Embedded Systems and IoT
- The problem
- Assets and devices without real-time sensing or control.
- What we build
- Sensors, firmware, gateways, connected devices, edge computing and dashboards.
Foundation The devices it runs on
Embedded Systems, IoT & Advanced Hardware
Microcontrollers, sensors, communications, firmware and edge devices that connect digital intelligence with the physical world.
What it covers
Where it applies
Secure access, smart facilities, monitoring, energy systems and automation.
Capabilities
- Microcontrollers
- Sensors
- Communications
- Firmware
- Edge devices
Research focus
Where the R&D work in this domain is concentrated.
- Sensors and microcontrollers
- Gateways and edge computing
- Secure IoT
Engineering disciplines behind it
Embedded systems and IoT
- MCU and SoC development
- Sensing
- Communication
- Firmware
- Edge computing
Electronics and rapid prototyping
- PCB design
- CAD
- Mechanism design
- Enclosure design
- Assembly and test
Solutions built on it
What a business asks for, and what this domain lets us build.
Related work
Portfolio work that draws on this domain, each at its evidenced status.
- PrototypeTechnoBerg IoT Smart LockConnected access-control prototype with keypad authentication, Wi-Fi control, multi-user credentials, event logging and security controls.View in Products
- PrototypeTAFISPrototype intended to reduce incorrect vehicle fuelling and measure fuel quantity using sensing, controlled flow and monitoring.View in Products
- ConceptWindowlligentRetrofit smart-window concept for filtered and cooled air, sensing, power switching and smart-home integration.View in Products
Learn it with TechnoBerg Education
Programmes that teach the skills this domain is built on.
All programmesBring us the problem.
Whether it is a research question or a system to build, the conversation starts the same way: with what you are trying to achieve.