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In Brief: Software-defined vehicles demand more than just code — they demand clarity, traceability, and compliance at scale. Engineering teams today face growing complexity in meeting standards like ASPICE, MISRA, and ISO 26262 while managing rapid delivery timelines....
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The automotive landscape is experiencing a transformative shift. Consumers are demanding increasingly personalized and feature-rich driving experiences without compromising on safety. The rise of advanced driver-assistance systems (ADAS) and technologies like V2X communication and over-the-air (OTA) software updates necessitates a significant leap forward in ECU software capabilities.
This evolution presents an opportunity for innovation through strategic ECU consolidation. Manufacturers can unlock new possibilities by reducing the number of individual controllers and integrating System-on-Chip (SoC) components. Established platforms like Classic AUTOSAR and Adaptive AUTOSAR play a crucial role in this transformation.
Acsia’s capabilities span the complete spectrum of AUTOSAR, addressing the various requirements of ECUs.
Knowledge across consulting, design, and development with various AUTOSAR stacks and micro-controllers.
Expertise in establishing continuous integration pipelines, test automation infrastructure, undertaking software to vehicle level testing, and SIL/MIL/HIL simulation and testing.
Acsia’s AUTOSAR capabilities are designed to support OEMs to migrate to standardized architectures and enable ECU consolidation. Comprehensive MCAL development solutions from Acsia, pave the way for the next generation of automobiles.
Takeover of entire IOC SW responsibility, software maintenance and software integration of all the product lines.
An end-to-end solution ensuring AUTOSAR integration, FuSa compliance, and ASPICE standards, covering design, validation, diagnostics, and automated HIL testing.
Development of reusable Cockpit platform in AUTOSAR Version 4.3.
Software development and validation of an on-board system for Adaptive Cruise Control feature.
Design, development and testing of Cybersecurity base and application SW components for a smart gateway system with CAN message authentication.
Interacting with the classic AUTOSAR stack vendor, made updates to it.
Development of rear sear entertainment system in AUTOSAR Version 4.2.2. Acsia Enhanced system security, innovative software architecture, streamlined integration and development processes, compliance with automotive standards.
AVP & Head, Advanced Technology Group
With Acsia since 2015
“The shift to software-defined vehicles demands robust, scalable architectures. Acsia’s deep expertise in Classic and Adaptive AUTOSAR, ECU software, and platform integration helps OEMs and Tier-I suppliers accelerate development, ensure compliance, and future-proof mobility solutions. We bring proven experience across the AUTOSAR stack to meet the evolving demands of next-gen vehicles.”
OEMs can focus on developing application-specific functionalities rather than reinventing the wheel for basic software functions, thanks to AUTOSAR’s modular pre-defined software components and standardized interfaces.
OEMs can select and configure AUTOSAR’s standard set of basic software modules (BSW) based on their specific ECU needs, ensuring efficient resource utilization.
AUTOSAR promotes Model-Based Development (MBD) allowing for early error detection, easier configuration, and improved code generation, leading to faster development cycles, better software quality and reliability, and enhanced interoperability between ECUs from different suppliers.
AUTOSAR (AUTomotive Open System ARchitecture) is a global development partnership that establishes standardized software architecture for automotive electronic control units. It ensures the scalability, and transferability of software, and addresses safety and availability requirements, facilitating collaboration among various partners in the automotive industry.
Acsia offers end-to-end AUTOSAR services, including configuration, integration, validation, and Functional Safety compliance for Classic and Adaptive AUTOSAR platforms. The company’s expertise spans system architecture, ECU software development, and testing, ensuring seamless implementation across automotive applications.
Acsia’s proficiency in both Classic and Adaptive AUTOSAR platforms enables them to assist manufacturers in consolidating ECUs by integrating System-on-Chip components. This approach reduces the number of individual controllers, paving the way for innovative, feature-rich, and safe driving experiences in next-generation automotive systems.
Yes, Acsia offers software development and validation services for on-board systems implementing features such as Adaptive Cruise Control, by utilizing Classic AUTOSAR stack vendors and providing comprehensive system testing and validation to ensure reliable and safe operation.
Acsia specializes in integrating Adaptive AUTOSAR stacks into the Android Automotive OS Vehicle Hardware Abstraction Layer (HAL). The company’s expertise in SOME/IP-based inter-ECU communication enhances vehicle software modularity, ensuring smooth interaction between infotainment, safety, and connected services.
In Brief: Software-defined vehicles demand more than just...
In Brief: Agile testing is transforming automotive...
