Fhenix stands out from other blockchain projects due to its focus on integrating Fully Homomorphic Encryption (FHE) – a fully homomorphic encryption technology that allows direct computation on encrypted data without decryption, thereby enhancing data security and privacy to a higher level. While most traditional blockchains like Ethereum operate on completely public and transparent data (leading to the risk of sensitive information leaks, such as in attacks or transaction tracking), Fhenix addresses this by keeping data encrypted throughout the storage, transmission, and processing stages, decrypting it only when necessary by an authorized party. This is particularly important in the security field, where Fhenix surpasses other solutions such as Zero-Knowledge Proofs (ZKP), Trusted Execution Environments (TEE), or Multi-Party Computation (MPC), because FHE is more flexible in handling complex data without exposing the original information. The key difference in technology and security is that FHE forms the core foundation: Unlike projects like Zcash (which uses ZKP to hide transactions) or Secret Network (which relies on TEE to run code in a secure environment), Fhenix uses FHE to perform mathematical calculations (such as addition, multiplication, and complex functions) directly on ciphertext (encrypted data), with results that are as accurate as when performed on plaintext data. This technology is based on lattice-based encryption, which is more resistant to quantum attacks, and is considered a "sacred relic" of cryptography because it eliminates the need for temporary decryption – a common weakness in other systems that can lead to data leaks. fhEVM and EVM Integration: @fhenix built fhEVM, an Ethereum-compatible version of EVM that supports the FHE library, allowing Solidity developers to easily add a layer of security without learning a new language or making major code changes. This differs from projects like Aztec (L2 based on ZKP) or Phala Network (based on TEE), which require more significant adjustments for security integration. CoFHE (FHE Coprocessor): This is an off-chain computing layer specializing in cryptographic data processing, offloading the main blockchain and increasing speed (up to 50 times faster than competitors), with low gas costs and real-time processing. CoFHE combines with the Threshold Decryption Network to distribute encryption keys, avoid single points of failure, and only allow decryption by authorized parties, enhancing security against manipulation. Compared to MPC (as in projects like Anoma), Fhenix's FHE allows for independent computation without the need for multiple continuously participating parties, reducing complexity and risk. Benefits in application areas: Fhenix extends security beyond the basic blockchain, supporting applications such as private DeFi (hidden transactions, closed auctions, governance voting without revealing details), on-chain AI (training models on sensitive data without revealing raw data), gaming (hiding player states to prevent fraud), and even decentralized identity or MEV (Miner Extractable Value) protection through encrypted mempool. This addresses the limitations of traditional blockchains, where complete transparency is difficult for sectors such as healthcare, regulated finance, or businesses needing to protect trade secrets. In summary, Fhenix is ​​not just an L2 but also a secure infrastructure platform, shifting the blockchain from a "transparent by default" to a "private by default" model while maintaining composability and compatibility with Ethereum.