At Axio Electronics, we provide custom firmware solutions tailored to your product’s needs, ensuring seamless IoT connectivity, real-time processing, and AI-driven edge computing. Our expertise enables secure, scalable, and efficient firmware development for industrial, consumer, and smart device applications.
With features like Over-the-Air (OTA) updates, sensor calibration, IoT app integration, and support for industrial protocols, we ensure your embedded systems are future-proof and high-performing. Whether you need low-power firmware, machine learning models, or wireless IoT connectivity, we deliver reliable solutions that accelerate product development and enhance user experience.
Firmware is the core intelligence of any embedded system, enabling hardware to function efficiently, communicate seamlessly, and process data in real-time. At Axio Electronics, we follow a structured firmware development process, ensuring robust, secure, and scalable solutions for IoT devices, industrial automation, and AI-driven applications.
Our expert team works closely with hardware, cloud, and software specialists to develop firmware that seamlessly integrates with MCUs, sensors, wireless protocols, and IoT applications. From low-power embedded systems to AI-powered edge computing, we optimize firmware for performance, security, and real-world reliability.
- Core Firmware Development
- IoT Wireless Connectivity (BLE, WiFi, LTE, LoRa, etc.)
- OTA (Over-the-Air) Updates
- Sensor Calibration & Data Processing
- Edge Computing & ML Integration
- Industrial & Consumer Protocols
- Real-Time OS & Power Management
- IoT App & Cloud Integration
- Security & Encryption
- Validation & Compliance Testing
OUR CASE STUDY
Product Development Guide & Timeline
NDA Signing
1 dayScope of Work (SoW)
1 dayProposed A/B Solution Draft
2 DaysTechnical Feasibility Check
3 DaysBOM Estimation & Budgeting
1 dayFinal Report & Recommendations
1 dayClient Review Session
1 dayExpert Embedded & IoT Team & Comprehensive Development Process
Our embedded & IoT team works with you to define goals and develop structured designs, while coordinating with our electronics, firmware, and procurement teams for seamless integration and efficient manufacturing.
With 50+ successful projects, we deliver robust, cost-effective mechanical solutions for your products.
ARCHITECTURE & CORE DEVELOPMENT
We prepare Technical Specification Product detailed technical description and user roadmap.
Define firmware architecture and system requirements.
Develop real-time processing and embedded software.
Implement low-power optimization for energy-efficient devices.
Tech stack: C, C++, Embedded C, Linux, Python, FreeRTOS, Zephyr
INTEGRATION & CONNECTIVITY
TESTING & DEPLOYMENT
Perform hardware-firmware validation and debugging
Conduct compliance, security, and performance testing
Finalize firmware for production-ready deployment and scaling
• Software/Tool: JTAG, SWD, Logic Analyzers, Oscilloscopes, Penetration Testing Tools, Secure Bootloaders, TLS/SSL Encryption.
How we communicate?
Bi-weekly technical calls, Weekly PDF reports, Robust version control, project management access
Deliverables
(Timeline - 8-12 Weeks)*
- Production-Ready Firmware – Optimized, secure, and scalable embedded software.
- Wireless Connectivity & IoT Integration – Bluetooth, WiFi, LoRa, 4G/LTE, and industrial protocols.
- Over-the-Air (OTA) Update System – Secure remote firmware upgrade functionality.
- Edge AI & ML on Device – AI-driven decision-making and real-time data processing.
- Hardware & Sensor Calibration – Ensuring precision, accuracy, and seamless integration.
- Testing & Compliance Validation – Debugged, verified, and certified firmware ready for deployment.
DOWNLOAD SAMPLE
FEASIBILITY STUDY
DOCUMENTS
We prepare for next steps
Prepare development plan from idea to manufacturing
Get a financial proposal for development
FAQ’s
What is firmware, and why is it important?
What types of devices do you develop firmware for?
Which microcontrollers and processors do you work with?
Can you implement wireless communication in firmware?
Do you provide Over-the-Air (OTA) firmware update capabilities?
Can you integrate AI/ML models into embedded firmware?
What security measures do you implement in firmware?
How do you validate firmware before deployment?
Do you provide documentation and support for manufacturing?
LET'S TALK ABOUT YOUR PROJECT
PLEASE FILL OUT THE FORM AND WE'LL GET BACK TO YOU SHORTLY.
Axio Electronics