Explore specific modernization areas
Device software modernization usually consists of several connected workstreams. Depending on the current state of the product, the first useful step may be a service GUI, a device API, MQTT communication, OTA structure, documentation, testing or a focused architecture assessment.
Case Study: RF Generator Platform
Example of modernizing an existing high-precision RF generator platform with service layer, REST/MQTT communication, browser-based access and improved maintainability.
Web-based Service GUI
Browser-based service interfaces for status, diagnostics, configuration, maintenance workflows and controlled engineering access.
Node.js Runtime for Embedded Device Interfaces
Local service runtime for embedded devices, protocol adaptation, REST APIs, MQTT events and browser-based UI integration.
REST APIs for Devices
Structured APIs for device control, configuration, diagnostics, service access and customer integration.
MQTT Device Communication
MQTT-based telemetry, asynchronous events, alarms, diagnostics and integration with monitoring or automation systems.
Component-based Secure OTA Updates and Versioning
Component-based Secure OTA update concepts, release structure, software versioning, compatibility checks and field diagnostics.
Device Software Documentation
Architecture, interface, API, service, diagnostic, test and release documentation for maintainable device software.
Testing & CI for Device Software
Practical test strategy and CI structure for embedded software, service layers, REST APIs, MQTT communication and browser UIs.
Architecture Assessment
A focused technical assessment of existing software architecture, communication paths, diagnostics, update structure and modernization options.