# Breivax — Public architecture overview Canonical page: https://breivax.com/architecture Architecture source review date: 2026-09-07 Access: Public. Technical details require registration and are not included in this document. Design approval is separate from implementation, deployment, and production validation. Robotics/IoT remains draft and deferred. The five business capabilities on https://breivax.com/platform are supported by the six engineering layers below. 6 layers; 31 modules; 31 decision records; 13 supporting documents. ## Mission Provide a secure, intelligent, and autonomous runtime environment that perceives, decides, acts, and learns across diverse domains and systems with minimal human intervention. ## How to read this map Level 0 is the six layers below and the modules inside them. Select a layer to see its modules on their own, or a module to open its Level 1 decomposition: what it is made of, what it exposes, what it depends on, what state it holds, and how it fails. Each module states what it owns and, explicitly, what it does not. Where two modules appear to disagree about a boundary, the decision record settles it, not either specification. ## Status of this architecture 30 of 31 modules are approved and 1 remains draft. All 31 decision records are accepted. This records design approval. It does not claim the runtime has been built, deployed or production-validated. ## 1. Interface & Orchestration Where work arrives and gets coordinated: requests come in, and multi-step work is sequenced and timed. ### Command Router Design status: Approved Read online: https://breivax.com/architecture?node=command-router #### Mission Route every inbound command to the correct handler. ### Event Manager Design status: Approved Read online: https://breivax.com/architecture?node=event-manager #### Mission Carry commands and events across the runtime on a single bus, under the delivery contract each message class requires. ### Session Management Design status: Approved Read online: https://breivax.com/architecture?node=session-management #### Mission Maintain the lifecycle and context of every active BOS session. ### Task Scheduler Design status: Approved Read online: https://breivax.com/architecture?node=task-scheduler #### Mission Determine when work runs and release it at the right time. ### Workflow Orchestrator Design status: Approved Read online: https://breivax.com/architecture?node=workflow-orchestrator #### Mission Coordinate multi-step work across the runtime and hold the state of every run. ## 2. Intelligence & Decision Where the runtime works out what to do: goals, business rules, context, and the decision itself. ### AI/ML Reasoning Design status: Approved Read online: https://breivax.com/architecture?node=ai-ml-reasoning #### Mission Provide inference, prediction, and language understanding to the runtime, and propose calibrations from evaluated outcomes. ### Context Engine Design status: Approved Read online: https://breivax.com/architecture?node=context-engine #### Mission Assemble relevant context for requests and decisions, and surface what deserves notice unprompted. ### Decision Engine Design status: Approved Read online: https://breivax.com/architecture?node=decision-engine #### Mission Select the course of action from the available options and evidence. ### Goal & Plan Manager Design status: Approved Read online: https://breivax.com/architecture?node=goal-and-plan-manager #### Mission Hold the goals of the runtime, rank them against each other, and produce the plans that pursue them. ### Rules & Policy Engine Design status: Approved Read online: https://breivax.com/architecture?node=rules-and-policy-engine #### Mission Evaluate the deterministic business rules the business itself sets. ## 3. Execution & Automation Where decisions become actions in the outside world. ### Action Executor Design status: Approved Read online: https://breivax.com/architecture?node=action-executor #### Mission Carry out the individual actions the runtime commits to. ### Integration Adapters Design status: Approved Read online: https://breivax.com/architecture?node=integration-adapters #### Mission Connect the runtime to external systems and services. ### Robotics/IoT Controller Design status: Draft Read online: https://breivax.com/architecture?node=robotics-iot-controller #### Mission Command and monitor physical devices and robotic systems. ### Script & Code Runner Design status: Approved Read online: https://breivax.com/architecture?node=script-and-code-runner #### Mission Execute scripts and code safely inside the runtime. ### Workflow Engine Design status: Approved Read online: https://breivax.com/architecture?node=workflow-engine #### Mission Execute the steps of a defined workflow. ## 4. Data & Knowledge What the runtime knows and remembers. ### Cache Layer Design status: Approved Read online: https://breivax.com/architecture?node=cache-layer #### Mission Serve frequently used data quickly and reduce load on the source stores. ### Knowledge Graph Design status: Approved Read online: https://breivax.com/architecture?node=knowledge-graph #### Mission Represent the entities of the business and the relationships between them. ### Metadata Catalog Design status: Approved Read online: https://breivax.com/architecture?node=metadata-catalog #### Mission Describe what data exists, where it lives, and what it means. ### Operational Data Store Design status: Approved Read online: https://breivax.com/architecture?node=operational-data-store #### Mission Persist the runtime's operational data durably and consistently. ### Vector Store Design status: Approved Read online: https://breivax.com/architecture?node=vector-store #### Mission Store and retrieve embeddings for similarity search. ## 5. Security, Safety & Governance The limits on autonomous action, and the record of what was done. ### Audit & Logging Service Design status: Approved Read online: https://breivax.com/architecture?node=audit-and-logging-service #### Mission Record an immutable account of what the runtime did. ### AuthN / AuthZ (RBAC) Design status: Approved Read online: https://breivax.com/architecture?node=authn-authz-rbac #### Mission Establish who is acting and what they are permitted to do. ### Data Privacy & Encryption Design status: Approved Read online: https://breivax.com/architecture?node=data-privacy-and-encryption #### Mission Protect sensitive data at rest, in transit, and in use. ### Policy & Compliance Manager Design status: Approved Read online: https://breivax.com/architecture?node=policy-and-compliance-manager #### Mission Ensure runtime activity conforms to regulatory and organizational obligation. ### Safety & Risk Manager Design status: Approved Read online: https://breivax.com/architecture?node=safety-and-risk-manager #### Mission Keep autonomous action within safe and acceptable risk limits. ## 6. Infrastructure & Platform The platform everything else runs on. ### Backup & Disaster Recovery Design status: Approved Read online: https://breivax.com/architecture?node=backup-and-disaster-recovery #### Mission Ensure the runtime and its data can be restored after loss. ### CI/CD & DevOps Pipeline Design status: Approved Read online: https://breivax.com/architecture?node=ci-cd-and-devops-pipeline #### Mission Build, test, and deliver runtime changes to their environments. ### Containerization (Docker / K8s) Design status: Approved Read online: https://breivax.com/architecture?node=containerization-docker-k8s #### Mission Package and run every runtime component in an isolated, reproducible container. ### Observability (Metrics, Logs, Traces) Design status: Approved Read online: https://breivax.com/architecture?node=observability-metrics-logs-traces #### Mission Show how the runtime is behaving, so engineers can diagnose it. ### Scalability & Auto Scaling Design status: Approved Read online: https://breivax.com/architecture?node=scalability-and-auto-scaling #### Mission Match runtime capacity to demand. ### Service Mesh (Communication) Design status: Approved Read online: https://breivax.com/architecture?node=service-mesh-communication #### Mission Move traffic between runtime components and secure it in transit. ## Further reading - [Interactive architecture](https://breivax.com/architecture) - [Public architecture JSON](https://breivax.com/api/architecture/public) - [Register for technical access](https://breivax.com/register) - [Log in](https://breivax.com/login) Registration provides access to architecture documentation, not enrollment in a customer product. 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