In Brief Modern digital cockpits are complex systems-of-systems (SoS), necessitating meticulous software integration and comprehensive validation to ensure reliable, safe, and user-friendly in-vehicle experiences. Integration goes beyond simply combining software...
Autonomous vehicles demand more than just smarter software and faster compute. They demand systems that can endure – that keep functioning even when faults occur. And at the foundation of this endurance is one of the most overlooked elements in vehicle design: Power....
In Brief Connected car technology is revolutionising the e-mobility experience, turning EVs into intelligent, communicative companions. Real-time diagnostics, proactive maintenance, remote control, and personalised interactions elevate the driving experience. Acsia...
In Brief Telematics represents the integration of telecommunications and informatics within vehicles, revolutionising the automotive landscape. Acsia is a leading player in telematics innovation, shaping smarter, safer, and more efficient vehicles for consumers and...
V&V approaches are evolving to address the challenges presented by software & services, personalization, autonomous driving, and connected & electric vehicles. This includes software/system requirements & integration testing, system health and performance profiling ensuring cybersecurity and functional safety of complex systems.
V&V is embracing AI and machine learning to automate the test lifecycle – intelligent test case generation, execution, and analysis, and advanced HIL systems and virtual environments to conduct time and cost-efficient testing before physical prototypes are built. Shift-left methodologies call for integrating V&V within DevSecOps pipelines, enabling continuous testing and security assessments throughout the development lifecycle leading to earlier bug detection and faster resolution.
Expertise in planning and executing software level to vehicle level tests across Digital Cockpit (IVI, IC, HUD), Telematics (TCU), EV (battery management, DC-DC chargers), AI (voice recognition, CARLA), ADAS, and Out-Car (mobile app, connectivity, cloud communications).
Labs, simulators, tools, and know-how to perform Functional/Non-functional, Connectivity, Security & Safety, Application, Performance & Stability, Black Box, 24×7 Light-Out, FOTA/OTA, Integration, System, Software, SIL/MIL/HIL, Vehicle & Field testing.
Highly scalable and configurable internally developed tool capable of managing automated test runs for various ECU types, log analysis, sanity & regression, and image & language. Automated bug detection & environment/test failure reports. Integrated with real-time HMI touch automation framework (including test case generation) and Grafana (observability).
Acsia’s robust Verification & Validation capability helps OEMs to navigate the increasing complexity of modern vehicle features like ADAS, AD, and connected car technologies. The intricate interplay between hardware and software necessitates deep expertise in establishing test infrastructure, automating software-to-vehicle level testing, and SIL/MIL/HIL simulation & testing to ensure the safety, reliability, and performance of vehicles.
Defined and executed end-to-end software and system testing, covering integration, functional, performance, security, and in-vehicle tests with automation.
Implemented automated pre-integration, CI/CT processes, developed test frameworks, performed KPI testing and trend analysis, and conducted integration testing for all IOC CRs.
Conducted speech and feature testing, automated tests using ECU Test, performing Defect/problem management (quality of the tickets, analysis, identifying appropriate domain and tracking to closure)
Performed integration, SW and system testing, validated buck-boost converter features and functional safety, verified battery charging, and performed automated HIL testing using vTestStudio, CANTATA and Polarion.
AVP, Verification & Validation
With Acsia since 2018"The global shift toward intelligent, software-defined vehicles demands robust and scalable validation. At Acsia, we bring deep expertise in Verification & Validation—spanning Digital Cockpit, Telematics, EV, ADAS, and Cloud. Backed by ASPICE L3-compliant test suites, in-house automation frameworks, and 24x7 lab setups, we help OEMs and Tier-I suppliers accelerate product maturity and ensure uncompromised quality."
Rigorous V&V ensures vehicles meet stringent safety standards like ISO 26262 and ASPICE, minimizing risks and protecting lives.
Early detection and resolution of defects during V&V lead to significant cost savings compared to fixing issues later in the development cycle.
Automated testing and streamlined processes accelerate V&V, enabling OEMs to deliver innovative features to customers faster.
Through thorough V&V, OEMs can ensure their vehicles perform consistently and reliably, enhancing customer satisfaction and brand reputation.
Verification and Validation (V&V) are critical processes in automotive software development that ensure the software meets specified requirements and functions correctly. It helps identify and rectify defects early in the development lifecycle, enhancing the safety, reliability, and performance of automotive systems.
A Comprehensive Testing Portfolio covering software to vehicle-level testing across Digital Cockpit, Telematics, EVs, AI, ADAS, and cloud solutions, ASPICE L2 Compliant Test Suite, and In-House Test Automation Framework ensure end-to-end verification and validation, enhancing efficiency, reliability, and compliance in automotive software testing.
Acsia utilizes advanced Hardware-in-the-Loop (HIL) systems and virtual environments to conduct comprehensive testing before physical prototypes are built. By adopting shift-left methodologies, verification & validation is integrated within DevSecOps pipelines, enabling continuous testing and security assessments throughout the development lifecycle. This proactive approach ensures early detection of bugs and vulnerabilities, contributing to the functional safety and cybersecurity of vehicles.
Yes, Acsia’s internally developed test automation framework, TITAN, is highly scalable and configurable, allowing it to be tailored to meet specific project needs. This flexibility ensures that the testing processes align with the unique requirements of each project, enhancing the effectiveness and efficiency of the verification & validation efforts.
Autonomous vehicles demand more than just smarter software...
In Brief: Software-defined vehicles demand more than just...
