Embedded Software Consulting Company

Professional embedded engineering software consulting services provide architecture-level guidance for complex, resource-constrained, and regulated systems. This includes platform and MCU selection, RTOS strategy, cybersecurity design, and regulatory compliance before large-scale development begins. The goal is to ensure technical feasibility, prevent costly redesigns, and establish a production-ready foundation.

An embedded software consultant analyzes system tech and compliance requirements, reviews existing firmware, and identifies architectural or performance risks before they impact production. They work with engineering and product teams and ensure firmware decisions align with long-term product strategy and manufacturing goals.

Over a decade of experience advising and architecting embedded systems across safety-critical and connected industries to help meet your specific solution requirements.  Lemberg Solutions brings hands-on experience in embedded software development across complex, safety-critical, and connected systems. The company combines architecture-level expertise with hands-on execution, supported by a team of 200+ engineers. Our capabilities are also strengthened by official partnerships within leading semiconductor ecosystems — NXP, Microship, and STMicroelectronics.

Our company prioritizes flexibility; thus, we provide several cooperation models for you to choose from. We start the collaboration step by step, focusing on your pains and business needs. If you have an embedded system you want to improve, we offer to begin with embedded consulting to learn more about your system and provide an enhancement plan, supplying you with the required specialists. Suppose you want to develop a system from scratch. In that case, solution discovery will help define core requirements that match your business goals and available budget. Next, we provide an actual development plan and build a team according to the outlined scope of work. 

Yes. We provide comprehensive embedded device security consulting and auditing, covering secure architecture, firmware review, threat modeling, and vulnerability assessment across the full device lifecycle.

Yes, embedded software and hardware testing is an integral part of our embedded engineering service offering. We perform and consult on hardware-in-the-Loop (HIL) testing, RF and antenna tuning, power profiling, and stress testing for hardware components as well as code quality and security testing for embedded software.

Yes. Alongside the consulting services for embedded software, we offer flexible engagement models that combine advisory support with hands-on embedded engineering, including modernization and ongoing support. This allows you to move seamlessly from PoC or MVP to production while scaling expertise as needed.

Our embedded systems consultancy services cover embedded electronics across healthcare, energy, manufacturing & industrial IoT, and consumer electronics, helping teams bring reliable products to life in both demanding industrial environments and high-volume commercial markets.

We start with a supply-chain and technical assessment: identify same-family alternatives first, then evaluate these options against peripherals, memory, performance, toolchain, lifecycle, and availability. If a cross-vendor migration is required, we isolate MCU-specific code behind a hardware abstraction layer, port the BSP/drivers, and validate functionality, preserving as much application firmware as possible.

We take an architecture-first approach to embedded security, starting with threat modeling and secure design, moving on to the implementation of secure boot, encrypted firmware updates, device identity, protected keys, and hardened debug interfaces. The device’s communications and interfaces are secured with strong authentication, encryption, least-privilege access, and continuous vulnerability monitoring.

C remains the dominant choice for safety-critical embedded systems as it offers predictable performance due to low-level hardware control and strong support from safety-certified toolchains and standards such as ISO 26262 and IEC 61508. C++ is used for stronger abstraction and object-oriented design, while Rust is gaining attention for memory safety; however, its certification ecosystem is still less mature.