Collaborate on AI
without exposing data.

Prism AI is a platform for secure multi-party AI computation. It lets multiple organizations run a shared model or analysis on their combined data without any of them exposing their raw data to the others or to the platform operator.

Each computation runs inside a Confidential VM in a Trusted Execution Environment. Every party's inputs are encrypted and isolated in hardware. Other parties — and the host — only ever see the agreed final result, never the underlying data.

Prism uses remote attestation to produce a cryptographic proof of exactly which code executed inside the TEE and on which sealed inputs. Every participant can independently verify that proof before trusting the result.

Yes. Prism Cloud's free tier runs on managed infrastructure with up to a 10-minute execution lifecycle and up to 5 workspace members — ideal for developers, researchers, and teams evaluating the platform. Enterprise tiers add custom infrastructure, unlimited members and runs, SLAs, and on-premise deployment.

Prism AI is the collaboration layer of the Ultraviolet stack. It uses the same confidential-computing primitives as Cocos AI and complements Cube AI, which handles private single-organization AI.

A Confidential VM is a virtual machine backed by hardware-level memory encryption — AMD SEV-SNP or Intel TDX. The hypervisor and host OS cannot read the VM's memory, so even the infrastructure operator has no access to the data or model weights running inside. Prism provisions and manages these CVMs on your behalf.

Any computation that processes sensitive data from multiple parties: joint model training, federated inference, cross-organizational analytics, privacy-preserving record linkage, and confidential data-sharing for research or compliance. You bring your algorithm and datasets as versioned assets; Prism handles the enclave orchestration.

Yes. Prism Cloud offers a managed option for quick evaluation, but the Enterprise tier supports bring-your-own CVM infrastructure — on-premises servers with AMD SEV-SNP or Intel TDX support, sovereign cloud, or private VPC. Your CVMs, your hardware, your jurisdiction.

Before any party's data is released into the enclave, the TEE generates a hardware-signed attestation report. That report contains a cryptographic measurement of the exact code loaded, the enclave configuration, and the platform firmware. Any participant — or an independent verifier — can check this report against the expected values to confirm the right algorithm is running unchanged, before releasing their data.

Prism uses both RBAC (role-based) and ABAC (attribute-based) access control. Dataset providers, algorithm providers, and computation consumers have separate roles with strictly scoped permissions. No party can access another's raw assets — only the agreed output is shared, and the access policy is enforced inside the enclave.