We make expensive hardware safely shareable by giving every resource access an explicit lease, lifetime, and teardown path.
The problem
GPUs cost $30K+. HBM costs $100/GB. InfiniBand costs $15K/port. When a job crashes, resource cleanup is best-effort. GPU memory, RDMA keys, NVMe sessions stay allocated until someone notices.
Multi-tenant sharing is avoided because there's no deterministic way to revoke access. Operators overprovision as the workaround.
The breakthrough
A cryptographic binding with a TTL and mandatory teardown. When it expires, the resource is deterministically reclaimed. No ambiguity. No cleanup scripts. No orphaned state.
One abstraction replacing cgroups, RDMA keys, NVMe reservations, and GPU contexts.
The solution
Hardware authority layer at the metal boundary. Every resource access is a lease. Runs as a Linux daemon on standard servers or bare-metal firmware on DPUs and SmartNICs. Does not replace Linux or Kubernetes — governs the premium hardware they were never designed to manage safely.
Graph-native runtime built on fabricBIOS. Workloads and resources form an explicit graph with safe, rollback-capable transitions. Rust SDK with WASM tasklets and capability tokens.
What exists today
nvme connect — write-read-verify passing 250,000 lines of Rust across 55 crates. 3 provisional patents filed.
Why now
GPU fabrics, RDMA, NVMe-oF, and DPUs are turning compute, memory, storage, and network into shared fabric resources. CXL will dissolve the machine boundary entirely. The OS for this world doesn't exist yet.
AI infrastructure operators running GPU clusters. Safe multi-tenant sharing at sub-minute granularity with deterministic revocation — significantly improving effective utilization of existing hardware.
From AI infrastructure to HPC, storage disaggregation, and CXL memory fabrics.