01
Embedded Linux board support
Assess embedded Linux board support in the context of kernel drivers and USB, including implementation choices, quality checks, operational constraints and ownership during real delivery.
/ Engineering service
Embedded engineering where software meets hardware.
Combine device interfaces, operating systems, C/C++ and production testing for reliable connected and industrial software.
Technical scope
Embedded & Systems Engineering — Technical scope
Every engagement is scoped against real technologies, existing systems and measurable responsibilities.
02
Kernel drivers and USB
Assess kernel drivers and USB in the context of RTOS system design, including implementation choices, quality checks, operational constraints and ownership during real delivery.
03
RTOS system design
Assess RTOS system design in the context of C and C++ reliability, including implementation choices, quality checks, operational constraints and ownership during real delivery.
04
C and C++ reliability
Assess C and C++ reliability in the context of protocol and hardware interfaces, including implementation choices, quality checks, operational constraints and ownership during real delivery.
05
Protocol and hardware interfaces
Assess protocol and hardware interfaces in the context of test automation on devices, including implementation choices, quality checks, operational constraints and ownership during real delivery.
06
Test automation on devices
Assess test automation on devices in the context of embedded Linux board support, including implementation choices, quality checks, operational constraints and ownership during real delivery.
/ Engineering situations
Where this service helps
Engineering challenges we can help you tackle.
01 / 04
Port firmware to a new board
Consider this situation: Port firmware to a new board. Clarify the current system, dependencies and delivery boundaries, then agree on what success and operational validation would look like.
02 / 04
Debug intermittent USB connectivity
Consider this situation: Debug intermittent USB connectivity. Clarify the current system, dependencies and delivery boundaries, then agree on what success and operational validation would look like.
03 / 04
Design a Linux driver integration
Consider this situation: Design a Linux driver integration. Clarify the current system, dependencies and delivery boundaries, then agree on what success and operational validation would look like.
04 / 04
Stabilize real-time device operations
Consider this situation: Stabilize real-time device operations. Clarify the current system, dependencies and delivery boundaries, then agree on what success and operational validation would look like.
How we approach the work
Embedded engineering where software meets hardware.
Combine device interfaces, operating systems, C/C++ and production testing for reliable connected and industrial software.
- 01 / 04
Discover systems and constraints
Map architecture, environments, business priorities, decision owners and current risks.
- 02 / 04
Agree technical ownership
Agree architecture choices, integrations, engineering responsibilities, test evidence and review cadence.
- 03 / 04
Build and validate
Deliver in reviewable increments with appropriate security, QA, performance and release checks.
- 04 / 04
Operate and improve
Use feedback from production, users and the engineering team to improve the system deliberately.
Questions about the engagement
Discuss the work before deciding the team.
01How is embedded & systems engineering scoped?
Scope depends on the existing architecture, integrations, release constraints and the outcome you want. We first clarify boundaries, risks and technical responsibilities.
02Can you support embedded Linux board support with a small team?
Yes. A focused specialist or a cross-functional engineering group may make sense depending on the workload and ownership required. We confirm the model for each engagement.
03How do you evaluate engineers for kernel drivers and USB?
We look for evidence in real code, system decisions, failure analysis, tests, deployment practices and the responsibilities the engineer has personally owned.
04What information helps you assess our project?
Share the current system, intended changes, relevant stack, timeline and how your team works. We can then propose a practical discussion and next steps.
/ Engineering service
Embedded engineering where software meets hardware.
Engineering support shaped around your systems, priorities and delivery needs.
/ Client recognition
Proof in the partnership.
Independent feedback from the teams we've worked with.
5.0
“Onectus technologies showcased their expertise, professionalism, and commitment to delivering a high-quality solution.”
CEO, Furnistudio.com
Furniture configurator & commerce
Verified on Clutch
4.5
“We liked the flexibility of their developers.”
CTO, FinTech Company
Fintech product engineering
Verified on Clutch
5.0
“Put simply, they were perfect.”
Head of Software Engineering, Social Shopping Group
Global shopping platforms
Verified on Clutch