Firmware development
At Artronifs, we craft firmware that unlocks the true potential of hardware. Our solutions seamlessly integrate with custom hardware, ensuring products that are intelligent, efficient, and reliable.Our expertise spans real-time operating systems (RTOS), bare-metal programming, driver development, protocol stacks, connectivity solutions, and application-layer software. From low-level optimization to high-level feature integration, our firmware is engineered for robust performance, scalability, and long-term maintainability.Whether you’re developing a new embedded product, integrating a communication stack, or enhancing system functionality, we work closely with you to deliver secure, future-ready firmware. Every developer at Artronifs is an embedded engineer first—writing code with a deep understanding of hardware, so your systems run with precision and predictability.
Requirement analysis and firmware specifications
Modular, scalable, and future-ready architecture
Optimized hardware–firmware integration for seamless operation
Real-time applications with time-critical responsiveness
Digital Singnal Processing (DSP) architectures
Bootloader and Board Support Package (BSP) development
Custom driver development for optimum performance with tight hardware integration
Hardware Abstraction Layer (HAL) for smooth inclusion into applications
Bare-metal and RTOS-based applications
Custom protocol development for wired and wireless communications
Integration of industrial and standard stacks: Ethernet TCP/IP, Profinet, Profibus, EtherCAT, Modbus, BLE, Wi-Fi, etc
Secure and encrypted communication for safety-critical and connected applications
Board bring-up testing and low-level validation
Functional and system-level validation for robustness
Production test codes with dedicated test jigs and fixtures for manufacturing
FPGA-based parallel processing for deterministic, real-time performance
Architecture design and HDL coding (VHDL/Verilog/SystemVerilog)
Hardware accelerators integration
Simulation, synthesis, and IP development
Signal and image processing applications
Firmware Over-The-Air (FOTA) updates for devices in the field
Bootloader with support for multiple build images in a single flash
Secure boot and flash mechanisms for reliable and tamper-proof upgrades
High-performance handheld tools for precision bone cutting and drilling. Ergonomically designed for ease of use in orthopedic and trauma procedures. Powered control with variable speed and torque settings. Supports multiple attachments for diverse surgical applications
Endoscopic imaging solution for minimally invasive diagnostics. Integrated camera with light source and real-time video processing. User-friendly GUI on LCD and HDMI video output. Designed for precise and efficient uterus examination
Controlled gas delivery system for minimally invasive surgeries Precise flow and pressure regulation for safe and consistent insufflation. Real-time monitoring through an LCD interface with intuitive controls. Factory-stored profiles optimized for different patient types and procedures
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