Ondo Finance has launched Ondo Network, an offchain execution network that has already been integrated into its perpetual futures platform, Ondo Perps. The company is using the new system in place of its earlier institution-oriented public blockchain plan, shifting its product direction toward infrastructure built around client privacy.
Shift from Ondo Chain to an offchain model
In February last year, Ondo Finance introduced the Ondo Chain testnet as a public blockchain designed for institutional use. The article says Kinexys, the JPMorgan unit, and Chainlink had already completed the first tokenized U.S. Treasury settlement transaction on that chain.
In its latest statement, however, Ondo said the team revisited market demand while building Ondo Perps. It concluded that one of the main constraints in bringing traditional financial assets onchain was that privacy could be exposed during trade execution. Based on that assessment, the company decided to drop part of the public-chain architecture and move execution offchain to meet privacy requirements in high-frequency trading.
How Ondo Network is structured
Ondo Network separates its system into two main parts: trade execution and trust verification.
For execution, trades run inside trusted execution environments known as Enclaves. Ondo said this setup can deliver processing speeds close to those of a centralized exchange, or CEX, while preserving privacy. It also said even hardware custody providers cannot directly extract or alter the data inside those environments.
For verification, the system is monitored by a decentralized set of independent operators called Provers. These attestors are responsible for checking code integrity and jointly managing the keys needed for authorized transfers through a key-splitting mechanism, so that no single operator can control assets on its own or change system logic without approval.
Execution offchain, settlement onchain
Ondo describes the network as a verifiable execution environment. Applications run privately and at high speed inside secure enclaves, while decentralized attestors use cryptographic methods to make sure that only approved code can operate.
Under this design, execution and onchain settlement are clearly separated. Matching, risk controls, and margin liquidation, all of which are time-intensive and highly sensitive functions, are completed in a secure offchain environment first. The system then produces cryptographically signed logs for later audit.
Final asset transfers and state changes are recorded periodically on a public blockchain. According to the article, splitting execution from settlement is intended to address the speed limits that come from network-wide state replication and public transparency on blockchains, while preserving non-custodial asset handling and verifiability.
Ondo Network is already live using a multiparty attestation model. Under that setup, no single operator can extract funds by running unauthorized code.