What are hosted agents compared to local agents?

Hosted agents run in remote, isolated sandboxed environments rather than on a user's local machine, allowing for higher concurrency, persistent sessions, and collaborative multiplayer access.

Can hosted agents interact with my Git repositories securely?

Yes, the skill includes patterns for using GitHub app installation tokens and configuring git identities to ensure work is attributed to the correct user.

Does this skill support multiplayer collaboration?

Yes, it provides architecture patterns for per-session state isolation and real-time streaming that enable multiple team members to observe and interact with the same agent session.

What is a self-spawning agent?

A self-spawning agent is an AI that can programmatically create new sub-sessions to handle parallel tasks, such as researching different repositories or breaking a large PR into smaller components.

How does predictive warm-up improve agent performance?

Predictive warm-up starts spinning up a sandbox environment as soon as a user begins typing a prompt, ensuring the environment is ready by the time the user hits enter.

Hosted Agent Infrastructure

Name: Hosted Agent Infrastructure
Author: guanyang

byguanyang

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124

Infraestructura en la Nube

Design and scale remote, sandboxed execution environments for autonomous and collaborative background agents.

Acerca de

This skill provides specialized guidance for building robust hosted agent infrastructure, enabling agents to run independently in remote sandboxed environments rather than on local machines. It covers critical implementation patterns like image registry management, predictive sandbox warm-up, and multiplayer state synchronization, allowing teams to move beyond local machine constraints and achieve unlimited concurrency for complex AI workflows across multiple client interfaces like Slack, Web, and VS Code.

Características Principales

Server-first architecture design for consistent behavior across Slack, Web, and IDE interfaces.
Remote sandbox infrastructure and image registry patterns for near-instant session starts.
Multiplayer agent collaboration with shared state and real-time synchronization across clients.
Self-spawning agent capabilities for parallel task execution and multi-repo research.
Automated Git configuration and authentication for user-attributed background PR creation.
124 GitHub stars

Casos de Uso

Scaling agent workflows with predictive warm-up and parallel sub-agent spawning for large projects.
Creating secure, sandboxed environments for safe code execution and multi-user debugging.
Building background coding agents that run independently of user hardware and connectivity.

Acerca de

Características Principales

Server-first architecture design for consistent behavior across Slack, Web, and IDE interfaces.
Remote sandbox infrastructure and image registry patterns for near-instant session starts.
Multiplayer agent collaboration with shared state and real-time synchronization across clients.
Self-spawning agent capabilities for parallel task execution and multi-repo research.
Automated Git configuration and authentication for user-attributed background PR creation.
124 GitHub stars

Casos de Uso

Scaling agent workflows with predictive warm-up and parallel sub-agent spawning for large projects.
Creating secure, sandboxed environments for safe code execution and multi-user debugging.
Building background coding agents that run independently of user hardware and connectivity.