Corvex
Confidential

Verifiable security for your most sensitive AI workloads

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Turning Your Biggest Challenge
into a Competitive Advantage

Protect against IP Theft and Data Breaches

Safely deploy proprietary AI models on third-party infrastructure without the provider “seeing” your model weights
Run sensitive inference requests with confidence no one else can access or train on your data

Accelerate Sales in Regulated Industries

Enter healthcare, finance, and government with a platform built for security and compliance
Verifiable, auditable proof of data protection; optional single-tenant VPCs
HIPAA and SOC2-certified cloud

Confidential Computing: Verifiable Security for Mission-Critical AI

Proven Data Integrity

Remote attestations prove data integrity to streamline regulatory audits

Verifiable Security

Remote attestation proves that model weights stay secure

One-Click Simplicity

Enable TEEs on managed K8s or confidential VMs; or install on-premise

Security That Doesn’t Slow You Down

Advanced NVIDIA Blackwell architecture provides near-native performance

Your Model Weights. Protected by Hardware, not Promises.

Corvex Secure Model Weights delivers hardware-enforced, cryptographically verifiable protection for AI inference on third-party infrastructure, so you never have to trust the operator. The math and the hardware speak for themselves.

Owner-Controlled Key Custody

Your encryption keys never leave your control. The host provisions compute; it never sees your weights.

No Trust Required

Trusted Execution Environments ensure your valuable IP is safe from security vulnerabilities in your AI cloud provider’s stack.

Regulated Markets, Unlocked

Enhance security for models fine-tuned on healthcare, financial, or defense data. Deploy on-premise or off-premise.

How Corvex Secure Model Weights Works

From encryption to inference — your model weights never leave hardware-enforced protection.

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You're in Control

Model Owner Encrypts
Weights & Sets Policy

Before any deployment, you encrypt your model weights using ML-KEM post-quantum key encapsulation; protection designed to be secure against both today's threats and tomorrow's; and define your own attestation policy.

Specifying exactly which hardware configurations and software stacks are permitted to receive a decryption key. The key never leaves your custody.

Owner-held encryption key

Custom attestation policy

ML-KEM post-quantum key encapsulation

Remote Attestation

Infrastructure is
Cryptographically Verified

Before a key is released, the infrastructure must prove itself. Intel TDX produces a hardware attestation report for each node. NVIDIA GPU Confidential Computing produces a separate attestation of GPU firmware and memory state. A compromised or misconfigured host fails verification and never receives keys.

Intel TDX node attestation

NVIDIA GPU attestation report

Confidential Containers (CoCo / CNCF)

Corvex Key Broker

Key Delivered Directly Into
GPU Memory

Once attestation passes your policy, the Corvex key broker releases your key via post-quantum encrypted network pathway — delivered directly into the hardware-protected GPU memory region. It is never present in system RAM, never accessible to the host kernel or hypervisor, and never seen by the infrastructure operator.

Corvex key broker

GPU-memory-only key delivery

Host OS & hypervisor excluded

Hardware-enforced

Weights Decrypt Inside the
Hardware Boundary

Model weights are decrypted exclusively inside the GPU's Compute Protected Region. At no point do they exist in cleartext outside hardware-protected memory. On Blackwell multi-GPU clusters, NVLink traffic is encrypted inline — the protection holds at any scale.

NVIDIA Hopper / Blackwell CC mode

Compute Protected Region

Inline NVLink encryption (Blackwell)

Production-ready

Inference Runs at Full Scale

Your model serves production traffic on GPU clusters — with near-native performance at 70B+ scale. The infrastructure operator manages compute, uptime, and performance. They never possess your keys, never see your weights, and cannot access them even under legal compulsion.

Corvex GPU Clusters & AI Factories

Near-native performance at 70B scale

Operator has zero key access

Weights exist in cleartext only inside GPU-protected memory, never in RAM, never accessible to the host.

Confidential Computing In Action Today

Businesses rely on confidential computing from Corvex to protect proprietary information and intellectual property.

Healthcare & Biotech

Train and run inference on HIPAA-restricted AI models without on-premise clusters; accelerate IT security approvals.

Model Builders / SaaS / ISVs

Ship AI models as encrypted artifacts; authorized customers run them; no one can copy weights.

Finance

Collaborate on fraud models across institutions with keys held by each party; zero data residency conflicts.

Government

Protect sensitive data with nation-state-level security; accelerate innovation and data collaboration.

How Confidential Computing from Corvex Works

Confidential computing protects your AI workloads using hardware-based security to keep sensitive information private. We leverage Trusted Execution Environments (TEEs) — secure, isolated areas of a GPU — to ensure your code and data are protected and verifiable during execution.