Services
Robotics
Software that drives hardware fails differently from software that drives a browser. Timing matters, state is physical, and you cannot simply retry. LebSource provides engineering for robotics and hardware-integrated systems, with the testing discipline that kind of work demands.
01
Outsourcing Robotics: why it goes wrong elsewhere
Most software firms will take a robotics brief and then discover, three months in, that their testing model assumes you can re-run a failed operation for free. On a physical system you cannot: the arm has already moved, the batch is already scrapped. The right partner scopes the failure modes before the features, tests against simulation because testing against real hardware is slow and sometimes unsafe, and is willing to tell you when the job is not theirs.
The comparison
Robotics vs an agency vs a far-shore partner
The three realistic ways to get this built, compared on the things that decide whether it lands.
Scoping
A local agency
Features and interfaces, as with any software project.
A far-shore build partner
Built to the specification provided.
LebSource
Hardware constraints and failure modes first. What must never happen shapes the design before what should happen does.
Testing
A local agency
Test coverage assuming operations are repeatable and cheap.
A far-shore build partner
Verified against the spec, on whatever rig is available.
LebSource
Against simulation and test rigs for most of the cycle, with the real-hardware checkpoints agreed at scoping.
When something goes wrong physically
A local agency
Handled as a defect once reported.
A far-shore build partner
Escalated across a six-plus-hour gap while the line is stopped.
LebSource
Answered inside your working day, the difference between an hour of downtime and a shift of it.
Operator tooling
A local agency
Often a late-stage deliverable, designed at a desk.
A far-shore build partner
Built to the interface spec.
LebSource
Designed for the environment it is used in, gloves, noise, poor light, and someone who cannot stop to read a manual.
Work outside our competence
A local agency
Subcontracted, usually without telling you.
A far-shore build partner
Quoted for.
LebSource
Declined. We do not design mechanical or electronic hardware, and we say so at the first conversation rather than the third invoice.
“Far-shore” here means a delivery team six or more hours from your working day. That is a statement about time zones, not about anyone’s ability, plenty of excellent teams work that way, and for well-scoped, low-iteration work it can be the right call. The comparison describes delivery models, not any particular firm.
How we work
What we put in writing
Every firm claims quality. These are the commitments specific enough that you would notice us breaking them.
We tell you when you don't need us
If a cheaper tool, a simpler approach, or no project at all is the right answer, you hear it at the scoping stage, before you have paid for a build. We would rather lose the engagement than deliver the wrong thing well.
Stop after any stage, keep everything
Work is sequenced so each stage stands on its own and is verifiable before the next begins. There is no point in the engagement where stopping leaves you with nothing usable.
You own it from day one
The code, the infrastructure, and the documentation are yours throughout, not handed over at the end, and not held as leverage. Taking the work in-house later is a planned handover, not a negotiation.
Your working day, not a handoff
Beirut runs on EET/EEST and shifts with the same daylight-saving changes as Europe. Questions get answered inside your day, so a blocker costs you an hour rather than a night.
Nothing we build fails silently
Everything ships with error handling, alerting, and a named owner. Software that breaks quietly is worse than the manual process it replaced, and we treat it that way.
Senior people, at up to 43% less
The saving comes from where the team sits, not from staffing your project with juniors and calling them consultants. The people scoping the work are the people doing it.
Scope
What our Robotics services cover
Control and integration software
The software layer between your hardware and the systems around it: control logic, device communication, and the interfaces operators actually use.
Sensor and data handling
Ingesting, buffering, and making sense of sensor streams, including the failure cases where data stops arriving.
Simulation and testing
Testing against simulated hardware where testing against real hardware is slow, expensive, or unsafe.
Operator tooling
Dashboards and controls for the people running the system day to day, designed for the environment they actually work in.
Process
How our Robotics process works
Step 01
Scope
Understand the hardware, the constraints, and the failure modes that matter.
Step 02
Prototype
A narrow slice proven against simulation or a test rig.
Step 03
Build
Delivery with testing appropriate to a physical system.
Step 04
Support
Commissioning support and an agreed maintenance window.
Fit
Who our Robotics team is right for
Deliverables
What you get from a Robotics engagement
Every item below is something handed over and owned by you at the end, not a description of activity.
A written interface specification between hardware and software, agreed before either side commits.
Firmware and control software, versioned and reproducible from source.
Test rigs and simulation so behaviour can be checked without the hardware in the room.
Integration with the systems the machine reports into.
Safety and failure behaviour designed explicitly, not discovered in commissioning.
Commissioning support on site or alongside your engineers.
The stack
Tools and platforms we build Robotics on
What we work in day to day. If your environment is not listed, it is worth asking rather than assuming.
Embedded
- C and C++
- Rust
- RTOS and bare metal
- Sensor and actuator drivers
Robotics
- ROS and ROS 2
- Motion planning
- Computer vision with OpenCV
- Simulation with Gazebo
Industrial
- PLC and SCADA integration
- Modbus, CAN and OPC UA
- MES and telemetry pipelines
Quality
- Hardware-in-the-loop testing
- Reproducible firmware builds
- Failure-mode analysis
We work in your stack rather than moving you onto ours. Where we think a choice is wrong we will say so and explain why, then build what you decide.
Engagement
How to buy a Robotics project
Three shapes, and we will tell you which one fits before you ask. The wrong shape is a more common cause of failure than the wrong team.
Fixed scope
An agreed deliverable, an agreed price, an agreed date. Works when the thing being built is genuinely well understood, which is rarer than most proposals pretend.
Best for
A defined build with stable requirements
Retained team
A team held for you monthly, working through a priority list you control. Scope moves as you learn without renegotiating a contract every time it does.
Best for
Ongoing work where priorities shift
Discovery first
A short paid piece that ends in a written scope, an architecture, and a real estimate. If the answer is that you should not build it, you get that in writing and owe nothing further.
Best for
An idea that is not yet a specification
Elsewhere
Other outsourcing services from LebSource
Every one is delivered the same way: scoped in writing, run by our team, shipped in your time zone.
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FAQ
Robotics with LebSource
Do you design hardware?
No. We work on the software that drives, integrates with, and monitors hardware. If you need mechanical or electronic design, we are not the right partner and will say so.
How do you test without our hardware?
Against simulation and test rigs for most of the cycle, with defined checkpoints on real hardware. We agree that split at the scoping stage.
Can you work with our existing engineering team?
Yes. On hardware projects that is usually the arrangement. We take the software layer while your team owns the physical side.
Next step
Ready to build or scale your team?
Tell us what you need and we will match you with pre-vetted Lebanese professionals ready to integrate with your team.