The only local AI that protects your data even if your machine is compromised. Six layers of active defense. Zero data leaves your machine. Not to a cloud. Not to us. Not to anyone.
Running on your local GPU — no cloud, no logging, no exposure.
Not promises. Not policies. Engineering controls that are cryptographically verifiable. Every layer works independently — compromise one and five still hold.
Server binds to 127.0.0.1 only — physically unreachable from any network at the OS level. No firewall rules required.
OS-Level Enforcementiptables / Windows Firewall / PF (macOS/FreeBSD) rules scoped to the inference process. All outbound traffic blocked except localhost.
Kernel-Level EnforcementSHA256 hash manifest of every installed package verified at startup. Tampered dependencies cause immediate abort.
Supply Chain DefenseSHA256 hashes of all model config files verified at every startup. Tampered weights cause immediate process abort.
Cryptographic VerificationConversations stored only in RAM with unique 32-byte keys. On session end: secure_wipe() overwrites all content with random bytes. RAM scraping returns garbage.
Cryptographic WipeBackground watchdog monitors for unexpected outbound connections and analysis tools. On confirmed intrusion: all sessions wiped, server terminated.
Active Threat ResponseNo cloud. No subscriptions. No data collection. 3.3 GB download. Runs on any modern GPU in under a minute.
Server binds to 127.0.0.1 only — physically unreachable from any network at the OS level. No firewall rules required. The OS itself blocks all external connections.
OS-Level Enforcementiptables / Windows Firewall / PF (macOS/FreeBSD) rules scoped to the inference process. All outbound traffic blocked except localhost. Even a fully compromised server process cannot make outbound connections.
Kernel-Level EnforcementSHA256 hash manifest of every installed Python package generated on clean install. Verified at server startup. Tampered torch, transformers, or any dependency causes immediate abort.
Supply Chain DefenseSHA256 hashes of all model config files verified at every startup. Tampered or replaced model weights cause immediate process abort with clear error.
Cryptographic VerificationConversations stored only in RAM. Each session gets a unique 32-byte random key. On session end: secure_wipe() overwrites all content with random bytes before clearing references. RAM scraping returns garbage.
Cryptographic WipeBackground watchdog monitors for unexpected outbound connections and known analysis tools (Wireshark, x64dbg, Fiddler, Ghidra, IDA). On confirmed intrusion: all sessions wiped, server terminated.
Active Threat ResponseQwen3.5-4B Uncensored — 0/465 refusals. Spike QAT with Straight-Through Estimator encoding + k-curriculum annealing. Your sensitive data never refuses to be analyzed.
Dynamic spike encoding at inference time. Significant activation sparsity without quality loss. Dual compression: weights AND activations.
Metadata only. No telemetry, no analytics, no error reporting, no update pings, no license callbacks. Verify yourself with Wireshark.
POST /v1/chat/completions drop-in replacement. Works with any OpenAI SDK. Session management and compliance endpoints built in.
6 domain adapters hot-swap at runtime via API (~100 MB each). Claude → QLoRA → domain GRPO → LoRA export. 300 traces/domain, custom reward functions.
GPU: NF4/AWQ + Flash Attn 2 + speculative. vLLM: PagedAttention + continuous batching. CPU: llama.cpp. MLX: Apple Silicon. RAG: FAISS, RAM-only, crypto-wipe.