AUTOSAR Classic Platform Integration services

AVIN Systems delivers end‑to‑end AUTOSAR Classic Platform services trusted by leading automotive Tier‑1 suppliers and global OEMs. Our expertise ensures high‑performance ECU software, safety‑compliant integration, and production‑ready automotive solutions.

Service Highlights

ECU Configuration & Integration Service
Expert configuration, validation, and integration of AUTOSAR BSW, RTE, and OS modules to ensure seamless ECU functionality across diverse automotive platforms.
Complex Device Driver (CDD) Development
Expert configuration, validation, and integration of AUTOSAR BSW, RTE, and OS modules to ensure seamless ECU functionality across diverse automotive platforms.
MCAL Configuration & Integration
Professional setup and integration of MCAL layers for various microcontrollers, ensuring hardwareabstraction alignment and flawless ECU performance.
Multicore & ASILD Safety Integration
Proven experience in multicore configuration, timing optimization, and ASILD compliant software integration adhering to ISO 26262 functional safety standards.

Service offerings

  • Integration of AVIN BSW stack or third-party AUTOSAR BSW Stack
  • Configuration, generation, and integration of BSW modules using AGNOSAR ® tools OR 3rd party tools 
  • ECU-level platform integration including OS, COM stack, NVM, Diagnostics (UDS), and MCAL.
  • RTE generation and validation ensuring seamless SWC–BSW communication.
  • Troubleshooting BSW conflicts, timing issues, and configuration mismatches.
  • Complete testing and verification of BSW integration across CAN, LIN, Ethernet, and FlexRay networks.
  • Support for OEM-specific platform adaptation and ECU variant management.
  • End-to-end legacy automotive software migration to AUTOSAR Classic architecture.
  • Detailed analysis of existing application code, interfaces, and hardware dependencies.
  • Refactoring and restructuring for AUTOSAR-compliant Software Components (SWCs).
  • Mapping legacy modules to AUTOSAR RTE, BSW services, and standard communication patterns.
  • Optimization of migrated applications for real-time ECU performance and memory efficiency.
  • Full validation and verification against OEM, Tier-1, and AUTOSAR Classic compliance standards.
  • Support for adapting legacy drivers to AUTOSAR MCAL and BSW layers.
  • Delivery of robust, scalable migration frameworks ensuring future-proof architecture.
  • AUTOSAR Classic software integration aligned with ISO 26262 ASIL (A–D) requirements.
  • Creation and maintenance of required safety work products and technical documentation.
  • Execution of safety-focused verification and validation activities.
  • Fault-injection testing, interface consistency checks, and safety traceability.
  • Ensuring software design adheres to Functional Safety Concepts and Technical Safety Requirements.
  • Support for safety audits, assessments, and compliance deliverables.
  •  AUTOSAR Configuration Tools
    AGNOSAR® configuration automation tools.
    3rd party configuration automation tools.
    AUTOSAR RTE generation toolchains.
  • MCAL, BSW & ECU Development Tools
    Infineon MCAL & Toolchain.
    NXP MCAL & S32 Design Studio.
    Renesas MCAL & CS+ / e² Studio.
    Texas Instruments (TI) MCAL & Code Composer Studio.
    STMicroelectronics ecosystem (STM32Cube, MCAL components).
  • Compilers & Build Toolchains
    Green Hills MULTI.
    HighTec TriCore & ARM toolchains.
    IAR Embedded Workbench.
    GCC / Clang crosscompilers.
    CMake, Make, Bazelbased build systems.
  • Testing, Validation & Debugging Tools
    CANoe.
    Lauterbach TRACE32.
    HardwareintheLoop (HiL) systems.
    Static analysis tools: Polyspace, QAC, Cppcheck.
    Functional safety validation tools aligned with ISO 26262.
  • Communication & Diagnostics Technologies
    CAN, LIN, FlexRay, Ethernet.
    UDS / OBD Diagnostics.
    DoIP, SOME/IP.
    XCP calibration protocols.
  • Programming Languages & Frameworks
    Embedded C, C++ (automotive safety standards).
    Python for test automation and scripts.
    CAPL scripting for network simulation.
    MISRAC compliant development.

 

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Our Experience

Our team brings deep technical expertise and a commitment to quality in every project.

Faster ECU integration aligned to OEM timelines
Faster ECU integration aligned to OEM timelines
Automated configuration for reliable platform delivery
Automated configuration for reliable platform delivery
Rigorous OEM-compliant testing and validation
Rigorous OEM-compliant testing and validation
Custom CDD development for project-specific needs
Custom CDD development for project-specific needs
Proven MCAL integration across diverse controllers
Proven MCAL integration across diverse controllers

Tool Chain

At AVIN Systems, we utilize industry-standard tools and methodologies to deliver reliable and scalable automotive software solutions.

Functional Safety
Digital Cockpit and Infotainment Applications
Powertrain, Safety & Chassis ECU Application Development
Body/Central Gateway/Zonal Controller ECU Application Development Services
Cybersecurity Services
QMS ASPICE
Charging Station
Cloud-Based Automotive Application Service
OTA/FOTA
AUTOSAR Adaptive Platform Integration Services
BSP (Board Support Package) Development
AUTOSAR MCAL and CDD Development
Hardware Abstraction and OS Abstraction
Cloud-Native Development
Autonomous Driving Applications
Fleet Management
ADAS Application
Model Based Development
AUTOSAR Adaptive Platform Development Services
AUTOSAR Classic Platform Integration services
EV/BMS Application
System Testing / HIL Testing Services
IoT Services
Intelligent Solutions-AI
Vision System Services

Case Studies

Frequently Asked questions

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AUTOSAR Classic Platform Integration involves configuring, adapting, and integrating AUTOSAR basic software (BSW), middleware, and runtime environment (RTE) with the application layer to create a complete, functioning ECU software stack.

Integration ensures that different software modules (BSW, MCAL, application software components) work seamlessly together. It also guarantees compliance with AUTOSAR standards, improves reusability, and enables easier testing and maintenance.

Our integration services typically cover:

  • BSW configuration and integration.
  • RTE generation and validation.
  • MCAL integration and adaptation.
  • OS and scheduling configuration.
  • ECU extract handling (System Description).
  • Diagnostic and communication stack integration.
  • Testing and validation of the integrated stack.

We support multiple AUTOSAR Classic releases, ranging from earlier versions to the latest standardized releases, ensuring compatibility across different projects and OEM requirements.

Yes. We have expertise in integrating AUTOSAR with a wide range of microcontrollers and their MCALs (Microcontroller Abstraction Layers), tailored to OEM/Tier-1 requirements.

Absolutely. Every ECU has unique requirements. Our services can be customized to match specific communication protocols, memory footprints, safety goals, and performance targets.

We integrate software in line with ISO 26262 (functional safety) and ISO/SAE 21434 (cybersecurity) guidelines, ensuring that the final ECU software stack is both safe and secure.

By using proven workflows, automation tools, and expertise in AUTOSAR methodology, we reduce rework and accelerate ECU software integration, helping OEMs and Tier-1 suppliers deliver faster.

Yes. We provide complete technical support, bug-fixing, performance tuning, and updates to align with evolving standards and OEM requirements.

OEMs, Tier-1 suppliers, and embedded software teams developing automotive ECUs that require standardization, interoperability, safety, and compliance with AUTOSAR Classic specifications.

A Niche like AVIN become your SDV Partner.

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