Jiritsu allows you to orchestrate and verify any computational workflow, integrating any combination of L1, L2 and Middleware.
Each node runs an operating system powered by computational engines and a workflow manager that delivering Proof of Workflow(PoWF).
UVC is live with over 3.5 million proof and growing daily.
Jiritsu’s relies on math to ensure both optimal and secure performance.
Other oracle and keeper networks are optimized for crypto economic game theory rather than performance.
“Also known as multi-party computation (MPC) …is a method for parties to jointly compute a function over their inputs while keeping those inputs private. Unlike traditional cryptographic tasks, where the adversary is outside the system of participants, [in MPC] the cryptography protects participants' privacy from each other.”-from Wikipedia, the free encyclopedia
"A threshold cryptosystem …protects information by encrypting it and distributing it among a cluster of fault-tolerant computers …several parties (more than some threshold number) must cooperate in the decryption or signature protocol."-from Wikipedia, the free encyclopedia
All Jiritsu nodes benefit equally from network fees. Unlike tokenomics based on a competitive marketplace for resource, Jiritsu rewards designed to promote decentralization and optimal performance.
Security Jiritsu compounds layers of security. These include trusted execution environments, nodes that are randomly selected for each job, and zero knowledge permissive.
