1. Low-Level Driver & BSP Development

The foundation of every Infineon project is a solid foundation of low-level software. We will work with you to develop that solid foundation through our comprehensive ability to create and improve:

• Development of Device Drivers for the following peripherals: ADC, PWM, CAN, SPI, I2C, UART, Ethernet and USB
• Customizing Infineon's iLLD to work within your custom hardware provides the necessary support to move to production with confidence.
• Supporting the creation of your hardware by bringing the board up from the first power to final system integration and through the validation process of the connected peripherals.
• Creating a secure Bootloader, enabling over-the-air updates and validating applications running in the flash area.

For AURIX™ specifically, we leverage the Infineon Low-Level Driver (iLLD) library, which provides optimized driver functions for the TriCore™ architecture, enabling efficient peripheral access and real-time performance .

2. AUTOSAR-Compliant Software Development

The automotive industry demands standardization. Our AUTOSAR expertise covers. We have knowledge of the many AUTOSAR building blocks that are required for the automobile to work properly:

• Development of AUTOSAR MCAL drivers for the Infineon AURIX™ and TRAVEO™ Microcontroller Abstraction Layers.
• Configuration/Integration of Basic Software (BSW) Stacks; the generation of RTE & COM Stacks.
• Building of AUTOSAR Software Components with Model-Based Design (SWC)
• Transitioning from a non-AUTOSAR platform to one fully compliant with AUTOSAR.
• Functional & Integration Testing of the Modules to confirm connectivity and dependability.

This AURIX-specific expertise enables easy code portability and leverages the vertical scalability of pin-to-pin compatible AURIX chips .

3. Device Firmware Update (DFU) & OTA Solutions

Field updates are critical for modern connected devices. We implement robust update mechanisms using Infineon's official DFU Middleware:

• Over-the-Wire (OTW) Updates - Firmware updates via UART, I2C, SPI, USB-CDC, or CAN FD
• Wireless Updates - OTA via Wi-Fi or Bluetooth Low Energy for PSoC™ and AIROC™ devices
• Dual-Image Strategies - A/B partitioning for fail-safe updates with power-loss recovery
• Secure Boot Integration -Cryptographic signature verification using OPTIGA Trust M or TPM secure elements

Infineon's DFU Middleware supports PSoC™ 4, PSoC™ 6, XMC7000, and PSoC™ Control C3 families, and we have extensive experience implementing it across all these platforms .

4. Functional Safety (ISO 26262) & Security Engineering

Functional Safety (ISO 26262) and Security Engineering

Rigorous processes are needed for applications where safety is critical. Our safety services include:

• Firmware development from ISO 26262 ASIL-A to ASIL-D due to the highest safety integrity level.
• Identification and mitigating system risks through hazard analyses and risk assessments.
• By converting safety goals into firmware specifications, we create technical safety requirements.
• Perform Software Safety Analysis using Failure Mode and Effects Analysis (FMEA), Fault Tree Analysis (FTA) and Dependent Failure Analyses.
• For cryptographic verification of Secure Boot Implementation, OPTIGA Trust M is used.
• Cybersecurity support is provided through secure communication protocols, key storage methods, and firmware encryption.

The AURIX™ architecture is fully compliant with ASIL D and can therefore be used in electric vehicle (EV) powertrains, braking systems, or steering controllers.

5. Motor Control & Power Conversion Firmware

Infineon's expertise in power semiconductors pairs perfectly with our motor control firmware:

• BLDC & PMSM Motor Control - Sensorless and sensored FOC (Field-Oriented Control)
• Gate Driver Integration - GD3160, GD3162 for IGBT/SiC traction inverters
• Current Sensing & Position Feedback - Hall sensors, encoders, and resolver interfaces
• Power Conversion - PFC, DC-DC converters, and inverter control algorithms

Our firmware optimizes torque ripple, efficiency, and acoustic performance while ensuring safe operation under all conditions.