April 2026 Summaries

A partnership between Dfns and Zama Protocol is transforming the institutional landscape by enabling confidential, compliant transactions at scale on public blockchains using Fully Homomorphic Encryption (FHE). This integration, which embeds the confidential token standard natively into Dfns's wallet and transaction stack, allows over 400 enterprise clients to make encrypted onchain transactions without compromising privacy, control, or compliance, particularly on Ethereum and EVM chains. By using ERC-7984, sensitive data such as balances and transfer amounts remain encrypted, allowing institutions to conduct real-time settlements, manage payments, and handle banking and custody operations without exposing sensitive information. This development offers a blockchain equivalent of banking privacy, where transactions are private by default, but authorized parties like auditors or regulators can access records when needed, thus fitting seamlessly into existing compliance frameworks. This advancement marks a significant milestone for both Dfns and Zama, as they aim to scale the adoption of confidential finance infrastructure across the full stack of onchain finance, moving towards a future where privacy and transparency are integrated into regulated finance.

Mainnet Season 1 showcased various innovative applications built on the Zama Protocol, emphasizing the importance of confidentiality in blockchain technology. Developers from around the world created projects such as encrypted wallets, confidential payroll systems, private legal platforms, and AI payment systems, all leveraging Fully Homomorphic Encryption (FHE). Notable projects included Paychain, a confidential payroll solution using stablecoins with end-to-end encryption; the MARC Protocol, which facilitates encrypted agent payments; Contracks, a platform for private legal agreements on Ethereum; and Senza, a wallet extension that encrypts financial transactions by default. Additionally, BlindPay and CipherMint explored confidential payment and universal basic income systems, respectively. The program highlighted the need for confidentiality in real-world blockchain applications and aimed to equip developers with the necessary tools and education, as seen in the FHEVM Developer Bootcamp and its open-source curriculum. This season demonstrated that confidentiality is crucial for the broader adoption of blockchain technologies in diverse sectors.

Onchain finance has evolved significantly, with tokenized real-world assets exceeding $27 billion and stablecoin volumes now comparable to Visa's transactions, prompting major institutions to transition from observation to active deployment. However, a key issue is the lack of confidentiality on public blockchains, which is crucial for institutional capital and scalable real-world asset integration. Fully Homomorphic Encryption (FHE) addresses this gap at the protocol level, and Season 2 of the initiative builds on Season 1 by exploring crucial use cases in onchain finance, RWA, and compliance-native applications, along with new developer tools. This season introduces a Bounty challenge focused on developing AI agent skills for FHE, a Bootcamp Track for new FHE developers, and a dedicated APAC track through the OpenBuild partnership. Participants can earn rewards distributed in confidential USD (cUSDT) for building real-world applications, creating AI agent templates, and completing the developer bootcamp, enhancing their skills in building confidential dApps with the Zama Protocol.