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. Now with an auditable kernel performance contract and edge SaaS bridge for Arduino, Raspberry Pi, and QuantumOS retail workloads.
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.
Targets are now gated by hardware class, workload class, baseline value, PrimeOS value, and measured ratio. The monthly program splits 50 planning parameters into 100 MicroKPIs across boot time, idle memory, event latency, storage footprint, and sensor throughput per watt.
PrimeOS now has a concrete SaaS path: Cloudflare launches the web/control plane, PowerBridge emits bounded host profiles and command plans, and Arduino/Raspberry gateways feed QuantumOS retail and sensor events.
Arduino Lite and HighMem profiles keep static buffers. Raspberry Lite and HighMem profiles use bounded queues for sensor and retail events.
`kynetra-powerbridge` rejects raw shell access, declares host capabilities, and plans benchmark, Foundry, edge, and telemetry commands as JSON.
QStash or `POST /events/webhook` delivers idempotent inventory, POS, payment, cold-chain, queue, audit, and compliance events.
Monthly MicroKPIs
Measurement axes
Measured kernel target
Bounded host agent
The Foundry keeps shared learning language, operating-system optimization terms, and KynML training terms on one site with separate lanes, so engineers can move from public signal to benchmarked runtime proposal without losing context.
Git commits, issues, pull requests, benchmark reports, security advisories, and public discussion records.
Daily proposals linked to a PrimeOS micro-parameter, MicroKPI pair, guardrail, benchmark command, and evidence URL.
One unified codebase, 20 purpose-tuned editions — from wrist to orbital compute. The first ten commercial profiles are shown below.
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.