NASA Ames Research Center × JPL

OpenMCT
Platform

The same mission control framework NASA uses for Mars rover operations, ISS monitoring, and spacecraft analysis across the solar system.Build professional telemetry dashboards and real-time data visualizations.

CORE FRAMEWORK

Enterprise-grade mission control capabilities used by NASA across multiple space missions

Real-Time Telemetry

Stream and visualize live telemetry data from spacecraft, rovers, and IoT devices. Support for multiple data sources with customizable refresh rates and buffering.

Composable Views

Drag-and-drop interface builder with plots, tables, imagery, and timelines. Create custom layouts that adapt to mission-specific operational needs.

Plugin Architecture

Extensible framework with robust API for custom visualizations, data adapters, and mission-specific functionality integration.

12.5K
GitHub Stars
170+
Active Projects
NASA
Production Use
Possibilities

ACTIVE MISSIONS

Currently supporting spacecraft operations, rover missions, and research facilities across NASA

🔴

Mars 2020

Perseverance Rover Operations

🛸

ISS

Cold Atom Laboratory

📡

ASTERIA

CubeSat Mission Control

🌊

Jason-3

Ocean Altimetry Satellite

ABOUT THIS PLATFORM

EXPERIMENTAL SANDBOX

This platform is designed exclusively for experimental demonstrations and educational exploration of NASA's OpenMCT framework. It serves as a non-commercial sandbox for developers, researchers, and space enthusiasts to learn, experiment, and share knowledge about mission control technologies.

FRAMEWORK NEWS & UPDATES

Stay informed about the latest developments in OpenMCT, including new features, mission deployments, community contributions, and technical updates from NASA's Ames Research Center and JPL teams. All content focuses specifically on the OpenMCT ecosystem and its applications.

NON-COMMERCIAL PURPOSE

This is a non-profit educational resource built to support the OpenMCT community. No commercial services are offered. The platform exists solely to facilitate learning, experimentation, and knowledge sharing around NASA's open-source mission control framework.

TECHNICAL FOUNDATION

Built on proven aerospace-grade technologies and modern web standards

FRAMEWORK CORE

JavaScript ES6+
Vue.js Components
Webpack Bundling
Node.js Runtime

DATA HANDLING

Real-time Streaming
Historical Archives
Plugin Architecture
RESTful APIs

START EXPERIMENTING

Join the community building the future of mission control interfaces