nasa/openmct
Openmct
Open MCT is a web-based framework designed for visualizing telemetry data and monitoring the health of complex systems. It provides a centralized environment for ingesting, processing, and displaying real-time and historical data streams through customizable operator dashboards.
The platform is built on a modular architecture that allows for the integration of external data sources and the addition of custom features through a plugin system. By utilizing a hierarchical object-graph model and a unified interface for time-series data, the framework ensures that information is consistently represented and accessible across different visualization components.
The system supports a wide range of monitoring and observability tasks, enabling users to construct interactive interfaces tailored to specific operational requirements. It is distributed as a web-based application that can be extended to support specialized data types and processing capabilities.
Features
- Data Visualization Platforms - Acts as a framework for integrating external data streams and displaying performance metrics for mission-critical operations.
- Telemetry Visualization - Displays real-time and historical performance metrics through customizable operator dashboards.
- Real-Time Monitoring Dashboards - Visualizes live data streams from complex systems to maintain operational awareness.
- System Health Dashboards - Provides custom operator interfaces for monitoring system health and identifying critical trends.
- Science and Analytics - Web-based framework for mission control operations.
- Data Visualization - Web-based framework for mission control.
- डेटा विज़ुअलाइज़ेशन और एनालिटिक्स - मिशन कंट्रोल ऑपरेशंस के लिए वेब-आधारित फ़्रेमवर्क।
- Mission Control - Mission control framework for visualizing desktop and mobile data.
- External Data Integrations - Connects external telemetry sources to the application for real-time monitoring and analysis.
- Hook-Based Plugin Systems - Implements a hook-based plugin system for extending core functionality without modifying base source code.
- Time-Series Data Abstractions - Provides a unified interface for seamless retrieval of both historical and real-time time-series data.
- Plugin Extenders - Allows extending platform functionality by loading custom modular components at runtime.
- Modular Plugin Architectures - Enables adding custom features and data processing capabilities through a flexible plugin architecture.
- Declarative View Configurations - Constructs user interfaces by mapping data objects to visual components through structured configuration.
- Data Stream Integrations - Integrates diverse external telemetry streams into a centralized monitoring environment.
- Graph Data Models - Represents system entities as nodes in a hierarchical tree structure to define relationships and persistence.
- Asynchronous Telemetry - Provides standardized interfaces for non-blocking ingestion and transmission of telemetry data streams.
