GPU Infrastructure
Dedicated A100 40GB servers running vLLM in Israeli Tier III data centers. Your hardware, your VRAM, your weights — never shared with another tenant.
Three modules. Choose what you need. Dedicated GPU compute, sandboxed execution, and AI-layer PII security — each works independently or composes into one sovereign stack, on hardware you control.
Dedicated A100 40GB servers running vLLM in Israeli Tier III data centers. Your hardware, your VRAM, your weights — never shared with another tenant.
Firecracker microVMs with sub-125ms cold start. Per-user isolation, read-only root filesystem and seccomp-bpf keep every run sealed and disposable.
A four-layer PII engine masks sensitive data before any cloud API call. Three-node merge restores full context, so the answer stays whole and your data stays home.
Every stage assumes the previous one is compromised. Your raw data never crosses the owned boundary.
A prompt arrives carrying code, API keys, customer names or proprietary logic.
A four-layer engine — regex, rules, NER and ML — flags and masks sensitive tokens in milliseconds. Originals stay on your servers.
Work runs inside a per-user Firecracker microVM: read-only rootfs, seccomp-bpf, no egress beyond policy.
Sensitive workloads stay on your dedicated GPU. Only sanitized prompts ever reach an external model.
The three-node merge reassembles your original data into the answer. Full context, zero exposure.
The dotted frame marks the boundary you own. Inside it, raw data is processed on hardware you control; outside it, only masked, reversible tokens ever travel.
These are platform capabilities, not customer metrics — liracode.dev is pre-product, and we will not invent numbers we cannot stand behind.
Take one module or the whole stack. We will scope a deployment against your jurisdiction, your hardware and your compliance posture.