrax Labs
Replay Verification
Replay Verification Notes
Research notes on replay verification for verifiable autonomous execution.
- Publication
- Not Available
- Status
- Future-ready research slot
- Authors
- Intentrax Labs
Provenance
Provenance Notes
Research notes on provenance for verifiable autonomous execution.
- Publication
- Not Available
- Status
- Future-ready research slot
- Authors
- Intentrax Labs
Interactive Verification Walkthrough
- Execution
An autonomous system performs an action.
- EEO
The execution is represented as a structured Execution Event Object.
- AEP
The event, policy, authority, evidence, and provenance context are bound into proof.
- Verification
A verifier checks the proof path without trusting logs alone.
Human / Machine View
human
This execution was verified against policy, authority, timestamp, and evidence bindings.
machine
{"customer_data_present":false,"eeo":{"event_id":"sample-eeo-001","principal":"sample-agent"},"execution":{"action":"APPROVE_SAMPLE_REQUEST","environment":"sandbox"},"proof_id":"sample-aep-001","schema":"AEP sample","verification":{"authoritative_runtime_result":false,"status":"sample-valid"}}
Verification Models
Execution Verification
Autonomous actions happen faster than human review can follow.
Capture the execution event, normalize it into an EEO, bind it into an AEP, then verify the proof path.
Policy Verification
Teams need to know which policy governed an execution.
Bind policy id, version, constraints, and decision path to the proof.
Authority Verification
Autonomous systems act through delegated authority.
Record principal, role, delegation chain, authority window, and validation state.
Workflow Verification
A single action may be part of a multi-step workflow.
Bind workflow step, trace id, lineage, and predecessor/successor relationships.
Replay Verification
Review needs repeatability without changing the original execution.
Run read-only verification against recorded proof material and expected evidence bindings.
Provenance Verification
Long-lived evidence needs origin and chain-of-custody context.
Track where evidence came from, how it was transformed, and which artifacts support it.
Protocol Comparison
| Logs | Observe events | Not portable proof | Useful context, not proof. |
|---|---|---|---|
| Monitoring | Detect runtime state | Not portable proof | Useful operations signal, not proof. |
| Audit Trails | Record human and system actions | Not portable proof | Helpful record, usually system-bound. |
| AEP | Represent verifiable execution proof | Portable evidence | Portable proof object for independent review. |
AEP Playground
sample_loaded
Sample AEP shows execution, EEO, AEP, and verification fields without customer data.
Fields: proof_id, schema, execution, eeo, verification, customer_data_present
Whitepapers
Book 2 / v1.0
Book 2 - AEP Formal Model
Formal AEP model for machine-verifiable execution proof.
Future RFCs
What is an RFC?
An RFC is a future proposal format for protocol evolution discussion.
Why RFCs matter?
They create a structured way to review ideas without turning MVP into a governance system.
How proposals may be reviewed?
Future proposals may be categorized, discussed, revised, accepted, or rejected.
Draft
Early proposal sketches that are not authoritative.
Under Review
Future review status for proposals under structured evaluation.
Accepted
Future status for proposals accepted into a protocol roadmap.
Rejected
Future status for proposals declined or superseded.
Experimental Projects
Experimental projects may never become part of Intentrax products.
Experimental
New assurance models
Research into additional ways to explain proof strength and evidence maturity.
Experimental
Verification prototypes
Read-only prototypes for explaining proof review concepts.
Experimental
Experimental AEP structures
Future AEP representation ideas for research comparison only.
Experimental
Future lineage models
Research into richer workflow and agent lineage diagrams.
Experimental
Future provenance models
Research into long-lived, portable evidence provenance structures.
Learning Paths
beginner: Start with why logs are not proof, then learn EEO, AEP, and verification.
technical: Focus on data models, proof composition, replay, and provenance.
auditor: Focus on evidence portability, proof review, authority, and assurance artifacts.
executive: Focus on category legitimacy, risk framing, and why verifiable execution matters.
Architecture Diagram Gallery
Execution to Proof
Execution -> EEO -> AEP -> Verification
Labs Hierarchy
Intentrax -> Intentrax Labs -> AEVN Initiative
Logs Are Not Proof
Logs -> Audit Trails -> AEP -> Independent Verification
Verification Models
Execution Verification -> Policy Verification -> Authority Verification -> Workflow Verification -> Replay Verification -> Provenance Verification