Privacy-preserving, verifiable clusters — built to the security specs of frontier developers & the confidentiality specs of global deployers.
From the software you deploy to the hardware it runs on
Every inference produces a verifiable AI Passport — a cryptographic receipt covering auditor results, policy compliance, and model identity. Each receipt is cryptographically bound to hardware attestation, independently verifiable by your customers, auditors, and regulators.
Learn MoreAll inference runs inside hardware-encrypted Trusted Execution Environments. Memory is encrypted at the CPU level — inaccessible to the cloud provider, the operator, or any external party.
Learn MoreFine-tune open-source models on your proprietary data inside encrypted enclaves. The model becomes a domain specialist — 4x better on agentic benchmarks — without a single byte leaving the enclave.
Learn MoreDeploy Llama, Qwen, DeepSeek and more on dedicated endpoints with sub-second latency, backed by autoscaling and speculative decoding.
Transparent, predictable $/token pricing across shared and dedicated tiers. Optimized serving pipelines cut cost and latency at scale.
Choose from text, code, reasoning, multimodal, and embedding models from Meta, Mistral, Google, DeepSeek and more — all behind one OpenAI-compatible API.
Our architecture is validated through government red-team programs, open standards processes, and cryptographic proofs — not just asserted. Alongside that, we run an open research cluster where AI safety and verification groups can experiment on real frontier hardware.
Explore Lucid Research →Multi-silicon research cluster
H100, H200, B300, and AMD MI355X — bare-metal access, confidential computing, physical access rented cloud won't give you. Qualifying groups get access at no cost.
Adversarial red-teaming
We run adversarial programs with national security agencies and partners like RISE Research Institutes of Sweden. The teams trying to break it are never the ones who built it.
Open cryptographic standards
What survives goes public — open standards at IETF, CCC, and OCP. Sovereignty Certificates are live at sovcert.org.
Why verifiable compute
Customer Trust
Customer trust in AI — enterprises won't run agents on third-party cloud unless they can prove data stays confidential and their own rules are provably enforced.
National Security
AI access is being rationed on security grounds. Building to frontier-model and datacenter security helps mitigate being seen as a leakage risk.
AI Sovereignty
EU Cloud Sovereignty Framework — top sovereignty tiers require data processed and stored in the EU, owned and staffed from the EU, independent of non-EU law.
Get in touch
Bring us your security and confidentiality specs — we'll show you what verifiable compute can prove, end to end.