Guarantee that your software was built exactly as specified, with cryptographic assurance of the entire build process
Modern software supply chains are complex and opaque. Organizations build software using countless dependencies, build tools, and CI/CD pipelines. But how can you be confident that the binary you're running matches the source code? How can you verify that no tampering occurred during compilation, linking, or packaging?
Traditional approaches rely on trust—trust in build systems, trust in CI/CD providers, trust in distribution channels. But trust is not verifiable. When a security incident occurs, you need evidence, not promises.
Current build systems produce binaries that cannot be independently verified. You must trust that:
Verifiable builds with AEEs provide cryptographic receipts that guarantee:
Eliminate trust in build infrastructure. Anyone can verify that your software was built correctly, without relying on vendor attestations or proprietary hardware.
Cryptographic receipts enable anyone to verify that a build is reproducible—the same source code and dependencies produce the same binary, every time.
Provide auditable evidence of your build process for regulatory compliance, security audits, and customer assurance. The receipts are portable and verifiable anywhere.
Works with unmodified Linux build systems. No custom SDKs, no code rewrites, no special hardware. Just run your existing build process in an AEE.
Receipts can be verified on any device—from servers to mobile phones to browsers. No need for specialized verification infrastructure.
Control what information is disclosed in the receipt. Guarantee the correctness of the build process without revealing proprietary source code or build secrets.
Run your existing build process inside an Assured Execution Environment. No code changes required.
The AEE produces a cryptographic receipt that guarantees the exact build process, including source code, dependencies, and environment.
Distribute your binary along with the receipt. The receipt is small and portable—just a few kilobytes.
Anyone can verify the receipt on any device to confirm the binary matches the declared build process.
Enable contributors and users to verify that releases match the published source code. Build trust through transparency and verifiability.
Provide customers with cryptographic assurance that your software was built correctly. Meet compliance requirements and security standards.
For systems that power financial markets, healthcare, or national security, verifiable builds provide the assurance needed for deployment.
Verify that container images were built from the declared base images and Dockerfiles. Ensure container registry integrity.
Package managers can verify that packages match their source code. Users can independently verify package integrity.
Guarantee that firmware was built correctly before deployment to devices. Critical for IoT and embedded systems security.
Unlike traditional approaches that rely on hardware security modules (HSMs) or trusted execution environments (TEEs), AEEs provide verifiable builds through cryptographic assurance rather than hardware trust chains.
Deterministic Execution: The same source code and dependencies always produce the same binary, enabling reproducible builds that can be independently verified.
Cryptographic Receipts: Each build produces a portable receipt that guarantees the build process with cryptographic assurance. No need for specialized verification hardware.
Privacy-Preserving: Control what information is disclosed. Guarantee the build process without revealing proprietary source code or build secrets.
Compatible: Works with unmodified Linux build systems. No custom SDKs, no code rewrites, no special hardware dependencies.
Learn how verifiable builds with AEEs can transform your software supply chain security.
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