Services
Embedded Systems Engineering
Complete embedded systems in which hardware, firmware and connectivity are designed as one for performance, power and cost.
01Overview
What this service covers
An embedded system is more than a circuit board with code on it. Processor choice, memory, power architecture, radios and software all influence one another, and the best results come when they are designed together. That is how NETNOVA approaches embedded systems engineering. Our engineers define the system architecture first: what must be processed locally, what is sent to the cloud, how the device is powered, and how it will be updated and maintained. From there we select the right platform, whether a low-power microcontroller, a cellular IoT system-in-package or an embedded Linux processor, and develop the hardware and firmware in parallel. Board bring-up, integration and validation are carried out in our lab with structured test plans covering functionality, power consumption, communication performance and operating conditions. Issues are found and fixed early, before they reach the field. The result is an embedded system optimized for your application's performance, power budget and bill of materials, supported by documentation that keeps it maintainable for years. Typical applications include data acquisition, protocol conversion, metering, asset monitoring and industrial control.
Technologies
02What we do
How Embedded Systems Engineering works in practice
System Architecture
Hardware, firmware and connectivity designed as one system.
Platform Selection
The right MCU, cellular SiP or embedded Linux processor.
Bring-Up & Integration
Board bring-up, driver integration and debugging.
Validation
Structured functional, power and communication testing.
03Our development process
How we deliver Embedded Systems Engineering
- 01
Concept
Requirements analysis, feasibility study and technology exploration.
- 02
Architecture
End-to-end system architecture and technology selection.
- 03
Prototype
Rapid prototyping and proof of concept for hardware and firmware.
- 04
Validation
Lab and field validation, performance and reliability testing.
- 05
Pilot
Pilot deployment in real environments with operational feedback.
- 06
Deployment
Production, commissioning and handover.
- 07
Support
Long-term engineering support, updates and lifecycle management.
04Industries
Where we deploy it
Next step
Ready to start with Embedded Systems Engineering?
Book an R&D consultation. We'll discuss your requirements, constraints and timeline - and propose a phased engagement.