Solution
Privasys Platform
Deploy confidential applications in minutes. Bring your code as a lightweight WASM module or a full container. Our platform handles attestation, encryption, reproducible builds, and verification, so you can focus on building.
Get started in four steps.
Step 1
Sign in with GitHub
Authenticate via OIDC. No account to create, no forms to fill.
Step 2
Create an application
Choose WASM or Container, name your app, and pick your deployment target.
Step 3
Upload or link your code
Link a GitHub commit for reproducible builds, or upload a pre-compiled WASM module directly.
Step 4
Deploy and verify
Your app gets its own domain, runs in hardware-protected infrastructure, and every connection is attested and verifiable.
Two deployment targets. Same guarantees.
WASM modules
Link a GitHub repository and the platform compiles your code via reproducible GitHub Actions builds, then deploys it inside Enclave OS Mini (Intel SGX). The smallest trust boundary available: just your code and the minimal runtime needed to execute it. Ideal for cryptographic operations, secrets management, and high-assurance workloads.
Containers
Provide a container image and the platform deploys it inside Enclave OS Virtual with hardware-encrypted memory and full attestation. Standard Linux workflows, standard tooling, no code changes required. Ideal for existing applications, AI/ML inference, and data processing pipelines.
The gap between “confidential computing” and actual data protection.
Most cloud providers now offer “confidential VMs” with encrypted memory. But memory encryption alone does not make a system confidential. Without verified disk integrity, a measured boot chain, and attested connections, your data is still exposed to the infrastructure operator. The Privasys Platform closes that gap.
Not just encrypted. Verified.
Our hardened images include verified filesystems, authenticated disk encryption, and minimal attack surface. Every component is measured at boot and included in the attestation evidence. You do not just trust that the VM is confidential. You prove it.
Attested from silicon to application
Every connection to your service carries proof of what hardware, operating system, and application code is running. Verification happens during a standard TLS handshake. No custom protocol, no SDK, no blind trust.
What the platform provides.
Reproducible builds
Link a GitHub commit and the platform builds your code via automated GitHub Actions pipelines. Every build is reproducible: anyone can rebuild from the same commit and verify the output matches bit-for-bit. No hidden steps, no opaque toolchains.
Built-in attestation
Every deployment automatically receives RA-TLS certificates that carry hardware attestation evidence. Clients verify the attestation during a standard TLS handshake. The platform also provides an interactive attestation panel for inspecting certificates, quotes, and measurements.
Identity and access
Enclaves receive identity tokens automatically at boot, after proving their hardware and code to our attestation server. No pre-shared secrets, no manual provisioning. Standard identity protocols that integrate with your existing systems.
Verification libraries
Client libraries in six languages (Python, Go, Rust, TypeScript, C#, and .NET) let anyone verify the attestation of your service with a single function call. Your users can confirm exactly what is running, without trusting anyone.
Your app. Your domain. Zero trust routing.
Every application deployed on the platform receives its own hostname under *.apps.privasys.org. Traffic is routed through our global gateway infrastructure, which inspects only the TLS handshake header to determine the destination. The gateway never terminates TLS and never sees your data. Encryption ends inside the hardware enclave itself.
L4 transparent proxy
The gateway operates at TCP level. It reads the SNI hostname from the TLS ClientHello, looks up the correct enclave, and splices the connection through. No TLS termination, no HTTP parsing, no middleware. Just raw, encrypted bytes forwarded straight to the hardware enclave.
Multi-region availability
Multiple gateways run across geographically distributed regions. DNS resolves your application to the nearest available gateway. Every gateway is stateless and syncs its routing table from the platform, so failover is automatic with zero configuration.
Every app is an attested MCP tool server.
Every application deployed on the platform, WASM or container, is automatically exposed as a Model Context Protocol (MCP) tool server. WASM apps derive typed tool manifests from the binary itself. Containers declare tools via a simple JSON manifest. AI agents can discover and call your functions with full hardware attestation on every connection.
Tools from code
For WASM modules, each exported function becomes an MCP tool with parameter names and types derived from the WIT interface. For containers, a privasys.json manifest in your repository declares the tools your service exposes. Either way, the manifest stays in sync with the code and is discoverable by any MCP-compatible agent.
Attested AI integration
When an AI agent calls your tool, the connection carries a hardware attestation quote. The agent can verify the enclave's identity, the exact code running inside, and the configuration — before sending any data. Trust is based on hardware proof, not promises.
Built for developers and entrepreneurs.
Confidential computing should not require a PhD in cryptography. The Privasys Platform packages years of expertise in attestation, secure boot, disk encryption with integrity, and hardware-agnostic deployment into a turnkey solution. You write your application. We make it provably secure.