Know what runs on a server
Verifiable compute platform with cryptographic proof, portability, and minimal complexity.
ProblemAn enclave without verifiability is still a black box. Attestation reports a hash, not whether it matches your source. You cannot confirm what the enclave is running.
ProblemTrusting one type of hardware creates a single point of failure. All companies, including hardware manufacturers, are susceptible to a wide range of attacks.
Remove single points of failure
Reproducible stack down to the kernel
Create enclave images based on a full-source bootstrapped and fully deterministic toolchain to allow full reproduction of software.
This allows one to inspect the code used to build an image, hash it, and compare it to the hashes provided by the TEE attestation.
Multi-hardware, multi-cloud resilience
Leverage a diverse set of TEE hardware for isolation and attestations to mitigate single points of failure.
Then leverage seamless multi-cloud workload deployments for never before seen levels of resilience. We distribute risk at the network level, why not on the hardware level?
From the security engineers trusted by industry leaders
Fast, verifiable deployments
Replace months of custom infrastructure and security engineering with one unified workflow that runs in minutes. Deploying to a TEE has never been this fast.
Deploy in minutes
From source to a verifiable enclave in minutes. Watch this video for a full platform walkthrough.
Initialize
Run caution init to capture the build environment and lock it for
reproducible enclave builds.
Deploy
Push with git push caution main. Caution builds a reproducible
enclave image and provisions the TEE.
Verify
Run caution verify to rebuild the image, compare hashes,
and confirm exactly what the enclave is running.
One workflow, any TEE
Caution runs across AWS Nitro today, with Intel TDX, AMD SEV-SNP, and TPM 2.0 attestations coming in 2026.
How teams use Caution
Explore common workloads teams deploy with verifiable builds and cryptographic proof.
Verifiable LLM inference over sensitive data
AIServe LLMs and other models in verifiable environments so users can confirm the exact models and runtime that handled their prompts and data.
Verifiable oracles & data feeds
FintechRun oracle and pricing services in verifiable enclaves to demonstrate the integrity of each price feed, signal, and the code that produces it.
Verifiable confidential AI for PHI
HealthcareProve that patient data never leaves a verified enclave, meeting HIPAA requirements with cryptographic evidence.
Verifiable model training pipelines
AIEnsure training runs execute approved code on approved data, with attestation evidence for audit and compliance.
Verifiable custody & signing operations
FintechShow regulators and customers that key management and transaction signing happen only in attested, source-verified environments.
Verifiable nodes
BlockchainExpose cryptographic proof that your full node binary matches the reviewed source and configuration.
Verifiable staking infrastructure
BlockchainGive delegators and protocols independent proof that staking infrastructure is not forked, modified, or tampered with.
Frequently asked questions
Caution is a verifiable compute platform that adds an extra layer of integrity guarantees on top of AWS Nitro Enclaves. It cryptographically links the code running inside an enclave back to the reviewed source code, build, and configuration that produced it.
No. Caution builds on top of AWS Nitro Enclaves, not instead of them. Nitro provides hardware-level isolation and attestation. Caution extends those guarantees by linking enclave measurements back to auditable source code and reproducible builds.
An AWS account, a containerized application, and an alpha access code—you can request one at info@caution.co. The quick start guide walks through everything step by step.
Caution offers self-hosted, managed on-premises, and fully managed deployment options. See the pricing page for full details and comparison.
Early access is intended for evaluation and proof-of-concept deployments, not production workloads. During alpha, breaking changes may occur as we iterate on the platform. That said, you can deploy real code and experience the full verifiable compute workflow.
Reach out to us at info@caution.co to request an alpha code, then register at alpha.caution.co on desktop.
Get started for free
Try Caution for free. Self-host, or join early access for managed on‑premises and fully managed services to get verifiable compute running in minutes.