We build secure, compliant embedded architecture using Rust, C/C++, and RTOS. From bare-metal firmware to Edge AI, we ensure your hardware runs reliably.
Compliant Embedded Software Development Services
This is what embedded done right looks like
We have delivered embedded systems across medical, industrial, and automotive environments, each one built to the exact compliance and performance standards the client needed. The projects below show what that looks like in practice.
Our embedded engineering services
Embedded architecture design
We design modular, energy-efficient architectures that balance performance with BOM costs. Our embedded software design approach ensures your hardware is secure, scalable, and ready for future integrations without technical debt.
- System-level design
Decoupling hardware and software logic for easier maintenance and faster scaling. - Hardware selection
Selecting optimal MCUs/MPUs to match power, speed, and budget requirements. - Peripheral integration
Ensuring stable sensor and actuator control via I2C, SPI, UART, and CAN protocols. - Security & optimization
Implementing secure boot, encrypted firmware, and dynamic power scaling for resource-constrained devices.
Firmware development
We develop reliable, high-performance firmware using Rust, C, and C++. Whether it’s a resource-constrained sensor or a complex gateway, our code ensures your hardware operates with real-time responsiveness and stability.
- Bare-metal & RTOS
Engineering low-latency solutions using Zephyr, FreeRTOS, and custom schedulers for critical industrial and consumer devices.. - Embedded Linux & Android
Developing system-level services, BSPs, and HAL integration for platforms requiring rich UIs and seamless cloud connectivity. - Power optimization
Implementing deep sleep modes, clock gating, and efficient task scheduling to maximize battery life in remote hardware. - Security & OTA
Deploying secure bootloaders and encrypted Over-the-Air (OTA) update mechanisms to guarantee device integrity and scalable fleet management.
Embedded AI
We bring intelligence to the edge by embedding optimized AI/ML models directly into your devices. This enables real-time decision-making, reduces latency, and cuts cloud data costs.
- TinyML & model optimization
Applying quantization, pruning, and compression to run complex models on resource-constrained MCUs. - Computer vision & processing
Implementing on-device object detection, image recognition, and real-time signal processing. - Predictive analytics
Deploying anomaly detection algorithms to enable predictive maintenance, foreseeing equipment failures in industrial and automotive systems. - Local inference
Ensuring data privacy and instant responsiveness by processing sensitive data directly on the device, without cloud dependency.
Rust embedded development
We leverage Rust to guarantee memory safety and high performance. Our approach ensures system stability by eliminating the vulnerabilities common in legacy languages while maintaining execution speed.
- Rust migration from legacy C/C++ systems
Incrementally modernizing codebases to enhance concurrency and maintainability with minimal operational disruption. - Secure Rust firmware development
Building secure-by-design, low-footprint firmware using zero-cost abstractions for mission-critical applications. - Performance & security optimization
Fine-tuning components to eliminate buffer overflows and race conditions. - Rust consulting
Upskilling teams on idiomatic Rust usage and hardware-specific considerations as part of our embedded software consulting offer, ensuring long-term code quality.
Firmware testing & automation
As part of our embedded systems engineering services, we ensure your device performs reliably under any conditions by applying a rigorous V-model approach. Our strategy combines automated pipelines with real-world stress testing to eliminate failures before deployment.
- Full-cycle verification
Executing unit, integration, and system-level tests to ensure seamless hardware-software interaction. - Automated testing frameworks
Implementing CI/CD pipelines and Hardware-in-the-Loop (HIL) simulations to accelerate validation and reduce regression risks. - Performance profiling
Detecting memory leaks, thermal throttling, and bottlenecks under extreme load conditions to guarantee stability. - Real-world simulation
Replicating unstable network environments and power fluctuations to verify device resilience in the field.
Compliance & embedded security
We design audit-ready architecture that meets rigorous industry standards. Our security-first approach protects your devices from unauthorized access, tampering, and cyber threats throughout their lifecycle.
- Industry compliance
Ensuring adherence to ISO 26262 (Automotive), IEC 62304 (Medical), IEC 62443 (Industrial), and FDA requirements. - Secure boot & encryption
Implementing hardware root of trust, secure boot sequences, and data encryption to prevent reverse engineering and tampering. - Secure OTA updates
Deploying encrypted Over-the-Air (OTA) mechanisms for safe, scalable firmware versioning and fleet management. - Security audits
Conducting penetration testing and vulnerability assessments to identify and mitigate risks before deployment.
Explore more
“Rust gives embedded teams what C never could: memory safety without sacrificing real-time performance. We have migrated production firmware for automotive and industrial clients, and the reduction in critical vulnerabilities is measurable from day one.”
– Mykhailo Maidan, CTO at Yalantis
The embedded challenges that slow great products down
Certification keeps getting pushed back
Most embedded teams treat compliance as a final step. By the time an audit reveals architectural gaps, fixing them means weeks of rework, delayed launches, and budget overruns that nobody planned for.
Hardware and software fall out of sync
Embedded development requires hardware and software to evolve together. When they don’t, integration problems surface late in the cycle, at exactly the point where changes are most expensive to make.
Off-the-shelf solutions never quite fit
Generic platforms rarely match the exact power, performance, and certification requirements of a custom embedded product. Teams end up spending more time working around limitations than building the actual product.
Critical domain expertise is hard to find and hard to keep
Finding engineers with hands-on experience in medical, automotive, or industrial embedded development is genuinely difficult. Without that knowledge on the team, projects stall at the moments where the stakes are highest.
Get a technical roadmap for your project
We provide a detailed execution plan to transform your vision into a technically viable, audit-ready solution.
Embedded software solutions we deliver
Certification-ready embedded architecture
We design your embedded architecture around the required standards from day one, whether that is ISO 26262, IEC 62304, or IEC 62443, so by the time you reach an audit there is nothing left to scramble for.
Purpose-built firmware for your exact hardware
We develop firmware from scratch around your specific power, performance, and certification requirements, so your team spends time building the product rather than fighting the limitations of a generic platform.
Unified hardware and software development
We work across both layers simultaneously, keeping hardware and software aligned throughout the entire development cycle so integration issues get caught early, not two weeks before release.
Embedded domain expertise across critical industries
We bring hands-on engineering experience in medical, automotive, and industrial embedded development, covering the depth that is genuinely difficult to hire for and even harder to retain in-house.
Our embedded software development process
Discovery
Every project starts here. We learn about your hardware, your operating environment, and the constraints that will shape every engineering decision before any code is written.
Architecture & planning
With that context in hand, we define the right MCU or MPU, choose between bare-metal and RTOS, and map out the full embedded stack so there are no expensive surprises mid-development.
Firmware development
We write firmware in Rust, C, or C++ built for stability, low power consumption, and the real-time demands of your specific application. Where the project requires custom hardware, we support schematic design and prototyping in parallel.
Iterative testing
Testing runs alongside development throughout the entire cycle, not just at the end. We use unit tests, integration tests, and HIL simulations to catch issues early, when they are still cheap to fix.
System integration
As firmware matures, we integrate it with the full system stack, whether that is sensors, cloud infrastructure, mobile interfaces, or third-party platforms, and validate that everything works together under real operating conditions.
Security & compliance
Before anything ships, we validate the full system against your required standards, whether that is ISO 26262, IEC 62304, or IEC 62443, so certification audits go smoothly.
Launch
Once validated, we support pilot deployments and use real-world data to fine-tune performance before scaling to full production.
Support
When the product is live, we stay close, available for firmware updates, security patches, and new features as your product and needs evolve.
Why partner with Yalantis for embedded development
Proven track record in mission-critical domains
Leveraging 15+ years of engineering experience in embedded product development, we deliver production-grade embedded systems for a wide range of industries. Trusted by global leaders like Bosch, Toyota, and RAKwireless to handle complex firmware and hardware challenges.
Strong Rust expertise
Access a dedicated team of Rust pioneers. We use Rust to eliminate memory vulnerabilities and ensure rock-solid stability, solving complex safety challenges that generalist dev shops cannot handle.
Rapid staffing & team stability
Scale your R&D team in 2-4 weeks. Our low 18% attrition rate ensures knowledge retention and consistent delivery throughout long-term projects.
Certified security & compliance
We hold ISO 9001, ISO 27001, ISO 13485, and IEC 62443 certifications, covering quality management, information security, medical device development, and industrial cybersecurity. The standards your project needs are already part of how we work.
End-to-end hardware & firmware synergy
We bridge the gap between software and hardware. From bare-metal firmware to device drivers, BSPs, and application layers, we own the full embedded stack so nothing falls through the cracks between teams.
Designed for profitability
We design with unit economics in mind. By optimizing hardware BOM costs, power consumption, and firmware efficiency, we ensure your embedded product makes business sense at mass scale.
EU Cyber Resilience Act readiness assessment
Fixed-scope, 4-week audit to identify gaps before the September 2026 vulnerability reporting deadline hits.
Product and asset mapping
We catalog every connected product you sell into the EU, classify each under the CRA’s product categories, and document firmware components, dependencies, and third-party libraries.
Gap analysis against CRA requirements
We assess your firmware architecture, vulnerability handling, and update mechanisms against CRA essentials: secure-by-default configuration, SBOM readiness, and incident reporting.
Risk scoring and prioritization
Each gap gets scored by regulatory risk and remediation effort, so you know what to fix first for the September 2026 reporting deadline and what can wait until full compliance in December 2027.
Remediation roadmap delivery
You get a sprint-ready remediation plan with architecture changes, process updates, tooling recommendations, and resource estimates. Ready to hand to your internal team or to us for execution.
Don’t wait for the CRA deadline to find out what’s missing
Get a clear picture of where your embedded products stand today and a concrete plan to close the gaps before September 2026.
Compliance & certifications
ISO/IEC 27001 — Information security
We hold ISO 27001 certification, which means our internal security practices are independently verified. For embedded projects, that translates to secure code handling, controlled access to firmware assets, and no shortcuts in how we manage your IP.
ISO 13485 — Medical device quality
Our development processes are certified for medical device work, so when we build embedded software for healthcare clients, the quality controls required by FDA and EU MDR are already part of how we operate, not something added at the end.
IEC 62443 — Industrial cybersecurity
We apply IEC 62443 to embedded systems running in industrial environments, making sure controllers, edge devices, and connected equipment are protected against security threats at the firmware level, where most industrial attacks begin.
ISO 9001 — Quality management
Our ISO 9001 certification covers how we plan, build, and deliver every project. It means our engineering process is consistent and well-documented, which matters when you need predictable results across a long-running embedded engagement.
Technologies we work with
Rust
C
C++
Kotlin
Bootloader
Linux Kernel
AWS IoT
Arduino
ESP32
STM32
NRF52
Zephyr
LoRaWAN
MQTT
Testimonials from our clients
Embedded product development insights
Articles
Embedded Medical Device Software: IEC 62304 & ISO 13485 Explained
If you’re preparing to scale an embedded medical device, this guide breaks down how IEC 62304 and ISO 13485 fit into your workflow and what you need to stay compliant as you grow.
Articles
Building Firmware for Embedded IoT Devices: 2025 Best Practices
Find the top 6 best practices in firmware development for embedded IoT devices. Get insights on architecture, security, and optimization.
Articles
How to migrate from C/C++ to Rust: A practical guide for embedded IoT systems
Discover how to migrate embedded C and C++ systems to Rust using one of the three migration strategies to make your project more reliable and compliant.
Other services we work with
FAQ
-
What types of embedded systems do you build?
As an embedded software development company, Yalantis builds low-level, real-time, and high-performance embedded systems for IoT devices, sensors, industrial controllers, and consumer electronics. Our embedded product development services cover both bare-metal and OS-based solutions tailored to your hardware requirements and operational goals.
-
What industries benefit the most from embedded software services?
Multiple human activity industries, like healthcare, automotive, manufacturing, and smart home tech, acquire a lot from embedded software services. These systems power essential functions, improve efficiency and ensure reliable device performance across various connected environments and real-time applications.
-
Do you build embedded systems from scratch or modernize them?
As an embedded development company, Yalantis does both. We provide embedded software engineering services to build systems from the ground up or to refactor legacy systems. We help businesses enhance performance, integrate new features, and migrate code to relevant technologies like Rust or C++.
-
What is your tech stack for embedded software development?
Our embedded software development stack includes Rust, C, C++, Zephyr, FreeRTOS, STM32, ESP32, NRF52, and some more technologies. We also work with wireless protocols like BLE, Zigbee, and LoRaWAN, ensuring adjustable and powerful system design for embedded IoT solutions.
-
How do you ensure quality in embedded software solutions?
We follow strict QA processes, including code reviews, hardware-in-the-loop testing, and performance profiling in real time. Our embedded software development services prioritize security, stability, and efficiency to meet high standards and industry compliance.
-
What’s your experience with real-time embedded applications?
We at Yalantis are passionate about sharing extensive experience in embedded development services for real-time use cases, such as remote monitoring, automotive control, and medical devices. The areas of our main focus are latency, reliability, and resource optimization to ensure we can predict the system’s reaction under any conditions.
-
How do embedded systems connect to IoT and the cloud?
We facilitate embedded systems to securely transmit data to cloud platforms using wireless protocols like BLE, Wi-Fi, LTE, and MQTT. Our embedded software engineering services help businesses ensure seamless device-cloud integration for real-time analytics, control, and updates.
-
Do you provide long-term support for embedded systems?
Yes, we offer post-launch maintenance, updates, and scaling support as part of the embedded engineering services we provide. We help ensure our partners’ embedded systems remain reliable, compliant, and ready for the upcoming scalability changes, via security patches, performance tuning, and many other operations.
How to get started with embedded software development
- Set up a free call with our experts
- Tell us more about your project
- Receive a proposal
- We start building your solution
Welcome to Yalantis, please fill out the form and we’ll get back to you.
Thank you for contacting us.
Keep an eye on your inbox. We’ll be in touch shortly
Meanwhile, you can explore our hottest case studies and read
client feedback on Clutch.