Applied AI

AI Agents for Smart Contract Auditing: Finding Real Bugs Without Trusting Hallucinations

Applied AI, Smart Contracts /

Agentic Code Security and Evidence-Driven Bug Triage AI Agents for Smart Contract Auditing: Finding Real Bugs Without Trusting Hallucinations An AI agent for smart contract audit work should be treated as a high-speed security researcher that generates hypotheses, not as an oracle that declares a contract safe or labels every suspicious pattern a vulnerability. The

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ERC-8257 Agent Tool Registry: Discoverability, Manifest Integrity, and Access Risk

Applied AI, Advanced blockchain /

AI Agent Infrastructure and On-Chain Tool Security ERC-8257 Agent Tool Registry: Discoverability, Manifest Integrity, and Access Risk ERC-8257 proposes a permissionless on-chain registry for AI agent tools, giving agents a standardized way to discover a tool, retrieve its canonical manifest, verify that the manifest matches an on-chain content commitment, confirm that the endpoint and creator

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ERC-8196 AI Agent Wallets: Policy-Bound Execution, Proofs, and Kill Switches

Applied AI, Advanced blockchain /

Autonomous Wallet Security and Policy Enforcement ERC-8196 AI Agent Wallets: Policy-Bound Execution, Proofs, and Kill Switches ERC-8196 defines an AI agent-authenticated wallet interface designed to let autonomous software execute blockchain actions only when those actions satisfy an asset owner’s registered policy and current verification requirements. Instead of handing an AI agent an unrestricted hot-wallet key,

ERC-8196 AI Agent Wallets: Policy-Bound Execution, Proofs, and Kill Switches Read More »

ERC-8126 AI Agent Verification: Risk Scores, ZK Proofs, and Trust Limits

Applied AI /

AI Agent Security and Verification ERC-8126 AI Agent Verification: Risk Scores, ZK Proofs, and Trust Limits ERC-8126 standardizes a verification framework for AI agents already registered through ERC-8004, combining checks across contracts, media, Solidity code, web endpoints, and wallets with privacy-oriented proof generation and a unified 0-100 risk score. The model can make AI agent

ERC-8126 AI Agent Verification: Risk Scores, ZK Proofs, and Trust Limits Read More »

ERC-8004 Trustless Agents: Identity, Reputation, Validation, and On-Chain Risk

Advanced blockchain, Applied AI /

AI Agent Identity and On-Chain Trust ERC-8004 Trustless Agents: Identity, Reputation, Validation, and On-Chain Risk ERC-8004 proposes an on-chain trust layer for autonomous agents by separating agent discovery, identity, reputation, and independent validation into interoperable registries. Instead of asking users, applications, or other agents to trust a platform-controlled profile, ERC-8004 gives an agent a portable

ERC-8004 Trustless Agents: Identity, Reputation, Validation, and On-Chain Risk Read More »

x402 Payments Explained: How AI Agents Pay for APIs with Stablecoins

Applied AI /

Agentic Commerce and Internet-Native Payments x402 Payments Explained: How AI Agents Pay for APIs with Stablecoins x402 payments turn the HTTP 402 Payment Required response into a machine-readable payment workflow that allows software, applications, and autonomous AI agents to discover a price, authorize a supported payment, retry a request with payment credentials, and receive the

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AI Prompts for Crypto Research: Token, Wallet, Contract, and DeFi Workflows

Applied AI /

Evidence-Led Web3 Research Workflows AI Prompts for Crypto Research: Token, Wallet, Contract, and DeFi Workflows Effective AI prompts for crypto research do not ask a model to guess whether a token is safe, identify a wallet owner from weak clues, or predict the next market move. They define a narrow research objective, provide timestamped on-chain

AI Prompts for Crypto Research: Token, Wallet, Contract, and DeFi Workflows Read More »

AI and Blockchain Oracles: How Smart Contracts Use External Data and Automated Intelligence

Applied AI /

TokenToolHub AI and Oracle Research Guide AI and Blockchain Oracles: How Smart Contracts Use External Data and Automated Intelligence AI and blockchain oracles connect smart contracts with external data, analytical models, automated decisions, and real-world events that a blockchain cannot verify by itself. An oracle can deliver a market price, weather result, sports outcome, proof

AI and Blockchain Oracles: How Smart Contracts Use External Data and Automated Intelligence Read More »

AI Agents and Crypto Wallets in 2026: How Autonomous Apps Could Pay, Trade, and Execute On-Chain

Applied AI /

AI Agents and Crypto Wallets in 2026: How Autonomous Apps Could Pay, Trade, and Execute On-Chain AI agents crypto wallets are becoming one of the most important Web3 infrastructure ideas because autonomous software needs a secure way to hold value, pay for services, trade within limits, call APIs, interact with smart contracts, and execute on-chain

AI Agents and Crypto Wallets in 2026: How Autonomous Apps Could Pay, Trade, and Execute On-Chain Read More »

DePIN and AI Compute in 2026: How Decentralized Infrastructure Is Powering AI, Storage, and Web3 Apps

Applied AI /

DePIN and AI Compute in 2026: How Decentralized Infrastructure Is Powering AI, Storage, and Web3 Apps DePIN and AI compute are becoming major Web3 infrastructure themes because AI workloads need more GPUs, storage, bandwidth, data pipelines, model-serving capacity, and reliable application endpoints than most small teams can build alone. In 2026, decentralized physical infrastructure networks

DePIN and AI Compute in 2026: How Decentralized Infrastructure Is Powering AI, Storage, and Web3 Apps Read More »

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