Quantum-optimized Linux for mission-critical AI infrastructure.
Adaptive OS is a free service distribution and kernel toolkit that uses predictive scheduling and quantum-annealing resource allocation to maximize TFLOPS across CPU, GPU, TPU, and NPU silicon.
Hardware & Distro Matrix
| Platform | x86_64 Core | ARMv9 Neoverse | NVIDIA H100/A100 | Status |
|---|---|---|---|---|
| RHEL / Fedora | Certified | Certified | Optimized | PRODUCTION |
| Ubuntu / Debian | Certified | Certified | Optimized | PRODUCTION |
| SUSE / SLES | Certified | Legacy Support | Optimized | BETA |
Quick Deployment
Deploy the Adaptive toolkit to any existing distribution via the universal installer. The kernel automatically re-links binary blobs for optimal chip-specific throughput.
Hardware Abstraction
Unified API for TPU, NPU, CUDA, OpenVINO, AMD AI and quantum accelerators.
Automatic Sharding
Native multi-node model distribution at the kernel level.
Fabric-aware Scheduling
Leaf/spine topology recognition for HPC and HCI clusters.
Deployment Ecosystem
Native CNI and CRI-O plugins for direct pod-to-accelerator memory mapping.
Optimized for massive throughput in leaf-and-spine cluster topologies.
Minimalist builds for edge inference and aerospace-grade NPU clusters.
Paravirtualized IOMMU drivers and vGPU passthrough for virtualized fleets.
PXE-bootable images tuned for global bare-metal data-center fabric.
Hyper-converged profiles for dense GPU and Arcus OS chassis.
Adaptive Lite for Students
The full power of the adaptive scheduler for academic research. Free for individual contributors, limited to 8 nodes per cluster.
Download Lite Edition