Geospatial OSINT Dashboard for Openclaw

A comprehensive framework for building real-time geospatial intelligence dashboards with 3D rendering and tactical visual effects.

imjohnathanblog-spec
v1.0.0
Mar 6, 2026
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1.2k
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Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install geospatial-osint

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install geospatial-osint using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Geospatial OSINT Dashboard?

The Geospatial OSINT skill is designed for developers building Worldview-style intelligence dashboards that require real-time monitoring of global events. It provides the technical foundation for integrating multi-source intelligence, including commercial and military aircraft tracking, maritime traffic, satellite orbits, and seismic data into a cohesive 3D environment. By leveraging Openclaw Skills, developers can create sophisticated visualization tools that handle high-density data streams while maintaining professional-grade performance.

This skill focuses on the intersection of geospatial data and tactical aesthetics, offering specialized post-processing shaders for Night Vision (NVG), Thermal, and CRT rendering modes. It is ideal for researchers, analysts, and developers who need to synthesize disparate OSINT data into a single, actionable 3D globe interface.

Geospatial OSINT Dashboard Use Cases

  • Monitoring geopolitical hotspots with real-time flight and maritime traffic overlays.
  • Developing satellite tracking systems to predict orbital passes and coverage windows.
  • Building emergency response dashboards that visualize seismic activity alongside infrastructure data.
  • Creating immersive, spy-thriller style command centers for security operations and situational awareness.

How Geospatial OSINT Dashboard Works

  1. Initialize the core 3D globe environment using Cesium.js and Three.js with high-resolution terrain and building data.
  2. Establish data pipelines to poll various OSINT APIs such as ADS-B Exchange for aircraft and CelesTrak for orbital elements.
  3. Propagate satellite positions using the SGP4 algorithm and map real-time coordinates to 3D entities on the globe.
  4. Apply a post-processing shader pipeline to the scene to render tactical visual modes like CRT scanlines or thermal heatmaps.
  5. Implement a multi-agent development workflow to parallelize the construction of data layers, UI components, and visual effects.

Geospatial OSINT Dashboard Setup

To get started with this project, ensure you have a modern web development environment ready. Install the core dependencies via npm:

npm install cesium satellite.js three

Configure your API access for data providers like OpenSky Network or ADS-B Exchange. If you are using Openclaw Skills to automate the build, initialize your project structure to handle parallel agent tasks for the data layer and the UI layer separately.

Geospatial OSINT Dashboard Data Schema & Taxonomy

The skill organizes intelligence into discrete data layers for efficient rendering and filtering:

Layer Type Source Format Primary Key Update Frequency
Aviation JSON States ICAO 24-bit Hex ~5-10 Seconds
Orbital TLE (Two-Line Element) NORAD Catalog ID Periodic Refresh
Maritime AIS Data MMSI Number ~60 Seconds
Seismic GeoJSON Event ID Real-time Feed

All entities are stored within a centralized collection to allow for time-based replay and historical analysis.

Geospatial OSINT Dashboard Advanced Features

  • Custom GLSL fragment shaders for simulating advanced optical sensors like Thermal and Fluor imaging.
  • Automated anomaly detection scripts that monitor specific regions for unusual military or aviation activity.
  • PointPrimitiveCollection optimization for rendering over 10,000 active entities without UI degradation.
  • Multi-agent prompt templates designed to streamline the integration of new geospatial data sources.

SKILL.md


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