The Distributed Operating System for ambient computing.
DOSFI orchestrates the vast, untapped pool of ambient computing power already sitting idle on human devices. Instead of forcing data to travel to a single physical room, DOSFI's closed-source scheduler dynamically partitions, schedules, and routes massive AI workloads across a highly coordinated, zero-trust, post-quantum encrypted global device mesh.
An operating system without a building. The mesh is the machine.
DOSFI is a Distributed Operating System designed to orchestrate idle, ambient compute that already exists across billions of human devices. It partitions, schedules, and routes massive AI workloads across a coordinated global device mesh — securely, efficiently, and without a centralized data center. DOSFI is the OS layer. It does not move your data to the compute; it brings coordinated compute to the work.
MESH_NATIVE
Global Device Mesh
A zero-trust fabric of consenting devices, coordinated as one elastic supercomputer.
SCHEDULER
Closed-Source Scheduler
Dynamically partitions and routes workloads to the most ready Nodes in real time.
ZERO_TRUST
Post-Quantum Secure
Every workload is encrypted, isolated, and verified end-to-end across the mesh.
Compute already exists
The world's idle devices dwarf any single data center. DOSFI unlocks that latent capacity.
No single point of failure
Workloads survive Node churn — the mesh reschedules and reroutes automatically.
Sovereign by design
Data stays distributed and encrypted, never pooled in one physical room.
DOSFI provides the OS layer. MeshInfer.AI provides the intelligence.
MeshInfer.AI is the canonical runtime that powers DOSFI — the distributed inference fabric that executes, optimizes, and verifies every workload across the mesh. DOSFI schedules and routes; MeshInfer.AI runs. They are not separate companies and never compete: DOSFI is a MeshInfer.AI operating system, and MeshInfer.AI is the engine beneath it.
From submission to settlement — a single orchestration pipeline across the global mesh.
Every workload descends through five governed layers. The sealed DOSFI Core partitions and routes each task through a zero-trust, post-quantum encrypted fabric onto the global device mesh — then settles the result in Vital, the Distributed Intelligence Unit.
Submit, partition & track workloads
JS · Python · Rust bindings
Visual mesh-native app builder
Dynamic partitioning & dispatch
Privacy-tier aware path selection
Shard lifecycle & reconciliation
Stable open ↔ proprietary contract
Node attestation & shard isolation
Lattice-based mesh encryption
@dosfi.ai device identity
Routing-level confidentiality controls
Android · iOS ambient compute
Regional low-latency clusters
Idle workstation harvesting
High-throughput inference hosts
Metered settlement of compute, routing, storage & inference
MESH_NATIVE / ECOSYSTEM
The Distributed Intelligence Stack
A unified stack for building, running, and settling intelligence across the global mesh.
Economic Layer
MeshNativeExchange.com
Settles compute, routing, storage, and inference using Vital — the Distributed Intelligence Unit (DIU).
You are hereOperating System
DOSFI.ai
The OS for mesh-native apps and distributed execution across the global device mesh.
Inference Fabric
MeshInfer.ai
Routes and executes distributed intelligence across devices at global scale.
Developer Education
DosfiAcademy.com
Teaches developers how to build mesh-native applications on the DOSFI stack.
Advanced Certification
DosfiUniversity.com
Enterprise-grade certification and advanced training for distributed intelligence engineers.
Exchange · OS · Inference · Academy · University — one distributed intelligence ecosystem
One mesh. Billions of Nodes. Zero data centers.
See how DOSFI turns idle devices into a coordinated, post-quantum encrypted supercomputer.