TCU / ECU Base Software Development services building core software components that power vehicle connectivity, control, and secure data processing.
Manages wireless communication (GPS, Bluetooth, Wi-Fi, 4G) for connected vehicle functions.
Collects real-time data from IMU, microphones, and vehicle sensors for analysis and safety.
Ensures protected data exchange using CAN, Ethernet, and secure elements.
AUTOSAR-based layered design enabling modular, scalable, and reliable ECU software.
Explore the core capabilities of TCU / ECU Base Software Development
Delivers standardized, modular, and scalable software layers compatible with Classic and Adaptive AUTOSAR architectures.
Ensures seamless interaction between software and hardware by handling low-level drivers for peripherals, timers, ADC, CAN, LIN, Ethernet, SPI, etc.
Provides reusable communication, diagnostic, memory, crypto, and watchdog services that accelerate application development.
Implements deterministic scheduling, task execution, and timing accuracy required for safety-critical ECUs.
Supports CAN, CAN-FD, LIN, FlexRay, DoIP, and Ethernet communication stacks, ensuring reliable in-vehicle networking.
Enables trusted startup, integrity validation, and safe firmware update mechanisms.
Our platform delivers reliability, scalability, and compliance for next-generation automotive ECUs.
Our engineers have extensive experience building AUTOSAR-compliant base software trusted by global OEMs and Tier-1 suppliers.
We develop base software that supports multiple microcontrollers (Infineon, NXP, Renesas, ST) and can scale across vehicle platforms.
Every component is built with ISO 26262 functional safety principles and cybersecurity practices such as secure boot and authenticated communication.
Foundational software that powers safe, reliable, and scalable in-vehicle ECU functions.
TCU / ECU Base Software Development involves building the foundational software layers that enable an ECU to operate reliably within a vehicle. It ensures the hardware, middleware, and application layers work seamlessly together.
It provides the essential runtime environment and hardware abstraction needed for all vehicle functions. This ensures safety, reliability, and consistent behavior across ECUs especially in AUTOSAR-based systems.
Includes core layers such as:
Microcontroller Abstraction Layer (MCAL)
ECU Abstraction Layer
Services Layer (BSW Services)
Operating System (RTOS)
Communication Stack
Diagnostic Stack
The base software offers reusable services that application software relies on such as communication, memory, task scheduling, and diagnostics—enabling efficient development of vehicle functions like ADAS, powertrain, and body control.
Common additional components include bootloaders, memory services, secure update modules, and safety-critical extensions for compliance with ISO 26262.
