Services
Embedded electronics development in Riyadh
An embedded system performs an electronic function inside a device, such as reading a sensor, driving a motor or displaying information, with or without internet access. Alamat scopes circuitry, firmware and integration around power, interfaces and operating conditions. The proposal defines handover files, assembly and tests; specialist certification requires a separate agreement.
Who it is for
Is this service a fit?
- Products requiring sensor acquisition or motor control
- Teams moving from a breadboard to an organized design
- Founders developing an offline device
Use cases
Practical outcomes, not a generic capability list
Prototype motor or relay control
Screen and button interfaces
Electronics integration into a custom enclosure
Delivery stages
What happens from assessment to handover
- 01
Define function and power architecture
- 02
Select components and review voltage compatibility
- 03
Implement firmware and interfaces
- 04
Test operation, power loss and fault conditions
Technology and materials
The implementation follows the application
- Controllers and interface circuits suited to the task
- Off-the-shelf modules or a scoped custom PCB
- Firmware and agreed handover files
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Frequently asked questions
Does an embedded system need internet access?
No. It may operate entirely offline. Remote monitoring adds a separate connectivity and data-management scope.
Can hardware and firmware be included?
Yes. Circuit design, firmware, assembly and testing responsibilities are defined in the proposal, either separately or together.
What information helps define the scope?
Known sensors and actuators, power source, operating environment, display requirements and a measurable acceptance criterion.
When is a custom PCB appropriate?
Size, interfaces, power and assembly guide the decision. Function validation may start with modules, followed by a separately scoped custom-board stage.
Can battery operation be assessed?
Power source, duty cycle and components are reviewed before power measurements and tests are defined. Battery runtime is not specified before design and operating conditions are known.
How can an existing device be reviewed?
Send component models, wiring, firmware, symptoms and reproduction steps. This information helps distinguish power, interface and software issues within the diagnostic scope.
What affects embedded-system cost and timing?
Inputs, outputs, measurement needs, power, board design, enclosure and tests affect scope. Circuit, firmware and assembly responsibilities are agreed before implementation is estimated.
What happens after power loss or sensor failure?
Required behavior is defined in the brief and included in agreed tests. The appropriate response depends on the device function and what it operates or controls.
Local or connected device?
| Path | When it helps |
|---|---|
| Local embedded system | Sensing, processing and control inside the device without requiring internet access. |
| IoT | A connected function adds data transfer, interface and connectivity-management requirements. |
Next step
Have an idea worth turning into a product?
Send a structured brief so we can review the right path before sensitive details are shared.
What should you include in a quote request?
- Required functions, inputs, outputs and states to test.
- Power source, operating environment and any connectivity requirement.
- Available enclosure space, components or existing boards.
Handover and testing boundaries
The proposal defines controllers, wiring, firmware, test plan and handover files. Custom PCB, apps and certification are separately assessed rather than automatically included.
See a device prototype combining sensors, firmware and connectivity