• Account abstraction for agents: Programmable smart accounts for AI workflows

    AI agents that act autonomously on behalf of users need accounts that are flexible, secure, and frictionless. Account abstraction for agents is a shift in how blockchain accounts are designed: instead of forcing agents to use a single immutable wallet with fixed rules, smart accounts let developers encode logic, payment options, and recovery flows directly…

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  • Best Chains for Agentic Payments: Fees, Finality, and Tooling Compared

    The term ‘agentic payments’ refers to payouts and transactions executed by local agents or representatives on behalf of users or businesses. Choosing the best chains for agentic payments means balancing fees, finality, developer tooling, and real-world onboarding. This guide walks through the strengths and trade-offs of leading blockchains and payment rails so you can match…

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  • Passkeys for Agent Wallets: Strong Authentication Without Seed Phrases

    Passkeys for agent wallets are changing how users authenticate and protect decentralized identities. Instead of relying on fragile seed phrases or passwords, passkeys use FIDO2 public-key cryptography to offer strong, phishing-resistant authentication tied to a user’s device or platform. This makes them an attractive option for agent wallets that need secure, user-friendly access to private…

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  • Agent Identity and Payments: Verifiable Identities for Secure Agent Payouts

    Agents are the on-the-ground connectors between customers and financial rails. When money moves through an agent — whether paying out benefits, collecting cash for digital deposits, or executing merchant settlements — the system needs assurance that the person taking and sending funds is who they claim to be. This article explains how agent identity and…

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  • AI agents paying for compute

    Introduction: why AI agents paying for compute matters As autonomous AI agents become more capable, they often need to acquire compute and inference time on demand to complete tasks. Understanding how AI agents paying for compute works is essential for architects, product managers, and security teams who want predictable budgets, reliable performance, and strong data…

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  • Private Payouts for Autonomous Agents

    The rise of autonomous systems and decentralized workflows increases demand for transparent but private payment mechanisms. Autonomous agent payouts must balance auditability, schedule flexibility, and confidentiality. In this post we explain how private payouts work, why they matter for teams and protocols, and practical steps to implement them without exposing sensitive payment amounts. Why privacy…

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