DOSFI Mesh-Native Transport Layer — Unified Across Three Systems
Verification that DOSFI.ai, MeshNativeExchange.com, and MeshInfer.ai share a consistent transport interface for mesh-native distribution of model weights, datasets, app bundles, workflows, routing policies, UI schemas, and storage schemas.
3 / 3
Systems Unified
7 / 7
Bundle Types Covered
18 / 18
Verification Criteria
4 / 4
Compliance Frameworks
Three-System Transport Architecture
All three platforms share a single transport interface, bound to the four DOSFI fabrics. Bundle formats, routing policies, and compliance rules are interpreted identically across DOSFI.ai, MeshNativeExchange.com, and MeshInfer.ai.
DOSFI.ai
Distributed OS for Intelligence
Runtime, scheduling, and fabric enforcement
MeshNativeExchange.com
Economic Settlement Layer
App publishing, billing, and settlement
MeshInfer.ai
Distributed Inference Platform
Model weights, sharding, and inference routing
Unified Mesh-Native Transport Layer
Identical API · Consistent bundle formats · Unified routing interpretation
Identity Fabric
NIST 800-63B
Policy Fabric
SOC 2
Privacy Fabric
HIPAA / GDPR
Observability Fabric
Audit & Telemetry
Seven Mesh-Native Bundle Types
The unified transport layer distributes seven bundle types with consistent manifests, metadata, and compliance inheritance across all three systems.
Model Weights
Inference model parameters distributed for MeshInfer.ai execution
Datasets
Training and reference data transported with privacy-tier metadata
App Bundles
Mesh-native applications published through MeshNativeExchange
Workflows
Multi-step inference and processing pipelines routed across the mesh
Routing Policies
Deterministic routing rules interpreted consistently by all systems
UI Schemas
Interface definitions transported for mesh-native app rendering
Storage Schemas
Data storage contracts with privacy and retention metadata
Six-Criteria Integration Verification
Each criterion is evaluated across all three systems. All 18 verification checks are confirmed — the transport layer is fully unified.
Transport API identical across DOSFI.ai, MeshNativeExchange.com, and MeshInfer.ai
VerifiedSingle interface specification shared across all three platforms
Bundle formats, metadata, and manifests match end-to-end
VerifiedUnified manifest schema with versioned compatibility
Routing policies interpreted consistently by each platform
AlignedPolicy Fabric resolves routing identically across systems
Cross-System Compliance Inheritance
Every bundle transported across the mesh inherits compliance rules from the four DOSFI fabrics. Identity, consent, purpose limitation, and audit trails are enforced end-to-end.
End-to-End Mesh-Native Distribution
Bundles move seamlessly across the global mesh through six deterministic stages — from creation to audit logging — with all systems recognizing the same signatures and integrity checks.
Bundle Creation
Developer or system creates a bundle with manifest, metadata, and compliance declarations
Identity Signing
Bundle is signed with developer identity key — signature recognized by all three systems
Policy Validation
Policy Fabric validates routing, privacy tier, and compliance rules before transport
Transport
Bundle moves through the unified transport layer with deterministic routing
Integrity Check
Receiving system verifies bundle signature and integrity against shared validation
Audit Logging
Observability Fabric logs the complete transport event with immutable audit trail
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.