How does the skill suggest organizing dashboard modules?

It generally follows a coherence pattern: high-context visuals (cameras/maps) at the top, state monitors in the middle, and deep logs or fault tables at the bottom.

What is the recommended number of modules per view?

For an overview dashboard, this skill recommends a target of 8-16 modules to maintain a balance between informative data and operator usability.

What is the Formant View Configuration skill?

It is a specialized capability for Claude Code designed to help users create, evaluate, and improve historical telemetry dashboards within the Formant platform using operator-focused heuristics.

Can I revert changes made by this skill?

Yes, it is designed to work with the formant-config-lifecycle plugin, which handles snapshots and rollbacks to ensure any view mutations are safe.

Does this skill handle teleoperation view design?

No, this skill is specifically optimized for historical telemetry and coherence-style dashboards. Teleoperation-first interfaces should use the formant-teleop-view-configuration skill.

Formant View Configuration

Name: Formant View Configuration
Author: FormantIO

byFormantIO

0•

Analytics & Monitoring

Designs and optimizes Formant historical telemetry dashboards for improved operator visibility and system diagnostics.

This skill enables Claude to design, assess, and refine Formant historical telemetry views using a coherence-style presentation pattern. It provides expert guidance on stream selection, module layout, and timeline behavior to ensure dashboards are intuitive for operators and engineers. By applying practical heuristics rather than rigid rules, the skill helps create structured interfaces that balance visual context—like camera feeds and maps—with deep technical data, making it easier to debug historical events and monitor fleet health.

Key Features

01Configuration of timeline-aware modules for historical time-travel usage

020 GitHub stars

03Stream classification to identify useful versus noisy telemetry data

04Coherence-style presentation patterns for standardized operator context

05Safety-first integration with configuration lifecycle tools for snapshots and rollbacks

06Heuristic-based dashboard layout and module sizing recommendations

Use Cases

01Converting cluttered data streams into structured, readable operator interfaces

02Designing a high-context robot support overview dashboard

03Optimizing telemetry views for fleet-level monitoring and engineering diagnostics

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add formantio/formant-agent-plugins formant-view-configuration

For use in Claude.ai and ChatGPT

Key Features

01Configuration of timeline-aware modules for historical time-travel usage

020 GitHub stars

03Stream classification to identify useful versus noisy telemetry data

04Coherence-style presentation patterns for standardized operator context

05Safety-first integration with configuration lifecycle tools for snapshots and rollbacks

06Heuristic-based dashboard layout and module sizing recommendations

Use Cases

01Converting cluttered data streams into structured, readable operator interfaces

02Designing a high-context robot support overview dashboard

03Optimizing telemetry views for fleet-level monitoring and engineering diagnostics

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add formantio/formant-agent-plugins formant-view-configuration

For use in Claude.ai and ChatGPT