Enclave makes compute confidential, verifiable, and collaborative.
This article is the first entry in our new Enclave Cryptography series: technical deep dives into the cryptographic components that make Collaborative Confidential Compute possible in Enclave
Aragon and Enclave are working to introduce verifiable secret ballots built on Enclave’s encrypted execution network and reference protocol CRISP. Once live, DAOs and other onchain entities can enable verifiable secret ballots and private voting through Aragon OSx, with minimal setup and no reliance on trusted coordinators. Read Aragon&
Ciphernodes are the cryptographic coordination agents of the Enclave protocol. This post introduces what they are, how they work, and how to apply as an early node operator.
CDPs let multiple agents and entities compute together — privately, verifiably, and without intermediaries. This post explores how Enclave makes them possible, and what they unlock for collaborative AI, finance, and research.
Trusted & Encrypted Execution Environments (TEEs and E3s) offer two models for securing computation. This piece explores their trade-offs, ideal use cases, and how they can be combined to balance performance, privacy, and verifiability.
