Introduction

Enterprise demand for confidential computing is growing. Regulated industries need verifiable execution. AI workloads involve sensitive data from multiple parties. Customers are asking for guarantees that go beyond compliance certifications and policy documents — they want cryptographic proof that their data is protected inside your infrastructure. Building that capability in-house means configuring TEE hardware, managing attestation, building orchestration, and maintaining the entire stack. Most providers don't have the engineering resources to do this — and the ones that do are spending years on it.

Scenarios

Every SWARM deployment involves some combination of the following parties:

• Your organization — the cloud provider or data center operator
• Your customers — enterprises that need confidential infrastructure
• Your customers' customers — the end users whose data is being processed

Depending on your position, the business problem is different. The solution is the same.

Public cloud provider

You have TEE-capable hardware — Intel TDX, AMD SEV-SNP, NVIDIA Confidential GPUs. Your enterprise customers are asking for confidential computing. You don't have the software layer to offer it.

Without it:

• Your customers have to trust you with their data — and many won't
• You lose deals to hyperscalers who already offer confidential computing
• Regulated industries — healthcare, finance, defense — are out of reach

Managed / regional cloud provider

You compete on proximity, compliance, data residency, or cost. Your customers choose you because of where you are or how you operate — but you can't match the trust capabilities of AWS, Azure, or GCP.

Without it:

• Enterprise customers with compliance requirements go elsewhere
• You can't differentiate on security — only on price or geography
• Multi-party and cross-border workloads are off the table

Enterprise with on-prem infrastructure

You run your own servers. You don't need confidential computing to protect data from yourself. But your internal teams or external partners need proof — not assurances — that their data is handled correctly inside your environment.

Without it:

• Internal teams have to take your operations team's word for it
• External partners have to trust your processes and personnel
• You can't participate in multi-party workloads where every party requires verification

How SWARM solves this

All three scenarios share the same gap: the infrastructure exists, but the trust layer doesn't. Super SWARM is a ready-made confidential compute fabric that deploys directly on your infrastructure — turning your existing hardware into a verifiable confidential cloud.

1. SWARM is installed on your infrastructure. It detects TEE-capable hardware and forms a hardware-attested cluster automatically — no manual configuration of attestation or trust relationships.
2. All workloads run inside hardware-isolated confidential VMs. Your operations team and your infrastructure never see the data inside execution.
3. Every published service carries verifiable proof of its runtime configuration — what code is running, in what environment, and how it's configured. Your customers can check that proof before sending a single byte of data.
4. Your customers get verifiable confidentiality. You get a new product tier without building the trust infrastructure yourself.

The result is the same whether you're a hyperscale cloud, a regional provider, or an enterprise running on-prem. SWARM gives your infrastructure a trust layer it didn't have — and gives your customers a reason to bring workloads they wouldn't have brought before.