Monthly Data Confidentiality and Privacy Enhancement Planned by COTI
COTI's Decentralized Confidential Computing (DeCC) Initiative Embraces a Privacy-Focused Future for Web3
The future of onchain privacy is looking bright, with COTI's Decentralized Confidential Computing (DeCC) initiative leading the charge. This initiative aims to make privacy a standard feature within the Web3 ecosystem, fostering interoperability, awareness, and collaboration among privacy-focused projects.
At the heart of COTI's privacy infrastructure is Garbled Circuits, a sophisticated cryptographic technique developed in collaboration with Soda Labs. This foundation makes the privacy layer programmable, scalable, and compatible with both Ethereum Virtual Machine (EVM) and non-EVM blockchains, supporting diverse use cases especially in DeFi and other Web3 applications.
COTI's vision is to create a future where privacy becomes a normalized component of decentralized platforms, including applications like secure wallet balances and proprietary trading logic. To achieve this, they are hosting monthly DeCC sessions, which serve to spotlight technical innovations, foster partnerships, and educate the community on leveraging decentralized privacy tools effectively.
The first DeCC event, hosted as a Twitter Spaces session on July 22, 2025, in partnership with Secret Network, focused on the growing concept of an impending Privacy Summer. COTI's DeCC initiative is expected to play a central role in promoting onchain privacy by hosting ongoing collaborative events for the privacy community across Web3, expanding technical adoption of programmable, scalable privacy, supporting interoperability across various blockchain environments, and driving education and community engagement to grow privacy tool adoption and understanding.
In addition, COTI's DeCC initiative aims to foster collaboration among teams and developers building privacy-preserving technologies. Through consistent education and outreach, they seek to help usher in the so-called Privacy Summer-a period marked by widespread integration and understanding of blockchain privacy standards.
Projects like Midnight Network and Ten Protocol, which use zero-knowledge smart contracts and are developing a Trusted Execution Environment (TEE) for the Ethereum Virtual Machine (EVM), underscore the evolving role of encrypted technologies in various areas, including AI-driven applications and decentralized prediction markets.
COTI's CEO described public blockchains without privacy as inadequate for serious use cases and framed Privacy 2.0 not as a means to obscure information but as a tool for identity assurance, safety, and scalable compliance. Privacy 2.0 is focused on enabling secure, identity-conscious, and compliant privacy protocols, providing a contrast to Privacy 1.0, which emphasized secrecy but lacked compatibility with regulatory frameworks.
In conclusion, COTI's DeCC initiative is poised to play a significant role in shaping the future of onchain privacy, fostering collaboration, and driving the adoption of privacy-preserving technologies within the Web3 ecosystem.
Technology will be crucial in fostering interoperability and scaling DeCC's privacy layer, as it is compatible with both Ethereum Virtual Machine (EVM) and non-EVM blockchains. The DeCC initiative's role in promoting onchain privacy is expected to expand the technical adoption of programmable privacy across various blockchain environments, thereby driving the growth of privacy tool adoption and understanding.
