Enclave's Encrypted Execution Environments (E3s) make multiparty computation private, provable, and deployable anywhere.
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.
CRISP leverages FHE and E3s to create voting systems that are private, tamper-proof, and verifiable.
How Encrypted Execution Environments (E3) enable a new class of onchain auctions, preserving bid privacy and eliminating the need for a trusted auctioneer.
E3s enable secure, privacy-preserving computations over multiple inputs of encrypted data, enabling a new class of applications—from secret ballots to confidential data pools.
