Pocketty
An iPhone SSH terminal application designed for the AI agent era. Its core feature is proactively sending push notifications to users when an AI agent's execution is blocked. Combined with mobile SSH connectivity, it helps developers monitor asynchronous tasks remotely when away from their computers.
Timeline (last 90 days)
Pocketty is an iPhone SSH terminal that proactively sends push notifications to users when an AI Agent is blocked.
When Pocketty was posted in the Show HN section of Hacker News, it received only 8 upvotes and 0 comments.
Pocketty's functionality is divided into two layers: a mobile SSH terminal and blocking detection oriented toward Agents.
One feasible architecture for implementing continuous SSH session monitoring and triggering push notifications is to rely on a server-side relay, where the cloud performs pattern matching and then pushes to the device via APNs.
A server-side relay architecture means SSH traffic needs to pass through a third-party server, which raises requirements for security and privacy.
Pocketty is still in a very early stage, and key questions such as its blocking detection accuracy, compatibility scope, and security lack public documentation.
All Facts (6)
Pocketty is an iPhone SSH terminal that proactively sends push notifications to users when an AI Agent is blocked.
50%UnverifiedWhen Pocketty was posted in the Show HN section of Hacker News, it received only 8 upvotes and 0 comments.
50%UnverifiedPocketty's functionality is divided into two layers: a mobile SSH terminal and blocking detection oriented toward Agents.
50%UnverifiedOne feasible architecture for implementing continuous SSH session monitoring and triggering push notifications is to rely on a server-side relay, where the cloud performs pattern matching and then pushes to the device via APNs.
50%UnverifiedA server-side relay architecture means SSH traffic needs to pass through a third-party server, which raises requirements for security and privacy.
50%UnverifiedPocketty is still in a very early stage, and key questions such as its blocking detection accuracy, compatibility scope, and security lack public documentation.
50%