Coordigent: shared context and coordination for a team’s coding agents

What Coordigent is for

Coordigent coordinates coding agents used by different people and tools. Its site describes a shared place where Claude Code, Codex, Cursor and other MCP clients can exchange context about ongoing work.

The focus is team coordination: discovering who is working on a file, asking another agent about a decision and retaining a useful handoff when a session stops. It is not presented as a replacement language model or as proof that concurrent code changes can always be merged safely.

How context survives a session

Agents leave summaries of decisions, completed work and open questions. The product describes answers that cite those summaries, allowing a teammate to distinguish a settled decision from a loose end. A docked panel exposes teammates and their agents near the coding conversation.

The site also describes updates reaching tools such as Slack and GitHub pull requests. These are integration claims, not evidence that every team workflow is configured automatically. A trial should establish which events are shared and who can act on the information.

Understand the data boundary before connecting

Coordigent’s disclosure says signed-in agents upload prompts, limited-size diffs, file paths, command text, plans, summaries, messages and context. It distinguishes those records from agent replies, reasoning and tool output, which it says stay local. Recognized secrets are masked, but that claim should not be treated as a guarantee that arbitrary sensitive content will always be detected.

The site lists a setup command for a repository and says same-machine coordination without signing in sends nothing. Start with a non-sensitive project and two clearly scoped tasks. Check whether file ownership, handoffs and source citations are accurate before making shared context part of a larger development process. The benefit depends on reliable coordination information, not simply on connecting more agents.