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Client experiences
What I can say is that they are very professional people, very disciplined in a way that they prepare the different steps of the project.
Robotics development process
Requirements and scope
We define each component’s functions, interfaces and compliance needs, review any existing prototype, and run a feasibility check to confirm the approach and flag risks early.
Prototyping and designing
Electronics, firmware, and software are designed together as one system. Robotics prototyping delivers a working unit for early testing, exposing issues while they are cheap to fix. If you are building on an existing prototype, we take it over and turn it into a robust, production-ready design.
Testing and verification
A fully equipped in-house lab to verify every layer, from the board to the firmware to the integrated unit. Have all weaknesses spotted and remediated before the component reaches your robot.
Production readiness
Once the design is stable, your manufacturing partner receives everything needed to move forward: schematics, source code, bill of materials, and test procedures. Our team will support you along the way, so compliance does not become a late surprise.
Partnerships
NXP
As part of the NXP Partnership Program, Lemberg Solutions has early access to new technologies, dedicated technical support, and direct knowledge sharing.
Microchip
Recognized by Microchip Technology Inc. for technical expertise, our company uses the provider's product portfolio to launch complex robotics projects.
STMicroelectronics
Lemberg Solutions combines deep embedded engineering expertise with the STMicroelectronics ecosystem to reduce development risks and accelerate time to market.
Platforms we work with
Why us
Architecture-first approach
360° engineering expertise shapes each component around the robot. Electronics, firmware and robotics software development are designed together, with clear interfaces from the first prototype. The result is lower integration risk for you and your customers.
Security by design
Certified to ISO/IEC 27001, ISO 9001, and ISO 13485, our processes build security into your robotic components from the start. Secure boots, protected updates, and regulatory compliance support the product through its whole lifecycle.
Smart components
Sensor integration, computer vision, and edge AI let a component process data on the device. That cuts latency and takes load off the robot’s main computer.
Verification before field trials
Have all your robotic components tested on real hardware in an in-house lab. Problems surface on the bench instead of in the warehouse or field, so you know how the component behaves before deployment.
In-house lab
In-house lab supports PCB bring-up, firmware debugging, sensor and connectivity testing, as well as hardware validation. With professional equipment and evaluation kits, our engineers test and optimize embedded solutions for reliable robotics components.
Robotics solutions tailored for your specific industry
Senior leadership
Pavlo Matiieshyn
Head of Embedded Development
Over a decade in embedded engineering across safety-critical and connected systems. Leads architecture design, hardware–software integration, and secure development practices to ensure production-ready solutions.
Embedded product strategy & architecture
• Embedded intelligence integration
Ivan Kubara
Embedded Linux Team Lead
Specializing in embedded Linux and GUI integration, Ivan ensures complex systems operate reliably in industrial, medical, and professional settings.
Embedded Linux • GUI development • Energy management & storage systems
Nazar Kohut
Embedded Project Manager
Leads complex embedded and IoT projects for regulated industries such as energy, healthcare, aerospace, and automotive. Ensuring strong SDLC, regulatory compliance, and predictable project execution are his main focus areas.
Functional safety & embedded security • SDLC governance • Project management
Volodymyr Basanskyi
Electrical Engineer
Experienced in analog, mixed, and power electronics design, Volodymyr develops hardware that integrates with mechanical and firmware components.
PCB design • Schematic design • Hardware integration
Vadym Ostapchuk
Firmware Engineer
Vadym has developed solutions across the healthcare, automotive, and industrial sectors for 12+ years — from low-level firmware and bootloaders to secure device communication.
RTOS development • OTA updates and secure boot • Device driver development
Vitaliy Lesivtsiv
Embedded Systems Engineer
Vitaliy has 20+ years of experience in embedded hardware and software integration, low-level firmware, system design, and production reliability across platforms.
Bare-metal firmware • RTOS architecture • C++/Qt HMI development
Tech stack
Tech stack
Events
Our Head of Cloud Engineering, Yuriy Chen, spoke about balancing edge autonomy and cloud intelligence at one of the leading IoT and connected industry conferences.
Nazar Kohut, Program Manager, met with our partners and other experts to exchange knowledge on embedded technologies and cybersecurity for connected products.
Visited the largest US medtech event to connect with industry experts and discuss medical device development.
Andrew Mospan, Account Executive, attended North America's biggest automation show to explore the latest innovations in robotics and embedded technologies.
Engaged with the latest developments in sensors, edge AI, and IoT for next-generation connected products.
Contact us
Get in touch with Andrew to share your requirements and learn how embedded engineers would approach your robot
As an Account Executive, Andrew is dedicated to helping our clients unlock the full potential of embedded & IoT technologies in their projects. Leveraging over 15 years of experience in the industry, Andrew guides businesses in adopting cutting-edge solutions to drive growth and stay ahead of the competition.
FAQs
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How much does it cost to develop a robot, and what drives the budget?
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How long does it take to get from a working prototype to a production-ready robot?
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Do you build on ROS 2 or custom middleware, and in C++ or Python?
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Can you take over a robot prototype built by another vendor or a university lab?
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How do you test navigation and control before field trials (simulation, HIL)?
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Which safety standards apply to our robot, and how do you prepare for certification?
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Who owns the IP (firmware, ROS packages, schematics, trained models)?