Mongoose
 | Documentation user guide and API reference |
 | Mongoose Wizard no-code Web UI builder |
 | Videos and Webinars get in-depth expert insights |
 | Articles embedded technical articles |
 | Comparison comparison with other solutions |
 | Security security overview |
 | TLS Helper fetch CA certificates |
 | OTA over MQTT update firmware over MQTT |
 | GitHub Repo get source code, file issues |
 | Community Forum ask questions, get answers |
 | Mongoose Binary pre-built executable |
Engineering teams use Mongoose to add embedded networking features directly to connected products. Typical use cases include web-based device dashboards, REST APIs, MQTT cloud connectivity, remote monitoring, and firmware update systems for microcontrollers and embedded Linux devices.
Build browser-based interfaces for device configuration, status monitoring, diagnostics, and remote control directly on the embedded device.
Expose HTTP or JSON APIs for integration with applications, automation systems, test tools, and backend services.
Connect embedded devices to cloud platforms for telemetry, remote management, event reporting, and secure data exchange.
Implement remote firmware update workflows, secure file transfer, and service interfaces that simplify field maintenance and product lifecycle management.
Broadcom uses Mongoose in RoboOS for its Avenger Ethernet switch family to provide secure connectivity and a built-in Web UI in resource-constrained networking devices.
Schneider Electric uses Mongoose in its Automation Runtimes to power communication and RESTful API services on lightweight embedded control devices.
Pilz uses Mongoose in its SecurityBridge industrial firewall to provide a web-based UI and API for protecting industrial controller networks.
Balluff uses Mongoose in industrial networking modules to implement Web UI and API functionality for connected automation devices.
Mirion uses Mongoose in its spectroscopic digital signal analyzer to provide embedded connectivity and API functionality on measurement equipment.
Toptech Systems uses Mongoose to add HTTPS, user authorization, file transfer, and REST API capabilities to its oil industry management equipment.
Schenck Process integrated Mongoose into DISOMAT Tersus weighing terminals to implement an SSL-enabled web interface on Linux-based embedded devices.
Actisense uses Mongoose across marine gateway and multiplexer products to provide consistent Web UI and API functionality with lower maintenance effort.
Extensis uses Mongoose in Extensis Connect to provide connectivity and Web UI functionality for its digital asset management application.
Veethree uses Mongoose in its gateway platform to power communication, API services, and embedded web application features across multiple networks.
iXblue uses Mongoose across acoustic positioning systems to provide secure connectivity and remote access in demanding marine and defense environments.
HAENNI uses Mongoose to implement connectivity and a simple RESTful API for its wheel load scales, making integration easier and more stable.
EFR uses Mongoose in its smart meter communication gateway to provide secure connectivity and embedded web functionality.
Swisson uses Mongoose in Ethernet-to-DMX converters to provide a modern web interface and remote access for lighting control products.
VivaBioCell uses Mongoose in its bioreactor to enable embedded connectivity and a web-based user interface for automated bioprocessing.
Garmo uses Mongoose in its laser welding sensor platform to deliver embedded connectivity and Web UI functionality.
Aloha Browser uses Mongoose to provide a secure way to share files directly across devices without relying on third-party cloud services.
Duagon uses Mongoose in railborne vehicle software to implement a modern embedded web interface.
Mabo Engineering uses Mongoose to implement a web interface for automated guided vehicle monitoring.
FARO uses Mongoose in its 3D scanner platform to implement Web UI and API functionality for industrial imaging systems.
TFG uses Mongoose to implement Web UI functionality in its cloud-based fintech software platform.
Zyllem uses Mongoose to implement Web UI and API functionality for its courier allocation service.
An embedded web server runs directly inside device firmware and provides a web interface or API for configuring, monitoring, and controlling the device through a browser or software application.
Mongoose runs on many embedded platforms including STM32, ESP32, NXP, RP2040 and other microcontrollers, as well as embedded Linux systems. It works with popular TCP/IP stacks like lwIP, Zephyr, and NetX, or in standalone networking environments.
Developers use Mongoose to build device dashboards, web-based configuration interfaces, REST APIs, MQTT cloud connectivity, remote monitoring systems, and firmware update mechanisms for connected products.
A built-in web interface allows users to configure and manage devices using a standard web browser without installing dedicated software. This simplifies device deployment, diagnostics, and maintenance.
Mongoose
