CLI Session Hardening: TTL, Renewals, and Emergency Disconnection for Self-Hosted Wallets

Description and use

<h1> CLI Session Hardening: TTL, Renewals, and Emergency Disconnection for Self-Hosted Wallets </h1> <p>Would you trust a third party with your AI agent's private keys? If you're running autonomous agents that move real money, the answer shapes everything about how you architect your setup. Self-hosted wallet infrastructure gives you something no hosted service can: the ability to define, inspect, and enforce exactly how long an AI agent's access lasts — and to kill that access instantly when something goes wrong.</p> <h2> Why Session Hygiene Matters When Agents Hold Value </h2> <p>There's a m

Problem

<h1> CLI Session Hardening: TTL, Renewals, and Emergency Disconnection for Self-Hosted Wallets </h1> <p>Would you trust a third party with your AI agent's private keys? If you're running autonomous agents that move real money, the answer shapes everything about how you architect your setup. Self-hosted wallet infrastructure gives you something no hosted service can: the ability to define, inspect, and enforce exactly how long an AI agent's access lasts — and to kill that access instantly when something goes wrong.</p> <h2> Why Session Hygiene Matters When Agents Hold Value </h2> <p>There's a m

Outcome

<h1> CLI Session Hardening: TTL, Renewals, and Emergency Disconnection for Self-Hosted Wallets </h1> <p>Would you trust a third party with your AI agent's private keys? If you're running autonomous agents that move real money, the answer shapes everything about how you architect your setup. Self-hosted wallet infrastructure gives you something no hosted service can: the ability to define, inspect, and enforce exactly how long an AI agent's access lasts — and to kill that access instantly when something goes wrong.</p> <h2> Why Session Hygiene Matters When Agents Hold Value </h2> <p>There's a m

Evidence

CLI Session Hardening: TTL, Renewals, and Emergency Disconnection for Self-Hosted Wallets

Source