Case Study

CASE STUDY: Enhancing Mileage Accumulation Dyno Performance with iASYS Integrated Solutions

This case study showcases how iASYS successfully modernized a vehicle testing facility’s chassis dynamometer by replacing legacy analog systems with an advanced digital testing platform. Through the implementation of the Advanced Dyno Controller (CDC), Orbit V Software Platform, COMET Driver Assistance System, and Profibus-DP digital communication, iASYS significantly improved test precision, system responsiveness, and operational reliability. The solution delivered high-accuracy force and inertia validation, reduced downtime through real-time diagnostics, simplified maintenance by minimizing wiring complexity, and established a scalable, future-ready testing infrastructure. As a result, the customer achieved faster response times, enhanced data accuracy, improved test consistency, and more efficient mileage accumulation and road load simulation testing while ensuring reliable performance for evolving automotive validation requirements.

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CASE STUDY: Brix Platform Implementation For Test Management & Lab Digitalization

This case study highlights how iASYS enabled a global automotive technology leader to modernize and digitize its laboratory and test management ecosystem through the implementation of the BRIX Platform. By replacing fragmented legacy systems with a centralized, enterprise-grade solution, iASYS streamlined test request management, validation workflows, resource scheduling, asset tracking, and report management across laboratories operating in more than 50 countries. The platform significantly reduced manual coordination efforts, improved visibility into resource utilization, enhanced collaboration among global teams, and established a scalable foundation for future integrations, advanced analytics, AI-enabled reporting, and enterprise-wide digital transformation initiatives.

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Heavy Duty Chassis Dyno Upgradation with iASYS

This case study showcases how iASYS modernized a heavy-duty chassis dynamometer testing facility through advanced automation, real-time control systems, and digital integration. By upgrading legacy infrastructure with high-performance dyno drives, intelligent software platforms, and centralized communication systems, the solution improved testing accuracy, responsiveness, and operational efficiency. The upgraded system enabled faster force response, precise dual-motor synchronization, enhanced safety interlocks, and reliable road load simulation, ensuring high-performance vehicle testing aligned with modern regulatory and validation requirements.

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Digital Transformation of Automotive Certification Process

This case study highlights how iASYS enabled the digital transformation of an automotive certification and standardization process for a leading Indian agency. By implementing a centralized, web-based platform integrated with test bench systems and automated workflows, the solution addressed inefficiencies in manual operations, improved accuracy, and significantly reduced certification turnaround time. The platform enhanced transparency, scalability, and real-time visibility, ensuring faster, more reliable certification aligned with evolving regulatory standards.

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CASE STUDY: UNIVERSAL EV POWERTRAIN TEST RIG

This case study highlights how iASYS delivered a Universal EV Powertrain
Testrig for a leading Japanese OEM, enabling validation of multiple
drivetrain Units Under Test (UUTs) on a single, integrated test platform. By
combining mechanical driveline systems, high-performance dynamometers,
Orbit-T–based automation, and fast, synchronized data acquisition, the
solution addressed increasing validation complexity across conventional
and electrified powertrains. The integrated test infrastructure improved
testing flexibility, reduced capital expenditure, simplified operations, and
ensured accurate, repeatable Road Load Simulation (RLS) for both
component-level and powertrain-level testing. This future-ready platform
supports EV motors, CVTs, transmissions, and differentials while delivering
high-fidelity real-world load reproduction across a wide operating envelope.

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Case Study on HVDT FFT Analysis for Catcon Exhaust System Validation

This case study showcases how iASYS enabled a leading automotive
manufacturer to validate its Catcon exhaust system using an
advanced HVDT FFT analysis approach. Through the integration of
the Orbit test automation system and automated FFT-based vibration
analysis, the solution optimized Powertrain testing automation by
improving accuracy, reducing test time, and ensuring reliable
detection of resonance frequencies.
By standardizing vibration testing and data analysis, iASYS helped the
customer enhance NVH performance, prevent Catcon fatigue, and
establish a repeatable, future-ready validation framework. This

transformation not only improved automotive powertrain testing
efficiency but also demonstrated the versatility of iASYS’s automotive
testing solutions for engines and battery testing solutions for e-
mobility.

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crash-test-data-automation-vehicle-testing-management-system

Case Study On Standardizing and Automating Crash Test Reporting

This case study highlights how iASYS helped a leading global automotive manufacturer standardize and automate its crash test reporting. By centralizing test data and enabling configurable searches, the solution reduced manual effort, improved data accuracy, and enhanced accessibility. The outcome—faster data retrieval, reduced errors, and a strong foundation for analytics—showcases iASYS’s commitment to smarter, future-ready testing systems. This digital transformation enabled faster decision-making, improved validation processes, and strengthened overall testing efficiency.

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EV Transmission Testing Rig

Case Study On Custom Belt Durability Test Rig For Ev Transmission Validation

This case study showcases how iASYS engineered a Custom Belt Durability Test Rig for electric vehicle (EV) transmission validation. The solution featured a fixed and movable dyno system, multi-directional adjustable idler post, and flexible pulley adaptations to meet diverse OEM needs. With precise torque control, real-time load monitoring, and advanced thermal management, the rig enabled 1000+ hours of reliable testing, reduced vehicle-level testing efforts, and accelerated product development by 20–25%.

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