What is Syndicate Code?
Syndicate Code is an approval-gated AI code execution control plane. Definition, comparisons, and explicit boundaries.
Definition
Syndicate Code is an approval-gated AI code execution control plane. It requires human approval before AI-initiated actions execute and records immutable audit events for every approval, denial, and execution. The control plane—not the AI—is the authoritative system.
Category
Syndicate Code belongs to the category of AI execution control planes—systems that govern the boundary between AI-proposed actions and their execution, with human authorization and attributable audit trails.
How it works
- AI proposes: The AI planner proposes an action with specific arguments
- Control plane routes: The control plane evaluates policy and routes approval
- Human approves: A human reviews exact arguments and authorizes execution
- Arguments bound: Approval is bound to SHA-256 digest of normalized arguments
- Execution enforced: Control plane verifies digest match before allowing execution
- Event recorded: Every state transition is recorded in immutable audit log
Syndicate Code is not:
- Not an AI coding assistant—it does not generate code autonomously
- Not a sandbox—it does not isolate runtime execution
- Not a security product—it does not prevent all dangerous actions
- Not a monitoring tool—it enforces approval, not just observes
- Not a proxy—it is the authoritative control layer, not an intermediary
- Not a consultancy—it is a software product, not a service engagement
What Syndicate Code is:
- An approval-gated execution control plane—human authorization is technically required
- An argument-bound approval system—approvals bind to exact arguments, not prompts
- An immutable audit trail—every approval, denial, and execution is recorded
- A policy enforcement layer—trust tiers calibrate autonomy vs oversight
See also
- Product claims — explicit guarantees with scope and exclusions
- How it works — technical explanation of approval binding
- Approvals — approval lifecycle documentation
- Architecture — control plane boundary model