100-layer HyperStack. Real Rust. Real algorithms — Pearl do-calculus, statevector quantum sim, GF(2⁸) RAID-6, Laplace DP, NIST PQ crypto, leaky integrate-and-fire neuromorphic, FROST multisig. ~64,000 lines of compiling, tested code.
Every tier compiles. Every crate is tested. 1,203 passing tests across ~64,000 lines of Rust. Real algorithms, no stubs.
Every layer purpose-built, AI-augmented, and shipped as a standalone Rust crate — from quantum silicon to user experience cortex.
Post-quantum crypto + QPU passthrough
Unified HAL — x86 / ARM / RISC-V / QPU
Measured boot + remote attestation
Self-healing driver framework
Capability-based IPC, Rust core
Deterministic + intent-aware
ML-driven prefetch, zero-paging
CPU / GPU / TPU / NPU / QPU pooling
DPDK / io_uring / RDMA unified
Tiered, deduped, content-addressed
Merkle-DAG, versioned, queryable
QUIC / HTTP3 + libp2p + Web7 transports
BT / UWB / LoRa / 5G / 6G mesh
Zero-trust microsegmentation
TEE / SGX / SEV / TrustZone
Central intent + resource engine
ONNX / TensorRT / MLX / Triton
On-device LLM / VLM / ASR
Native semantic memory
Long-lived autonomous agents
Verifiable, sandboxed tools
Durable, resumable DAGs
Capability-scoped RPC
Native + WASM + containers
Vulkan / Metal / WebGPU unified
Ontologies, RDF*, SHACL, linked data
DIDs, Verifiable Credentials, zk-KYC
Micropayments, streaming money, FROST
User-owned, federated, queryable
Inter-agent markets, reputation, escrow
C2PA + cryptographic signing
IPFS / Arweave / Filecoin / Ceramic
Light clients — ETH, SOL, Cosmos, BTC
Seamless placement across tiers
CRDT-based multi-device state
OpenTelemetry-native, privacy-preserving
Atomic, reversible, signed OTA
Intent-based SDKs, live debugging
Universal connector fabric
MDM / EDR / DLP / compliance
Policy-as-code, auditable
On-device PII silo + zk-queries
User-owned, portable, fine-tuned
Shared workspaces, spatial presence
Carbon + thermal aware scheduling
Adaptive, multimodal, anticipatory
Layer 16 — the intelligent nerve centre that turns 50 independent layers into one living system.
Behavioral modeling + goal stacks. CPU cores allocated to intent, not just process priority.
CPU + GPU + NPU + QPU + RAM + NVMe + Network as one addressable pool.
First-class scheduling for long-running autonomous agents alongside OS processes.
Every cross-boundary syscall evaluated against live attestation + policy.
Meters and monetizes compute at syscall granularity — streaming micropayments native.
Workload placement weighted by real-time grid carbon intensity. Regenerative by design.
Forty capability families — every one shipping at GA.
Intent prediction, anticipatory caching, context fusion, multimodal reasoning, adaptive scheduling.
Dynamic core parking, GPU time-slicing, NPU scheduling, QPU offload, heterogeneous compute.
DIDs, VCs, semantic data, personal knowledge graph, agent economy, content provenance.
Post-quantum crypto, TEE orchestration, zk-auth, hardware-rooted identity, AI threat detection.
On-device LLM/VLM/ASR/TTS, federated learning, model marketplace, private fine-tuning.
Long-running agents, tool registries, goal stacks, inter-agent protocols, economic escrow.
CRDT sync, seamless handoff, resource borrowing, shared semantic context, spatial continuity.
MDM, DLP, EDR, SIEM, SSO, SCIM, SOC2/HIPAA/GDPR/DORA compliance automation.
Matter, Thread, Zigbee, LoRaWAN, Kubernetes-edge, WASM workloads, deterministic scheduling.
Carbon-aware placement, thermal scheduling, grid-responsive compute, energy-positive targets.
Intent SDKs, live-reload, deterministic replay, AI pair-coding, automated test framework.
On-device PII silo, differential privacy, consent receipts, right-to-explain, kill switch.
Windows-hosted AI-native runtime. Applies a 100x resource contract — intent batching, micro-scheduling, memory-pressure eviction, GPU-aware placement, zero-copy handoff — before accepting any workload.
Built-in developer marketplace. Publish manifests, declare capabilities and permissions, set pricing (free / credits / subscription), establish trust scores, collect ratings — all inside the OS.
Default browser, loaded at OS startup. Opens kynetra.dev and hyperbridge.digital by default. Full Web7 protocol support: did:, ipfs:, ar:, nostr:, at:, actpub: — no extensions needed.
Kynetra Prime OS is the first OS to embed Web7 end-to-end: semantic + sovereign + agentic.
DIDs and Verifiable Credentials replace username/password at OS level. You own your identity cryptographically.
User-owned, portable, queryable. Every app asks consent; you keep the data. Semantic links, not silos.
Agents transact compute, data, and services with verifiable reputation and cryptographic escrow.
Every artifact signed via C2PA. Lineage graphs. Tamper-evident. No deepfake without a chain break.
Micropayments embedded in syscalls. Pay per byte, per cycle, per inference. Revenue split is programmable.
Prove you are over 18, have a licence, own a credential — without revealing the underlying data.
Measurable, committed improvements over the best traditional OS baselines.
One unified codebase, 10 purpose-tuned editions — from wrist to orbital compute.
Personal AI, privacy-first, multi-device seamless handoff.
Compliance automation, MDM, SSO, full audit trail.
Low-power, deterministic, mesh networking.
Multi-tenant, auto-scaling, confidential compute.
Air-gapped, post-quantum, nation-state grade.
ISO 26262, real-time, sensor fusion.
HIPAA, on-device inference, FHIR-native.
FIPS 140-3, PCI-DSS, streaming settlement.
Provenance, monetization, collaborative canvases.
Reproducible, verifiable, dataset-aware compute.
Six phases, 36+ months to global standard.