One operating system. Many independent computers. One resilient fabric.
TriOS is a fabric-native distributed multikernel operating system architecture designed to coordinate independent physical and virtual computers without removing local authority over their hardware.
Technology architecture / development initiative
Make the fabric the system boundary
Instead of treating the individual server as the complete operating system boundary, TriOS proposes coordinating many independent cells through an explicit fabric model.
Cell
An independent physical or virtual computer retaining local control of its processors, memory, storage, and network.
Learn more ↗02 / EXPLOREPod
A local control, quorum, and resilience domain containing cooperating cells.
Learn more ↗03 / EXPLORESite & region
Hierarchy for locality, geographic grouping, administrative control, and resiliency.
Learn more ↗04 / EXPLOREFabric
Coordination of identity, authority, topology, health, policy, and workload placement.
Learn more ↗05 / EXPLORECell groups
Logical workload groupings for AI, storage, general compute, and other specialties.
Learn more ↗06 / EXPLOREDirect data paths
Hierarchical control decisions with endpoint-to-endpoint bulk data movement.
Learn more ↗Built for heterogeneous computing
TriOS is designed around incremental scale, failure containment, locality-aware resource placement, and independent failure domains. Potential use cases include private cloud, AI pipelines, high-performance computing, distributed storage, and edge operations.
Architecture, not a product availability promise
The concepts described here represent technology design goals. Production readiness, performance characteristics, integrations, licensing, and availability are not asserted on this site.