# Encryption Related Articles

HTX News Center provides the latest articles and in-depth analysis on "Encryption", covering market trends, project updates, tech developments, and regulatory policies in the crypto industry.

Fhenix Pushes Encrypted DeFi Forward with High-Performance FHE Infrastructure

Fhenix is advancing encrypted decentralized finance (DeFi) through its high-performance fully homomorphic encryption (FHE) infrastructure. Unlike traditional transparent blockchains, FHE enables data to remain encrypted during computation, preventing vulnerabilities like front-running and exploitation. Founder Guy Zyskind presented FHE as a more comprehensive privacy solution than zero-knowledge proofs or trusted execution environments, offering true encrypted execution. Key technical innovations include CoFHE, a recently deployed FHE coprocessor on Base that significantly boosts throughput—reportedly by up to 5,000 times—making on-chain FHE practical for real-world use. The fhEVM environment also allows Ethereum developers to integrate encryption into Solidity-based dApps with minimal changes. Fhenix’s stack, built on Arbitrum and secured via EigenLayer, supports verifiable encrypted computation and aims to serve use cases like confidential trading and asset tokenization. Notably, JP Morgan reportedly engaged Fhenix regarding tokenizing $1.5 trillion in assets, highlighting institutional demand for confidential infrastructure. The project also emphasizes FHE’s compatibility with post-quantum cryptography, future-proofing blockchain against quantum threats. Fhenix is positioning itself as essential infrastructure for confidential DeFi, turning selective secrecy into a competitive advantage.

TheNewsCryptoYesterday 23:24

Fhenix Pushes Encrypted DeFi Forward with High-Performance FHE Infrastructure

TheNewsCryptoYesterday 23:24

On the Eve of the Quantum Computing Wave: Why Nvidia Might Emerge as the Biggest Winner?

Amidst the prevailing market perception that quantum computing remains a distant, sci-fi concept, Barclays' latest research challenges this view, arguing that the technology is on the verge of transitioning from a "lab toy" to a commercial tool. The report highlights several key misconceptions: First, quantum computing is not "too early"; the industry is approaching a watershed moment around 2026–2027 when "quantum advantage" is expected to be demonstrated, requiring stable operation of 100 logical qubits. Second, quantum computers will not replace classical systems like GPUs but instead complement them. Each logical qubit may require a GPU for error correction and control, potentially driving significant demand for chips from companies like NVIDIA and AMD, with projected incremental value exceeding $100 billion by 2040. Third, hardware approaches are not equal. Trapped ions currently lead in precision, silicon spin offers scalability potential, and neutral atoms excel in qubit count. Fourth, quantum computers are not yet powerful enough to break modern encryption, requiring thousands of logical qubits—far beyond current capabilities. Finally, the investment landscape is broader than often assumed, with opportunities across quantum processors, supply chains, semiconductor manufacturing, and enabling infrastructure, spanning both public and private companies.

比推02/09 15:01

On the Eve of the Quantum Computing Wave: Why Nvidia Might Emerge as the Biggest Winner?

比推02/09 15:01

活动图片