Visualizing Claude Code Team Workflows: A Deep Dive into claude-code-templates and Claude‑HUD

Problem

The default Claude Code Team UI shows only a flat list of messages, making it difficult to identify which agent performed which task, how tasks are dispatched, and how messages flow between the leader and members.

Solution

Daniel San, AI lead at Hedgineer, built a browser‑based visualisation tool that renders the runtime state of an Agent Team. The tool is distributed via the claude-code-templates npm package.

Installation & Execution

npx claude-code-templates@latest --teams

Running the command automatically opens a local web page that displays three synchronized panels:

Left panel : hierarchical task tree showing parent‑child relationships.

Middle panel : graph of the team structure (leader‑member links).

Right panel : node details – received tasks, sent messages, invoked tools, and current to‑dos.

Team‑Leader View

From the leader perspective the UI lists each member’s assigned tasks and the results they return. Clicking a member expands its personal task list; completed tasks are automatically checked and the corresponding tool calls are shown.

Member View

Switching to a member node preserves the full context. For example, the “Black Hat” role displays the exact prompt it received and the web‑search tool it invoked.

Case Study: Six‑Thinking‑Hat Team

A test team implementing Edward de Bono’s Six Thinking Hats method was run against an academic paper. Compared with Claude Code’s native UI, the visualiser exposed a finer‑grained information flow: every task assignment, tool invocation, and message exchange became visible.

Community Feedback

Users reported that the tool “pulls multi‑agent collaboration out of the black box” and makes the chain of responsibility observable. Some participants questioned whether a strict hierarchy is necessary, suggesting swarm‑like or fully decentralized architectures as alternatives.

Discussion of Architectural Models

Both hierarchical and decentralized models have merits; the choice depends on the task domain. However, a consensus emerged that as the number of agents grows, real‑time monitoring and visualisation become essential.

Lightweight Monitoring Alternative

For continuous status checks, the separate claude-hud tool can be pinned to the system status bar, providing a minimal‑overhead view of agent health.

Repository Links

Visualiser source: https://github.com/davila7/claude-code-templates (≈23 000 stars)

HUD source: https://github.com/jarrodwatts/claude-hud/tree/main (≈4 000 stars)

Recommended Usage

claude-code-templates : full‑stack view for retrospection, task‑dispatch analysis, and debugging complex team workflows.

claude-hud : lightweight, real‑time status monitor suitable for daily operation.

Conclusion

Visibility is a prerequisite for scheduling, retrospection, and optimisation of multi‑agent systems. Visual tools such as the described visualiser and HUD quickly shift from optional utilities to mandatory components once a team exceeds a handful of agents.