Mesh-Native Workflow Engine
The workflow engine unifies state machines, routing policies, UI schemas, and storage schemas into a single declarative execution model — with deterministic transitions and local state preservation.
Workflow Engine
Multi-step inference and processing pipelines defined as declarative workflows. Each step has inputs, outputs, and transition conditions.
State Machine
Every workflow runs as a state machine with deterministic transitions. State is preserved locally — no cross-node state sync required until nodes connect.
Routing Policy
Routing policies are embedded in workflow definitions. The Policy Fabric validates routing at every step transition, ensuring compliance and privacy enforcement.
UI Schema
Interface definitions are transported as schemas within the bundle. UI rendering is declarative and mesh-native — no hardcoded layouts.
Storage Schema
Data storage contracts are defined as schemas with privacy tier, retention, and consent metadata. Storage operations are validated against the schema before execution.
Unified Execution Model
The workflow engine treats state machines, routing policies, UI schemas, and storage schemas as a single unified execution context. Every workflow step validates against all four before transitioning.
Workflow definition declares steps, state transitions, and routing policies
UI schema defines the interface for each step — rendered declaratively
Storage schema defines data contracts with privacy and retention metadata
State machine enforces deterministic transitions with local state preservation
Policy Fabric validates routing, privacy, and compliance at every transition
Observability Fabric logs every state change for immutable audit trails
DOSFI Sovereignty — Closed Core / Open Surface
DOSFI Core is sovereign and closed. All educational content on this page is generated exclusively from open-surface materials — SDKs, ABIs, documentation, tutorials, examples, and conceptual explanations. Internal details of the DOSFI Runtime, Scheduler, Router, Readiness Engine, Privacy Model, Power/Thermal Model, Vital internals, DIU internals, MNE internals, and Mesh-Native App runtime internals are not revealed, described, or inferred.
No proprietary algorithms, system code, or architectural diagrams capable of enabling replication of the DOSFI Core are published. When internal logic is referenced, only high-level conceptual explanations are provided. DOSFI's sovereignty, mission-lock, and non-replicable architecture are preserved at all times.