기술적 분석

Smart contracts are blockchain-based programs that automate agreements without intermediaries. Learn how smart contracts work, their uses, benefits, and risks.

Standards like EIP-8004 and EIP-8183 are strong foundations, but as we build more complex layers, such as scoring systems, hooks, and AI evaluators, new risks are introduced.

After the publication of our February 2026 Wrench Attacks Report, we now look at the continued escalation of wrench attacks, which have become a structural threat for cryptocurrency holders.

By integrating three critical technical pillars—Identity (EIP-8004), Commerce (EIP-8183), and Payments (x402)—we can build an open machine economy where AI agents operate as sovereign economic actors, secured by trustless primitives rather than centralized gatekeepers.

Explore how AI is reshaping smart contract auditing in Web3, from faster vulnerability detection to new risks like false positives and model limitations.

AI smart contracts combine blockchain and AI to enable adaptive automation, real-time decision-making, and scalable Web3 applications.

An overview of the transformative U.S. crypto regulatory developments in March 2026, featuring the SEC-CFTC peace treaty, the Token Taxonomy release, and a breakthrough in the Senate Banking "yield" debate.

How Web3 penetration testing secures smart contracts, wallets, and infrastructure through real-world attack simulation, standardized methodologies, and actionable remediation.

The rapid adoption of OpenClaw, a popular open-source autonomous AI agent framework, reflects a broader shift toward AI-driven assistants. However, the widespread integration of this framework introduces critical security risks that may lead to unauthorized actions, data exposure, and system compromise.

Security infrastructure is becoming a common bottleneck in VASP licensing. This guide covers what regulators evaluate, the documentation gaps that trigger follow-up cycles, and a practical sequencing framework to get ahead of them.

For years, the industry has struggled with this exact question. In this article, we are going to dive deep into an emerging privacy solution: zERC20. zERC20 is a pragmatic, immediate implementation of a concept known as plausible deniability (originally proposed in EIP-7503), which means the cryptographic evidence of an action equally supports a completely innocent explanation. For zERC20, depositing funds into the privacy protocol is mathematically indistinguishable from a user accidentally sending tokens to a dead address.

When an institution sends digital assets to an address provided by a counterparty, it is relying on the counterparty's claim that they control it. The blockchain will settle the transaction regardless of who is on the other end. This gap between how institutions want to use digital assets and what the compliance infrastructure can actually verify is becoming harder to ignore as more regulated capital moves on-chain.