Why Thesis AI?

• Security and expertise. The Thesis AI team possesses extensive domain expertise in Proof of Stake (PoS) networks and validation, with over 7 years of experience in PoS network validation. Security remains a paramount concern at Thesis AI, with top-tier security auditors engaged for all smart contract audits, complemented by an ongoing bounty program to further enhance security measures.

• Protocol-Own-Liquidity. The protocol is designed to maximize capital efficiency while internalizing liquidity via protocol-own-liquidity module, to provide secondary market liquidity via different liquidity venues.

• Staking Threshold. There is no minimum staking threshold, any amount of ETH amounts qualify for accruing staking rewards in Thesis AI.

• Optimized risk-adjusted yields. Thesis AI seamlessly integrates with restaking protocols such as Eigenlayer to capture additional yield and continually explores further integrations to optimize risk-adjusted yields.

• Decentralization. Adhering to Ethereum's decentralized principles, Thesis AI natively integrated with permissionless operator networks leveraging DVT networks, such as SSV.

• Protocol Backstop. To mitigate slashing risks, both operators and the Thesis AI DAO treasury stand ready to cover any losses, providing protocol-native insurance against slashing events.

• Multichain Interoperability. Thesis AI is committed to building customized cross-chain features to enable seamless cross-chain interoperability, facilitating greater flexibility and accessibility across multiple blockchain networks.