The TEN protocol redefines Ethereum privacy with a 'computing in confidentiality' approach.

Ethereum's transparency has long been one of its greatest strengths, but for many real-world applications it has also become a structural limitation. From trading inefficiencies caused by MEVs to data leaks in DeFi, gaming and AI-powered workflows, the assumption that everything must be public in order to be verified is increasingly being questioned. The TEN protocol is built on a different assumption: that computation can remain provably correct without forcing users, developers, and companies to expose sensitive input data, strategies, or logic to the entire market. In this CryptoSlate Q&A session, the team behind the TEN protocol explains their concept of "trusted computation" and why they believe privacy-focused execution is the missing primitive in Ethereum's scaling plan. Rather than launching a separate privacy ecosystem, TEN is designed as a full EVM environment anchored to Ethereum's settlement and liquidity, allowing developers to selectively choose what should remain public and what should be executed confidentially.
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