The GLG Toolkit (Generic Logic) is a graphical framework engineered for building low-latency, mission-critical PCM (Pulse Code Modulation) telemetry and Human-Machine Interface (HMI) applications. It provides a suite of tools for designing real-time data visualizations, dashboards, and control panels.Key features and components of the GLG Toolkit include:Interactive HMI Editor: A point-and-click graphical editor that allows developers to design displays without manual coding.Real-Time Visualization: Includes a large collection of pre-built components like dials, meters, strip charts, and XY plots capable of handling tens of thousands of data points.Data Connectivity: Features an Open Data API to connect HMI screens to any telemetry data stream, process database, or custom hardware driver.Cross-Platform Support: Deploys across various environments including desktop (C/C++, C#, Java), web (JavaScript, React, Angular), and embedded systems.GIS Mapping: Includes an optional self-contained map server for displaying location-based telemetry data without requiring an internet connection.You can explore product features, access documentation, or download the free community edition on the Generic Logic website.If you want to know more, let me know:Are you building for desktop, web, or embedded systems?What frameworks (C++, C#, Java, JavaScript) are you currently using for your project?
The GLG Toolkit by Generic Logic is a premier multi-platform graphical framework engineered specifically for building low-latency, mission-critical PCM (Pulse Code Modulation) Telemetry and HMI (Human-Machine Interface) visualization systems.It decouples the graphical frontend from the backend data acquisition systems, making it highly efficient for real-time aerospace, defense, and industrial telemetry monitoring.Key Capabilities for PCM Telemetry & HMILow-Latency Monitoring: Optimized to handle high-frequency data streams, rendering complex high-performance charts with tens of thousands of real-time data points smoothly.Interactive HMI Graphics Builder: A point-and-click graphical editor that eliminates manual coding for UI elements. It allows developers to build telemetry mimics, flight instrument panels, and command dashboards.Pre-built Components: Includes an extensive library of dials, meters, aerospace/cockpit gauges, strip charts, toggles, and status indicators.Open Data API: The GLG Open Data API offers a vendor-neutral approach. Telemetry parameters decoded from PCM frames (via hardware decommutators or software math engines) can be mapped dynamically to HMI objects at runtime.Cross-Platform Deployment FlexibilityThe toolkit allows developers to design a telemetry display once and deploy it across completely different environments:Deployment TypeSupported Technologies & PlatformsWeb & MobilePure HTML5, JavaScript, React, Angular, Next.js (Zero-plugins, runs in any mobile or desktop browser).Desktop ApplicationsC/C++, C#/.NET, Java (Windows, Linux, Unix).Embedded SystemsC/C++ cross-compilation for ARM boards (e.g., Raspberry Pi, NVIDIA Jetson, embedded hardware).How It Fits into a Telemetry PipelineData Ingestion: The PCM raw telemetry stream is ingested and decoded by an external software suite or hardware decommutator.HMI Binding: Using the GLG Data Gateway or Open Data API, variables (like velocity, altitude, temperatures, and bit flags) are assigned "Data Tags".Real-time Animation: The HMI screens instantly animate changing states, driving gauges and time-history strip charts without lagging the main data processing thread.If you are developing a specific system, let me know:What backend language or framework (C++, C#, Java, or Web/React) you plan to use.The nature of your PCM data source (e.g., live network stream, file playback, hardware decom).If you need guidance on setting up the GLG Graphics Builder or trying out their free Community Edition.
