hosted-agents

Scalable hosted agent infrastructure is built by orchestrating sandboxed workloads, managing warm pools, and maintaining per-session state. This approach uses deterministic lifecycle gates to coordinate image builds and ensure reliable remote execution environments for multi-user AI workflows.

Per-session state isolation is managed through deterministic lifecycle controls that enforce sandboxed boundaries. By applying token-based authentication and explicit per-user git identity management, the infrastructure maintains strict isolation and auditability for multiplayer agent collaboration.

Warm pools accelerate sandbox spin-up by keeping pre-built execution environments ready for immediate use. When a user prompt arrives, the infrastructure quickly allocates a warm sandbox, reducing startup latency for remote coding sessions and self-spawning workflows.

Yes, Modal-style sandboxes support self-spawning workflows and multi-user collaboration patterns. The infrastructure coordinates image builds and enforces per-user git attribution, ensuring automated git-based workflows remain reliable and isolated across independent sessions.

Sandbox lifecycle controls allow you to explicitly create, snapshot, restore, and terminate execution environments. Terminating a session captures a snapshot for later reuse, ensuring deterministic lifecycle gates govern the entire remote execution state.

Token-based authentication is required to enforce per-session isolation and explicit per-user git identity management. This ensures that collaborative multi-user workflows maintain strict reliability and auditability across all sandboxed remote execution environments.