• AGNOSAR® Classic Platform

      Core software platform

      AGNOSAR® Bootloader

      Secure boot management

      AGNOSAR® Editors

      Configuration and development tools

      About Us

      AVIN Systems is the home for automotive embedded software products and services specializing in AUTOSAR, E-E architecture, SDV, Advanced Driver Assistance System (ADAS), Electric Vehicle and Cloud Technologies.

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      About Us

      AVIN Systems is the home for automotive embedded software products and services specializing in AUTOSAR, E-E architecture, SDV, Advanced Driver Assistance System (ADAS), Electric Vehicle and Cloud Technologies.

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  • Automotive Application
Autonomous Driving Applications

AVIN Systems builds intelligent autonomous driving software, including perception, sensor fusion, localisation, and path planning, validated through industry‑standard simulation tools such as CARLA, SUMO, LGSVL, and MATLAB‑Simulink.

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Service Highlights

Full Autonomous Driving Stack Expertise
From perception to planning and control, AVIN Systems provides complete AD software development.
Optimized for Automotive SoCs
High-performance implementations tailored to NVIDIA, Qualcomm, TI, NXP, Renesas, and custom HPC platforms.
Advanced Sensor Fusion & Environment Modelling
Robust multi-modal fusion frameworks for highly accurate and reliable autonomous perception.
High-Fidelity Simulation & SIL Validation
Validation using CARLA, LGSVL, SUMO, and MATLAB-Simulink for scenario-based and edge-case testing.
Production-Ready Middleware Integration
ROS/ROS2-based modular architecture supporting scalability, reusability, and system flexibility.
Expertise in V2X-Enabled Autonomous
Realistic testing of cooperative, connected, and intelligent driving scenarios.

Service offerings

AVIN Systems provides end-to-end software development services for Autonomous Ground Vehicles (AGVs), Artificial Intelligence cars (AI cars), and Software-Defined Vehicles (SDVs).

  • Perception Algorithm Development on SoCs
  • Object Classification, Detection, and Tracking
  • Sensor Fusion for multi-modal data integration
  • Path Planning & Navigation algorithms
  • Lateral & Longitudinal Control Systems
  • Middleware Integration with ROS/ROS2
  • SIL-based Execution on simulators
  • Scenario Simulation & Co-validation
  • Testing & Validation of complex V2X scenarios

AVIN Systems uses advanced simulation platforms and middleware to build and validate autonomous driving applications.

Simulation & Development Tools:
  • CARLA
  • SUMO
  • LGSVL
  • MATLAB-Simulink
Middleware & Frameworks:
  • ROS / ROS2
  • SIL (Software-in-the-Loop) simulators
  • Co-simulation environments

 

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Autonomous Driving Application

Our Experience

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

Development of intelligent perception and control algorithms
Development of intelligent perception and control algorithms
Integration with real-time middleware and simulation platforms
Integration with real-time middleware and simulation platforms
Validation of autonomous behavior in diverse driving scenarios
Validation of autonomous behavior in diverse driving scenarios
Scalable architecture for future-ready autonomous platforms
Scalable architecture for future-ready autonomous platforms

Tool Chain

AVIN Systems uses advanced simulation platforms and middleware to build and validate autonomous driving applications

Autonomous Driving Applications
Autonomous Driving Applications
Autonomous Driving Applications
Autonomous Driving Applications

Case Studies

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Case Studies
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QMS Case Study

Objective / Overview Automotive OEMs and Tier-1 suppliers faced challenges

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AGNOSAR® BSW Case Study

Objective / Overview Multiple Tier-1 suppliers faced challenges with high

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System Testing and HIL Testing Services

Objective To deliver comprehensive system testing and Hardware-in-the-Loop (HIL) validation

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Case Studies
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Model-Based Development for Automotive Systems

Objective To design and implement model-based development (MBD) frameworks that

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IoT Services

Objective To design and implement IoT-enabled solutions that connect embedded

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Case Studies
  • Case Studies

Intelligent Solutions – AI-Based Automotive Systems

Objective To design and implement AI-powered automotive solutions that enhance

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Blogs

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Blog
  • Technology

A Robust AUTOSAR Foundation for Safety‑Critical Automotive ECUs

What Is the AGNOSAR® Classic Platform? The AGNOSAR® Classic Platform is a comprehensive AUTOSAR Classic Basic Software (BSW) stack developed by AVIN Systems. It adheres to AUTOSAR R4.x specifications and provides a standardized software foundation that enables seamless communication between hardware, operating systems, and application software components. [avinsystems.com] Built on modular architecture principles, the platform […]

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Blog
  • Technology

The Role of Embedded Software in Modern Vehicles

The automotive industry is undergoing a rapid digital transformation, driven by the growing demand for smarter, safer, and more connected vehicles. At the heart of this evolution lies automotive embedded software, enabling advanced functionality across safety, performance, infotainment, and autonomous systems. As vehicles increasingly become software‑defined, embedded systems play a critical role in shaping the […]

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Blog
  • Technology

Embedded Systems Powering the Future of Mobility

Key Trends Shaping Automotive Embedded Systems Several emerging trends are redefining automotive embedded software development: Software‑Defined Vehicles (SDVs): Vehicles are transitioning toward a centralized software architecture, allowing features to be updated and enhanced through over‑the‑air (OTA) updates. This approach improves flexibility, reduces hardware dependency, and enables continuous innovation. Advanced Safety and ADAS: Embedded systems are […]

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  • Technology

The Future of Automotive Embedded Development

Challenges in Automotive Embedded Software Development Despite rapid advancements, automotive embedded development presents several challenges: Managing increasing system complexity Ensuring functional safety and regulatory compliance Meeting real‑time performance constraints Maintaining long‑term reliability and scalability Integrating hardware and software across diverse platforms Addressing these challenges requires deep domain expertise, robust development processes, and a strong focus […]

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Blog
  • Technology

Shaping the Future of Mobility

AVIN Systems’ Approach to Embedded Software Excellence At AVIN Systems, innovation and engineering excellence are at the core of automotive embedded software development. With expertise spanning the entire software lifecycle, AVIN delivers reliable, scalable, and standards‑compliant solutions tailored to the evolving needs of global automotive clients. Key strengths include: End‑to‑end embedded software development and integration […]

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Blog
  • Technology

Engineering Excellence Through Structured Development

Automotive embedded software development demands a structured and disciplined engineering approach. From requirements analysis to system design, coding, integration, and validation, every stage must align with strict automotive standards and quality expectations. A well‑defined development lifecycle ensures: Predictable performance and system stability Early identification of risks and defects Compliance with automotive regulations and safety norms […]

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Frequently Asked questions

Autonomous Driving Applications refer to software solutions that enable vehicles to perceive their surroundings, make driving decisions, and execute control actions with minimal or zero human intervention. These include perception, sensor fusion, localization, path planning, and control algorithms.

AVIN Systems provides development services to develop a complete end‑to‑end AD software stack, including perception algorithms, tracking, multimodal sensor fusion, mapping, localization, path planning, trajectory generation, and vehicle control.

AVIN can support all major sensor modalities such as LiDAR, radar, cameras, ultrasonic sensors, GNSS/IMU units, and V2X communication modules for cooperative perception.

Yes. We can optimize AI/ML‑based perception algorithms for leading automotive SoCs such as NVIDIA Drive, Qualcomm Snapdragon Ride, Renesas R‑Car, and custom HPC platforms.

AVIN has expertise in validating AD software using industry‑standard platforms like CARLA, SUMO, LGSVL, and MATLAB‑Simulink, enabling high‑fidelity scenario simulation and SIL‑based testing.

Yes. We can offer complete middleware integration with ROS and ROS2, enabling modular, scalable and production‑ready architectures for autonomous vehicles and Automated Guided Vehicles (AGVs).

Absolutely. AVIN can develop and test cooperative driving features using V2V, V2I and V2N communication technologies to support connected and intelligent transportation systems.

Safety is ensured through rigorous testing, including unit tests, integration tests, scenario‑based validation, corner case analysis, redundancy checks, and SIL/HIL validation workflows.

Yes. We can tailor AD algorithms for AGVs, AI‑powered cars, commercial vehicles, off‑highway vehicles, and Software‑Defined Vehicles (SDVs) based on OEM requirements and hardware constraints.

Yes. Our expertise includes global and local path planning, trajectory optimization, behavior planning, and navigation strategies for structured and unstructured environments.

AVIN can develop multimodal fusion frameworks combining LiDAR, radar, camera, and GNSS/IMU data to achieve robust object detection, tracking, localization, and high‑precision environment modeling.

OEMs, Tier‑1 suppliers, robotics companies, AGV manufacturers, mobility startups, and software teams building advanced autonomous, ADAS, V2X‑enabled, or AI‑driven vehicle platforms.

Enable next-gen SDV platforms with AVIN

Partner with AVIN to advance Software‑Defined Vehicles through intelligent architectures and trusted engineering expertise.

  • Crafting the intelligence that defines the next era of vehicles
  • Bridging premium software engineering with the future of vehicle platforms
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