Temple Digital Group and RedStone have partnered to supply real-time pricing infrastructure for Temple's newly launched gold and silver commodity markets on the Canton network. RedStone will provide continuous price feeds to power Temple's non-custodial order book.
The arrangement pairs RedStone's low-latency data layer with Temple's order matching system. Both companies operate on the Canton network, a blockchain platform designed for institutional-grade financial infrastructure. Temple's markets are non-custodial, meaning users retain control of assets during trading rather than depositing them with a central counterparty.
RedStone specializes in on-chain pricing infrastructure and has built data feeds for decentralized finance platforms. The company's feeds operate continuously, including outside traditional market hours. For commodity markets like gold and silver, where pricing changes around the clock in global spot markets, 24/7 data availability is standard on traditional exchanges.
Temple Digital Group operates markets on Canton and has positioned itself to offer institutional traders commodity exposure through blockchain settlement. The non-custodial order book model requires reliable, tamper-resistant price data to execute trades fairly; RedStone's feeds supply that layer.
Canton itself is built on an open-source protocol and aims to accommodate institutional capital by offering privacy controls, settlement finality, and asset custody in ways that differ from public blockchains. Temple's addition of commodity markets to the network represents one of the first major use cases for non-custodial trading on the platform.
RedStone was selected by Temple to provide the pricing layer. Developers building financial infrastructure on Canton expect institutional traders to require the same data integrity standards they use in traditional markets. The partnership shows how blockchain-native pricing systems are being woven into platforms that compete with conventional commodities trading venues on data reliability and speed.
