IntentGrant
Defines business authority, ownership, scope, policy and review. It governs what AI workers are allowed to do without sitting in the live execution path.
IntentGate separates business authority governance from real-time runtime enforcement, then binds every decision to cryptographic execution evidence—inside the customer environment.
Identity context, policy services, APIs, administration, audit and shared platform services.
Defines business authority, ownership, scope, policy and review. It governs what AI workers are allowed to do without sitting in the live execution path.
Intercepts and authorizes every agent action at runtime, enforcing identity, intent, scope, limits, schema safety and policy locally.
Identity is necessary—but not sufficient. IntentGate evaluates who is acting, what they intend to do, whether the action is within authority, and whether runtime limits are still safe.
Initiates an action through MCP, API, workflow or agent call.
Validates workload identity, user context and delegated authority.
Matches requested action and parameters against approved purpose.
Checks velocity, spend, schema safety and contextual conditions.
Permit, restrict, redact, step-up or deny.
Creates signed evidence linking intent, policy and execution.
Each layer has a distinct responsibility, allowing the platform to scale from governance and policy management to inline enforcement and evidence.
Every action is evaluated continuously. Authentication alone never implies permission to execute.
Governance remains out-of-band while enforcement runs locally in the execution path.
Policies are versioned, compiled, signed and distributed as controlled runtime artifacts.
Every decision can be tied to the policy, identity, parameters and execution result that produced it.
Inline enforcement is designed for local evaluation without a centralized runtime bottleneck.
Control plane, runtime enforcement and evidence remain inside the customer-controlled environment.
Govern • Enforce • Prove
See how IntentGrant, IntentGate and built-in Proof work independently—or together as one authorization platform.