Device control
We connect peripherals, sensors and control elements through firmware, defining state transitions and timing needs.
- Firmware
- Drivers and control logic
EMBEDDED SYSTEMS
The engineering behindintelligent devices.
Electronics, embedded software and communication. Explore the technology working together inside a charge.
Let’s develop your productFROM HARDWARE TO SOFTWARE. FROM CODE TO ENERGY.
Every layer that makes a product work.
We develop connected systems from electronic design and firmware to device communication and management software.
Local simulation · example 60 kWh battery · accelerated time. No connection to a real vehicle, charger or management service.3D vehicle model · Source and licenseEmbedded Systems and Firmware Development
The software inside defines how a device behaves.
We develop embedded software around the hardware and operating scenarios of the product. Sensing, control, communication and failure states are considered across the whole device.
From prototype to a field-ready product, hardware and software work should share the same requirements.
What we deliver
The working layer between hardware and application.
Communication
We implement internal and external communication using supported interfaces and protocols, accounting for lost connections and invalid responses.
- Communication layer
- Data contracts
Diagnostics and lifecycle
We design error reporting, device-state visibility and update needs, coordinating testing and releases with hardware revisions.
- Diagnostics
- Testing and release plan
The work in context
A charging unit brings many decisions together.
The charging example brings device control, temperature, energy transfer and communication with a central system together. Firmware coordinates these behaviors through defined states and conditions.
- Hardware awareness
- Control decisions relate to sensor readings and device state.
- Connected layers
- Device behavior and management communication have distinct responsibilities.
How we work together
Understand the hardware and verify its behavior.
Deliverables and the working plan are defined around the needs of your project.
Requirements
Review hardware, functions and operating conditions.
OutputDevice behavior specificationFirmware structure
Plan drivers, states and communication layers.
OutputFirmware architectureDevelopment
Develop behavior on hardware in controlled steps.
OutputWorking firmwareVerification
Test functional and failure scenarios and record findings.
OutputTest findings and release
Engineering in the details
Field conditions belong in the firmware design.
State management
Startup, operation, waiting and failure have explicit transitions.
Resource limits
Memory, timing and energy use are considered against hardware capacity.
Updates and diagnostics
Version information, diagnostic traces and update conditions follow product needs.
Common questions
Let's start with your questions.
Can you develop firmware for existing hardware?
We review hardware documentation, components, existing firmware and development interfaces. Available resources and device constraints define scope.
Can hardware design be included?
Yes. Hardware prototyping and firmware can be planned together around shared requirements.
Can every device be updated remotely?
Connectivity, memory, boot structure and recovery requirements must be assessed. The method depends on hardware capabilities and operating conditions.
Let’s define how your device should behave.
Share your hardware, operating scenarios and communication needs.