Execution Governance Infrastructure

Govern what actions are allowed to happen.

Waveframe turns organizational authority into deterministic execution control. Agents, workflows, and software can propose actions; the system admits or blocks them before they mutate production.

See How It Works Explore the Stack

Why It Exists

AI governance fails when it only watches what already happened.

Prompt rules, dashboards, and post-hoc logs can explain behavior, but they do not reliably stop a bad action at the moment it is about to execute. Waveframe focuses on the execution boundary: the last admissibility decision before a mutation reaches a system of record.

Without Boundary EnforcementRisk reaches production.

An agent, script, or workflow proposes an action. If the surrounding application trusts it, the action runs and governance becomes an investigation after the fact.

With WaveframeAuthority is checked first.

The proposed action is bound to an actor, contract, evidence, and resource. Guard calls the deterministic kernel before execution. Invalid actions never run.

Core Flow

From human policy to ALLOW / BLOCK.

Waveframe is a layered ecosystem, not a single dashboard. Each layer has one job in the path from organizational authority to runtime enforcement.

PolicyExisting governance, approval rules, roles, evidence requirements, and operating constraints.

Compiled ContractA versioned authority artifact with deterministic identity and hash.

ProposalThe actor, requested mutation, resource, artifacts, and contract reference in one canonical envelope.

Kernel DecisionCRI-CORE evaluates admissibility and returns the execution decision surface.

Guarded ExecutionAllowed actions continue. Blocked actions stop before mutation.

Waveframe canonical architecture diagram showing governance becoming production execution through Ledger, Compiler, Contract, Normalizer, CRI-CORE, Guard, and Cloud evidence services.

Ecosystem Map

The Waveframe stack has clear boundaries.

The system is designed so authority can be authored, compiled, distributed, evaluated, enforced, audited, and replayed without asking a model to decide what is permitted.

Ledger WorkspaceGovernance authoring, review, publication, lineage, and authority lifecycle state.

Contract CompilerTurns approved governance into deterministic compiled contracts with versioned identity.

Proposal NormalizerBuilds the canonical proposal envelope that binds actor, mutation, artifacts, and contract reference.

CRI-COREThe deterministic admissibility kernel. It evaluates proposals against compiled contracts and returns the decision.

Waveframe GuardThe runtime boundary. It intercepts actions and prevents blocked mutations from executing.

Waveframe CloudAuthority distribution, organization-scoped identity, audit ingestion, durable receipts, and replay packages.

Guard InspectorOperational inspection for decisions, failures, evidence, and enforcement posture.

Where It Applies

One enforcement pattern, many governed actions.

Finance

Transfers and reallocations

Block high-value movement unless the required roles, approvals, and evidence are bound to the current proposal.

Engineering

Deployments and releases

Stop production changes when release evidence, reviewers, tests, signatures, or contract identity are missing.

Security

Privilege and access changes

Prevent unauthorized role escalation, sensitive permission changes, or stale approval reuse before mutation.

Read reference scenarios →Check compatibility →

Open and Commercial Layers

Open tooling proves the model. Hosted products make it operational.

Public / open surfaces

CRI-CORE, contract compilation, proposal normalization, SDK surfaces, compatibility docs, reference scenarios, schemas, and architecture.

View public tools →

Commercial products

Waveframe Cloud, Ledger Workspace, Guard Inspector, organization controls, audit durability, hosted registries, receipts, exports, and enterprise support.

The .com site should sell and onboard. The .org site should explain and verify.