Runtime Overview

◉Canonical

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Purpose

Axodus Runtime is the cross-nucleus operational lifecycle that moves requests, proposals, services, implementations, reviews, changes, deliveries, and records from start to completion.

Runtime gives work a beginning, middle, and end. It prevents requests from being lost, misunderstood, silently changed, or executed without proper review.

Scope

Runtime applies across Business, Governance, ACS, Academy, Trading, Treasury, Marketplace, BBA, technical delivery, and documentation. It is not a single UI, informal chat flow, unrestricted automation layer, or replacement for human or governance accountability.

Ecosystem Role

Runtime is the cross-nucleus operating discipline for Axodus. It standardizes how work is received, classified, reviewed, escalated, approved, executed, changed, delivered, accepted, and archived.

Core Model

Runtime uses:

• statuses;
• owners and responsible nuclei;
• request intake;
• context loading;
• classification and risk assignment;
• validation and confirmation gates;
• governance escalation;
• scopes and milestones;
• execution handoffs;
• change control;
• delivery validation;
• acceptance records;
• execution receipts and accountability archives.

Standard Flow

1. Request created.
2. Intake completed.
3. Context collected.
4. Classification and risk assigned.
5. ACS analysis performed when useful.
6. Human or domain review validates the interpretation.
7. Governance escalation occurs when required.
8. Scope and milestones are defined.
9. Correct authority approves or rejects the item.
10. Execution handoff transfers context to the executor.
11. Milestones, blockers, and changes are tracked.
12. Delivery is submitted and validated.
13. Acceptance is recorded.
14. Execution receipt or accountability record is archived when material.

Critical Invariants

• Every material runtime item has a status.
• Every material request has an owner or responsible nucleus.
• Intake is not approval.
• ACS analysis is not a commitment or final authority.
• Scope precedes delivery commitment.
• Governance-sensitive items must be escalated.
• Change requests must be logged.
• Delays must be explained.
• Delivery requires validation against acceptance criteria.
• Sensitive execution requires review.
• Material execution requires a receipt.

Activation, Incident, and Suspension

Runtime activation requires a defined environment, version, dependencies, provider posture, data boundary, secrets policy, observability, rollback, authority, and readiness evidence.

An incident moves the affected capability to a local pause or contained state, then to technical, security, governance, Treasury, or provider escalation as required. Recovery requires reconciled state, validated controls, an authorized resume decision, and a receipt. A documentation status cannot substitute for activation or recovery authority.

Documentation Map

• Architecture
• Request Lifecycle
• Status Model
• Validation and Confirmation
• Communication Cadence
• Milestones
• Change Control
• Governance Escalation
• Execution Handoff
• Delays and Blockers
• Accountability Records
• Risk Controls
• ACS Integration

Risk Considerations

Runtime failures can create unclear ownership, uncontrolled scope, hidden approvals, missed governance escalation, weak records, delivery disputes, or unsafe execution. Sensitive requests must remain traceable from intake through acceptance or rejection.

Current Status

Runtime is under active specification. These pages define the operating model and documentation baseline, not a claim that every automation or tool workflow is already implemented.

Runtime documentation should not be read as proof of provider activation, live automation, autonomous execution, wallet-signing capability, or production readiness by architecture alone.

Future Work

• Define canonical runtime item templates.
• Connect Runtime records to Business, Governance, ACS, and Accountability workflows.
• Add examples for low-risk, high-risk, DAO, Treasury, and ACS-assisted runtime items.