The problem
Cloud providers and data-center operators want to offer confidential computing services to meet enterprise and regulatory demand for data privacy, AI integrity, and secure multi-party collaboration.
However, building this capability in-house is complex: it requires configuring TEE hardware (Intel TDX, AMD SEV-SNP, NVIDIA Confidential GPU), managing attestation, orchestrating workloads, and ensuring scalability. Most providers lack the tools or expertise to do this quickly and reliably.
How it works with Super Protocol
Super delivers a ready-made confidential cloud layer that can be deployed directly on the provider’s infrastructure.
- The provider installs Super’s SWARM engine, which automatically detects TEE-enabled hosts and forms a secure, self-managed cluster.
- Super integrates with the provider’s existing APIs and billing systems, exposing new service classes such as Confidential Kubernetes, Confidential Storage, and Confidential AI.
- All workloads run inside hardware-isolated environments, generating cryptographic attestation proofs that can be shared with end-customers.
- Customers use the same familiar cloud interface — no workflow change — but gain full verifiable confidentiality.
The outcome
- The provider instantly upgrades to a Confidential Cloud Platform without redesigning infrastructure.
- Enterprises can deploy sensitive workloads or AI models with proof-level assurance of privacy and integrity.
- Super acts as a neutral orchestration and verification layer, giving smaller or regional clouds the same trust capabilities as global hyperscalers.
