Our embedded systems development services are based on very good technical and human skills, strengthened by quality control processes.Β
Progress your Embedded Systems Development with our wide services range and swift communication
We research, design and develop domain specific solutions
Progress your Embedded Development with our wide services range andΒ swift communication
We research, design and develop domain specific solutions
Embedded systems development services
“Embevity developed high quality firmware and helped us debug hardware issues. They are easy to communicate with and always fast to respond.”
Dr Erik Hogenbirk
R&D Manager at Amsterdam Scientific Instruments B.V.
Receive a detailed fixed-price quote for embedded systems development
Receive these benefits:
Complete embedded development services
Get everything done at Embevity: hardware development, software development, R&D, DSP, FPGA, algorithm’s design and testing.Β
Get support of an experienced and up-to-date team
Our team of engineers has vast experience in the commercial and scientific environment in various application fields. But we also stay up-to-date with the most modern solutions.Β
Agility and professional project management
We know it’s good to get things done as planned while allowing a healthy dose of flexibility. We run projects with experienced Project Managers using Waterfall and Agile methodologies.
Our development process:
What we can do
Comprehensive embedded systems development services
Embedded software development
- BootloadersΒ
- Bare metal peripheral driversΒ
- Operating systems: (Embedded Linux – Buildroot, Yocto/OpenEmbedded, OpenWRT), Android,Β FreeRTOS,Β Keil RTX,Β uC,Β Zephyr OS
- System interfaces, protocol stacks, development of device drivers (CANBUS, Profinet, KNX, Dali, LTE – 4G, NGSS, 5G)
- Process ready for CRA (EU/2024/2847) and RED-DA (EU/2022/30) cybersecurity requirements (risk assessment, secure development lifecycle, security-by-design, validation & testing)
- Hardware dependent code and application codeΒ
Hardware development
- Multilayer PCB designΒ
- Analogue design β i.e. sensor front ends, audio, power amplifiers, DACs, ADCsΒ
- High speed (Serial ATA, DDR3, DDR4, USB3.0, CSI, DSI)Β
- Embedded processors (Cortex–A5, A8, A9, A53, A72)Β
- Microcontroller applications (Cortex–M3,Β M4,Β M33)Β
- nVidiaΒ Jetson TX1 and TX2Β
- Rockchip RK3566, RK3588
- Qualcomm IPQ4019, QCC51XX
- Nordic Semiconductor nRF52, nRF53, nRF9160
- SBCs (RaspberryΒ Pi,Β BeagleBone)Β
- Low power systems (MSP430,Β Cortex–M0, nRF Family)Β
- Digital Signal Processing (TMS320C55xx, TMS320C674x)Β
- Radio communications (BLE 5.0,Β WiFi, GSMΒ + LTE,Β RFID, UWB)Β
- Industrial systemsΒ
- Design forΒ EMCΒ
FPGA development
- Xilinx, Lattice, Intel / AlteraΒ
- VivadoΒ /Β QuartusΒ
- ZynqΒ UltraScale+ and other SoCsΒ
- VHDL, VerilogΒ
- High Level Synthesis
- Custom IP Core development and testing
- Simulation and design verificationΒ
Signal processing
- Adaptive filters (echo cancellation, noise control, line equalization, beam forming)Β
- Signal analysis in time and frequency domainΒ
- System identification and modellingΒ
- Sound and voice compressionΒ
- Industrial controlΒ
- Nonlinear controlΒ
- Adaptive controlΒ
- BiometricsΒ
- Video processingΒ
- UWB radar systems
Testing & Certification
- Hardware functional/non-functionalΒ testingΒ
- Software functional/non-functionalΒ testingΒ
- Automation of software testingΒ
- Failure analysisΒ
- EMC testingΒ
Development process
- Waterfall and Agile methodologies
- PM’s with IT and embedded experience
- Iterative processes
- Fast prototyping
- Testing and QA
- PCBA production partner
- Mobile, Web and Desktop software development partners
Tools
- Altium DesignerΒ
- VS Code,Β Eclipse, Code Composer StudioΒ
- CMake, Docker, CI/CDΒ
- GCC, ClangΒ
- SPICE simulationsΒ
- VisualDSPΒ
- Debug probes (J-Link, ST-Link)Β
- Tektronix DPOs, MSOsΒ
- Spectrum Analyzers and Vector Network Analyzer
- Git,Β SVNΒ
- Jira,Β ConfluenceΒ
- MS ProjectΒ
- SharepointΒ
Embedded Engineering Services for Research-Driven Products
Embevity delivers end-to-end embedded systems design and development services for companies building advanced hardware and software solutions. We combine deep technical expertise, mature engineering processes, and a proven project management approach to deliver systems that are production-ready, scalable, and maintainable.
Our team works across the full embedded lifecycle, from low-level firmware, bootloaders, and driver development to RTOS and Embedded Linux integration (Yocto, Buildroot, OpenWRT, FreeRTOS, Zephyr), communication protocols, and hardware-dependent applications. We support projects ranging from dedicated embedded platforms and IoT systems to timing-critical, real-time solutions.
In addition to software, Embevity provides electronic hardware design services, including multilayer PCB design, analog front-ends, high-speed interfaces (USB 3.0, DDR), MCU and embedded processor selection, wireless communication, and system integration. Our experience in R&D, rapid prototyping, and testing enables us to support both well-defined projects and those requiring exploration of new technologies.
Projects are delivered by dedicated teams using Agile or Waterfall methodologies, ensuring clear communication, predictable timelines, and full documentation. With competencies spanning embedded software, hardware design, DSP, FPGA, and connectivity, Embevity is a trusted partner from concept to production.
Embedded Systems Development FAQs
- Architecture design
- Hardware development (Schematics, PCB)
- Firmware
- Software + OS
- FPGA development
- DSP and other algorithms
- Prototyping
- Production and mechanical design via partners
- Testing and certification
- Mobile apps with partners
2. Time & Material contracts - we start with a very general definition of the scope and start development quickly. The project is managed by a Project Manager who leads the project using Agile methodology. Frequent meetings are held (daily, weekly, monthly) to monitor the backlog and tasks. the scope can grow and shrink and so can the timeline. This approach suits a vaguely defined scope or where a lot of research is necessary.
3. Combination of Time & Material and Fixed-price - we start with a thorough WBS estimation, but leave the risks and modifications open. The project is managed by a Project Manager who leads the project using a combined Agile and Waterfall methodology. We monitor the budget and timeline, but there is more elasticity than in a strict fixed-price project. This approach suits projects where there is a chunk of research and a following long development stage.
We work according to our mission:
"Guided by our deep passion for embedded systems, we are dedicated to delivering cutting-edge R&D services, skilfully shaping customized solutions rooted in creativity, initiative, and thorough involvement. Our emphasis on quality, reliability and efficient communication guarantees clients a smooth journey from idea to market triumph."
If you have any further questions about embedded systems development please contact Embevity
Embevity's engineers have gained experience in various fields
- IoT
- Signal Processing
- Wearables
- Real time processing
- Data security
- RTLS
- Smart home
- Process control
- Conferencing systems
- Edge computing
- Electronic Manufacturing Services
- Image processing
- Measurement systems
- Environmental monitoring
- Industrial automation
- Health parameter monitoring
- New Space satellites
Quality assurance processes and tools we use
QA processes
- Defined overall testing strategies and workflows,
- Code peer review,
- Static and dynamic code analysis,
- Unit testing,
- Testing automation and continuous integration,
- Internal coding standard compliant with MISRA-C,
- Internal procedures following IEC 61508 for code quality and source management,
- Issue tracking,
- Constant client communication.