According to reports from crypto.news and MetaversePost, Fhenix and Canopy are integrating confidential computation into the Canopy Stack, enabling developers to build privacy-preserving onchain applications without specialized cryptography expertise. The integration removes the need for teams to assemble a separate cryptography stack or hire specialist cryptographers before shipping private application logic. The new Canopy Confidential App template is powered by Fhenix's CoFHE coprocessor for fully homomorphic encryption (FHE). As Fhenix CEO Guy Itzhaki stated, "Open networks should not require open data. By bringing CoFHE into the Canopy Stack, developers can build sovereign apps that compute on sensitive information while it stays encrypted." This partnership represents a fundamental shift where confidentiality becomes part of the application architecture, not a separate system teams have to build around it.
As reported by crypto.news and MetaversePost, developers will be able to add encrypted computation through a familiar TypeScript library, making confidentiality part of the app from the start rather than a feature added later. The approach extends Canopy's existing platform model, where the stack handles underlying infrastructure so builders can focus on applications. Canopy CEO Adam Liposky noted that "Every team we talk to hits the same wall. They have a real use case, and it requires not publishing their users' data to the world. Until now the answer was to hire a cryptographer. Now it's a plugin." The core Canopy components are already live, including plugin lifecycle hooks, the state bridge, plugin scaffolding, and wallet runtime. This development framework allows agents and non-technical founders to build, deploy, and scale a complete onchain app in a single session, secure from block zero, with no infrastructure to manage.
According to crypto.news and MetaversePost, confidential operations are added through Canopy's plugin and runtime layer without changing its base consensus. A user's input is encrypted in the Canopy wallet and submitted as a standard transaction. Fhenix's CoFHE system processes the encrypted data offchain, and when a result must be disclosed, a trust-minimized mechanism returns a signed value that Canopy verifies before state is settled. Builders access this entire flow through familiar tooling without managing a separate privacy stack or encryption keys. The CoFHE coprocessor is currently deployed across Ethereum, Arbitrum, and Base chains, with the remaining encrypted-transaction components in progress.
As reported by crypto.news and MetaversePost, the integration enables applications where data remains encrypted while being used. In onchain games, a player's hand, units, and map knowledge can remain encrypted, with players submitting moves privately and learning only outcomes such as who won or how much damage was dealt. The same model applies to business workflows, where a buyer can issue a request for proposals, receive encrypted bids from multiple suppliers, and publish only the winner and winning price when the deadline arrives, with unsuccessful bids not revealed to other participants. This approach makes impossible operations on public blockchains today possible, such as private gaming scenarios where players see only results without seeing each other's strategies. The architecture enables concrete applications across multiple sectors where teams require not publishing their users' data to the world.
According to crypto.news and MetaversePost, CoFHE is currently deployed across Ethereum, Arbitrum, and Base, with work on remaining encrypted-transaction components in progress. The Fhenix integration is in development and is scheduled for release in the fourth quarter of 2026. Canopy is currently live on public testnet with 16.8k forks and more than 100,000 daily active wallets. The platform is backed by Arrington Capital, Borderless Capital, and HashKey, representing institutional confidence in the confidential computing approach. As Fhenix CEO Guy Itzhaki emphasized, this collaboration preserves the openness of the network while ensuring that data remains encrypted throughout its lifecycle.
