MCU
Firmware
Our MCU firmware development services cover a wide range of solutions, including board support packages, device drivers, middleware, and more. Whether you need to migrate legacy firmware or develop a new one from scratch, Promwad is here to assist you.
With years of cross-industry expertise and reliable partnerships with leading chip vendors, we specialise in custom firmware development for embedded systems to help our clients improve product performance, cut costs, and reduce time-to-market.
At Promwad, we provide a comprehensive range of microcontroller firmware engineering services for embedded software – from FPGA design to AI software development – to ensure your product meets the highest quality standards.
Board support package (BSP) development
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We deliver BSP design and engineering solutions to ensure that your board runs smoothly.
What we do within the scope of our BSP development services:
Device driver development
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Device driver development involves creating software that enables communication between an operating system and specific hardware devices. Our team builds device drivers, actuators, and sensors that are used in the MCU hardware products to drive peripherals.
What we do within the scope of our device driver engineering services:
Legacy firmware migration
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Our team delivers seamless microcode migration from a legacy MCU vendor to a new one while ensuring minimal disruption to existing systems.
What we do:
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Hardware abstraction layer engineering
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We can build a hardware abstraction layer for your microcontroller, thus streamlining the driver design process and enabling a more efficient experience with peripheral microcontrollers.
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MCU firmware porting
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Our MCU firmware engineering services include seamless embedded microcode porting to new platforms and adapting it to new architectures, such as migrating from ARM Cortex M or ARM Cortex R to RISC-V. Additionally, we specialise in the engineering and porting of new hardware platforms for RTOS.
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Bare-metal firmware development
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Our engineers can develop embedded software for bare-metal platforms without RTOS which allows devices to perform specific tasks without the need for external control, such as capturing and sending sensor data in real-time or at set intervals.
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RTOS-based firmware engineering
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We develop microcode solutions for popular RTOS, such as FreeRTOS, TI-RTOS, RTEMS, and others. Our robust solutions include the development of device drivers, middleware, and applications.
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AI firmware development
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By leveraging our expertise in AI-powered firmware development, we can incorporate machine learning and deep learning frameworks and implement neural networks on microcontrollers. This enables our clients to reduce their AI hardware development costs.
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Middleware porting and integration
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We can adapt the existing middleware to new platforms and customise them to meet your business needs. Our engineers seamlessly integrate middleware components into your microcode, thus providing a stable foundation for your product design.
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DSP algorithm development
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Our team excels in mathematical and DSP algorithm development, optimising solutions for hardware platforms leveraging top-class vendor-provided libraries. We deliver solutions that meet the most demanding requirements of signal processing applications, such as audio and video processing, motor control, and more.
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We collaborate with leading chip vendors to offer cutting-edge solutions to our clients.
Our development team employs innovative technologies to build secure solutions for MCU platforms.
FreeRTOS, CMSIS-RTOS, CMSIS-RTOS v2, Keil RTX, Azure RTOS ThreadX, Mbed OS, ChibiOS/RT, RTEMS, NuttX, embOS, SafeRTOS, VxWorks, Zephyr, μC/OS-II, μC/OS-III, TI-RTOS (SYS/BIOS), NXP MQX RTOS, eCos, RIOT, UNISON RTOS, Apache Mynewt.
Azure RTOS NetX Duo, LwIP, uIP TCP/IP stack, Mbed TLS, tinyhttp, RL-TCPnet, wolfSSL, Mongoose web server, NXP’s GenAVB/TSN Stack, emNet, embOS/IP.
X-CUBE-BLE1, -BLE2, -BLEMGR, Bluetooth API ESP, X-CUBE-WIFI1, nRF5 SDK, nRF Connect SDK, ESP-WIFI-MESH, ESP-AT, Silicon Labs Bluetooth Low Energy SDK, Silicon Labs Bluetooth Mesh, Silicon Labs EmberZNet PRO Zigbee, Silicon Labs Wi-Fi SDK, nRF Libraries for Zigbee.
FatFS, Petit FAT, littleFS, YAFFS, YAFFS2, UFFS, Azure RTOS FileX, Azure RTOS LevelX, emFile, SPIFFS, ASF-FS, RL-FlashFS, custom file system development, porting existing ones.
ARM Cortex-M0, -M0+, -M1, -M3, -M4, -M7, -M23, -M33, -M35P, -M55, AVR, AVR32, ARC, MIPS, RISC-V, PIC16, PIC18, dsPIC33/PIC24, STM8, MSP430, MicroBlaze, NIOS II, M68k, SPARC, Espressif MCUs, ARM Cortex-R52+, -R52, -R7, -R5, -R4, -R82, -R8.
LVGL, Segger emWin, STemWin, Embedded Wizard, TouchGFX, Azure RTOS GUIX, uGFX, LibJPEG, X-CUBE-DISPLAY, ESP-HMI, ESP-LCD, NXP Touch Library, Storyboard, Altia Design, Qt For MCUs, Koru UI Platform, MicroEJ GUI Solutions, QE for Display.
STM32 USB Host/Device (AUDIO, BillBoard, CCID, CDC, CDC ECM, CDC RNDIS, Composite USB, CustomHID, DFU, HID, MSC, MTP, printer, VIDEO), Azure RTOS USBX, X-CUBE-UCSI, -TCPP, -USB-PD, emUSB, ASF-USB, ESP-USB, MCUXpresso SDK USB Stack, TI USB Stack, TinyUSB, RL-USB.
OpenBL, MCUboot, ESP Bootloader Plus, nRF sdk-mcuboot, ESP-IDF Software Bootloader, MCU Bootloader for NXP Microcontrollers, MCU Bootloader for TI Microcontrollers, MCU Bootloader for Infineon Microcontrollers, custom bootloader development, porting existing bootloaders.
MLPerf, X-CUBE-AI, NanoEdge AI, tinyML, CMSIS-DSP (Basic Math Functions, Common Tables, Complex Math Functions, Controller F., Fast Math F., Filtering F. Matrix F., Statistics F., Support F., Transform F.), CMSIS NN (Convolution F., Activation F., Fully-connected Layer F., SVDF Layer F., Pooling F. Softmax F., Basic maths F.), Cryptographic (AES, HASH, ECDSA, EdDSA, RSA), NXP eIQ machine learning (ML), ESP-WHO, Skainet, -DSP.
CCSTUDIO Code Composer Studio, STM32CubeMX, STM32CubeIDE, DAVE, XMC Lib, MCUXpresso-IDE, MPLAB X IDE, MPLAB Xpress IDE, MPLAB XC Compilers, Microchip Studio IDE, ESP-IDF, ESP RainMaker, ESP HomeKit SDK, e2 studio, CrossCore Embedded Studio, Microchip Advanced Software Framework (ASF), Simplicity Studio Software, Keil MDK-ARM, IAR Embedded Workbench, SEGGER Embedded Studio, TrueSTUDIO, CoIDE.
X-CUBE-AWS, -GCP, -WATSON, -AZURE, MQTT libraries, REST, NXP EdgeReady MCU-based solution for Amazon's Alexa Voice Service (AVS), Zerynth, X-CUBE-LocalVUI, ESP-AWS-IoT, -Azure-IoT, -Google-IoT, ESP-MDF, -IoT-Solution.
OpenAMP, GenericDataLogger, X-CUBE-ALGOBUILD, CMSIS-Zone, Tracealyzer, X-CUBE-GNSS1, -MEMS1, -NFC4, -NFC7, -ALS, -EERMA1, -ISPU, -TOF1, -SUBG2, -SFX2LP1, -STL, Espressif SDK (ESP8266, ESP32, ESP32-S2), nrfxlib, nRF Libraries for NFC, NXP IEC 60730 Class B Safety Library.
We assist startups in firmware design by providing engineering teams to address specific challenges, fill resource gaps, and accelerate their growth.
We provide embedded firmware engineering services for businesses in various industries, including automotive, telecom, industrial automation, and more.
We can be your reliable technology partner, building microcontrollers tailored to your objectives. Our team is ready to become an integral part of your project.
Telecom &
Networking
Digital TV &
Video Streaming
AI &
Computer Vision
Automotive
Industrial Automation &
Robotics
Healthcare &
MedTech
Surveillance &
Security Systems
Smart systems &
IoT
Our long-standing partnerships with leading chip vendors allow us to stay at the forefront of the industry and develop innovative MCU firmware solutions for our clients that meet the most demanding requirements.
We offer custom firmware development solutions across various industries and leverage the power of IoT, thus enabling seamless integration and control of devices from a single platform.
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Our embedded firmware development services cover the entire project cycle, from analysis and initial concept development to delivery of a market-ready solution and continued post-launch maintenance.
We test software using our in-house equipment including evaluation boards, ICEs, single-board computers, logic analysers, oscilloscopes, and more, in order to ensure maximum performance.
– Payments for actual hours worked
– Regular reporting of time and results
– Regular communication with the team
– Connecting / disconnecting engineers on request
– Flexible creation process
– Fixed monthly costs
– Custom-built team with specific competencies
– Fully dedicated engineering team
– Comprehensive IT infrastructure
– Max efficiency for complex projects
– Budget control
– Reduced risk
– Flexible resource allocation
– Clear scope
– Predictable timeline
– Quality control
Drop us a line about your project! We will contact you today or the next business day. All submitted information will be kept confidential.
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Creating solutions for MCU and hardware platforms requires the management of limited resources such as memory and processing power, consideration of hardware dependencies, and optimisation of performance and power consumption. This is why the optimisation of your Bill of Materials (BoM) is a vital step in ensuring the seamless operation of your device.
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When determining the most cost-effective MCU for your project, an outsourcing team can often be an optimal solution. Our experts can assist you in the selection of an appropriate MCU based on your project's specifics and budget. We work closely with global chip vendors to propose several options. We will outline their pros and cons so that you can consider vital factors such as performance requirements, power consumption, available resources, and engineering costs.
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As a custom firmware development company, we update existing products with new functionality, fix bugs, and implement other required modifications. When you provide access to the existing source code, our team will analyse it and recommend the best approach to achieve your desired updates.
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Robust firmware security is essential, especially for devices connected to the internet or other networks. As part of our firmware engineering services, we take the following security measures:
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Microcontroller embedded code plays a critical role in IoT devices considering that it is responsible for controlling the device's functions and communicating with other devices and systems.
IoT firmware must be designed with security in mind, as these devices can be vulnerable to attacks if not properly secured. Also, the software must be highly optimised for performance and power consumption, as many IoT devices are battery-powered and often operate for extended periods.
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Version control is a methodology that allows developers to manage changes to their codebase over time. It is crucial because it enables developers to keep track of changes and revert to previous versions if needed. It also facilitates collaboration between team members that are working on the same project.
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As a custom firmware development company, we carefully plan and implement over-the-air (OTA) updates. We assess them early in the device development process to ensure successful delivery, authentication, encryption, and installation on the device.
Our outsourcing team also evaluates the impact of OTA updates on the device's resources, including additional memory and processing power requirements, in order to avoid performance issues.
