How to Build a Hermes Agent Control Dashboard

TL;DR

Build the dashboard around five layers: command, approval, visibility, memory, and operator decisions. Route structured tasks through Postgres to a local bridge that runs Hermes through the CLI and returns results, keeping the local machine off the public internet. Add approval gates, workflow and cron monitoring, inspectable memory, and action-focused panels so the operator always knows what needs attention.

Transcript

This is my Hermes Agent Mission Control Dashboard. From one screen, I can see what Hermes is doing, what needs my approval, which workflows are running, what shipped, and what I should do next. And the most important part is I can control my Hermes Agent straight from this dashboard and [music] talk to all of my different sub agents. So, in this vi... Read More

Key Insights

• A useful agent mission control has five layers: command, approval, visibility, memory, and operator decisions. Together, these layers let an operator dispatch work, control consequential actions, monitor system health, inspect accumulated context, and determine what deserves attention next.
• The dispatch path is the first design problem to solve. A task must travel reliably from the dashboard to Hermes, and the result must return to the interface. Cards and charts become useful only after this underlying request and response flow works.
• The local bridge protects the machine from direct internet exposure. The website writes structured requests to Postgres, the bridge polls for queued work, Hermes executes it through the CLI on the Mac mini, and the bridge writes the resulting output back to the database.
• The approval inbox creates a boundary between autonomous work and consequential action. Research, briefs, internal updates, and approved scheduled jobs can move quickly, while actions such as sending email, purchasing something, deleting a file, or making an external commitment wait for human approval.
• Every workflow card should identify the workflow, its current status, its next action, and any blocker. Information that cannot help an operator make a decision, especially during a quick morning review, is decorative and should be removed from the dashboard.
• Cron monitoring protects scheduled intelligence from silent failure. Scheduled work can stop delivering value when credentials expire, deliveries break, models error, or jobs fail, so the dashboard must show what ran, what happened, and where intervention may be required.
• The memory wiki makes persistent context inspectable and editable. Projects, lessons, facts, logs, corrections, and operating decisions can be browsed from the dashboard, allowing the agent to preserve useful judgment instead of treating every working session as a fresh start.
• The operator layer turns system activity into decisions. Daily briefs, next-action panels, content workflows, and similar modules should surface what needs attention, helping the dashboard function as an operating room rather than merely presenting impressive-looking agent activity.

Questions & Answers

Q: Why does a Hermes agent need a mission control dashboard?

A Hermes agent can work across Telegram, the terminal, files, tools, and background processes, so one chat thread cannot show the entire operating picture. A mission control dashboard exposes open loops, failed runs, pending approvals, scheduled jobs, active agents, and current tasks. Hermes continues doing the work, while the dashboard gives the operator visibility and control over that work.

Q: What are the five layers of an agent mission control dashboard?

The five layers are command, approval, visibility, memory, and operator decisions. The command layer dispatches work to Hermes. The approval layer pauses consequential actions for human review. The visibility layer displays agents, tasks, cron jobs, costs, and failures. The memory layer exposes accumulated knowledge, while the operator layer highlights briefs, next actions, content workflows, and decisions requiring attention.

Q: How can a web dashboard send tasks to Hermes safely?

The dashboard can write structured task requests into Postgres, which acts as a message bus. A local bridge running on the Mac mini polls the database, collects queued work, invokes Hermes through the CLI, and writes the result back. The local machine still performs the work, but it is not exposed to the internet and the website never receives direct shell access.

Q: Which Hermes actions should require human approval?

Consequential external actions should wait for human approval, including sending an email, buying something, deleting a file, or making an external commitment. The approval inbox should show what Hermes intends to do, why it proposes the action, and the prepared output. Safe work such as research, briefs, internal updates, and previously approved scheduled jobs can run automatically without creating the same level of risk.

Q: What information should every agent workflow card show?

Every card should quickly answer four questions: what the workflow is, what its current status is, what action comes next, and whether a blocker exists. A card that cannot answer these questions is likely decorative. The practical test is whether the information helps the operator make a decision during a quick review, even before they have fully settled into the day.

Q: Why should a mission control dashboard monitor cron jobs?

Scheduled jobs can fail quietly because a credential expires, a delivery breaks, a model errors, or the job itself stops working. A simple schedule list is therefore insufficient. A cron monitor should show which jobs ran, what happened, and which failures need investigation. This protects recurring work such as daily briefs, competitor checks, opportunity monitoring, client alerts, and other scheduled intelligence.

Q: How does a memory wiki improve a Hermes agent system?

A memory wiki preserves the project context and decisions that made earlier tasks successful. It can contain projects, lessons, facts, logs, corrections, and operating rules, then mirror that material into the dashboard for reading, searching, and editing. This makes accumulated judgment visible and reduces the feeling that every session begins from zero, while keeping larger context separate from small facts needed constantly.

Q: What is the biggest design priority when building mission control?

The first priority is the dispatch path, not the visual cards or charts. The builder must determine how a task moves from mission control to Hermes and how the completed result returns to the interface. Once that path works, approvals, monitoring, memory, and operator panels become genuinely useful. Without it, the dashboard risks becoming a polished status page rather than a functional control system.

Summary & Key Takeaways

• Hermy HQ separates agent execution from operational oversight. Hermes performs work through tools, files, Telegram, the terminal, and background processes, while the dashboard provides one place to dispatch tasks, review approvals, monitor agents and workflows, inspect persistent memory, and identify the decisions or actions requiring human attention.

• The dispatch architecture uses Postgres as a message bus between the website and a local Hermes Bridge on a Mac mini. The bridge polls for queued requests, invokes Hermes through the CLI, and writes results back. This design enables web-based control without exposing the local computer or granting the website direct shell access.

• Trust and reliability come from approval gates and meaningful visibility. Safe internal work can proceed automatically, while consequential actions wait for review. Agent cards expose status, blockers, and next actions, cron monitoring reveals failures, and the memory wiki preserves project context, decisions, lessons, facts, and logs across sessions.