Fuelling the Sustainable Software-Defined Vehicles of Tomorrow
The automotive landscape is rapidly evolving with key trends like software-defined vehicles (SDV), electric vehicles (EV), autonomous driving, and connected cars, driven by generative AI, cloud technology, digital engineering, and sustainability.
At Cyient, we are leading the charge towards a sustainable and connected future. We are reshaping traditional automobiles into smart, software-defined vehicles that, offer enhanced safety, efficiency, and user experiences. Our expertise in perception systems in ADAS and telematics empowers the off-highway with real-time equipment monitoring and control with the help of 5G, Cloud-enabled monitoring and analytics solutions, optimizing operations and productivity. The influence of SDVs is expanding, ushering in a new era of intelligent mobility.
Cyient goes beyond transportation, enabling intelligent, sustainable, and connected mobility solutions.
With over three decades of expertise, Cyient brings the latest technologies to automotive OEMs and Tier-1s, creating a robust ecosystem that powers autonomous, connected cars and electric vehicles.
Transforming the driving experience through SDV and cloud-based microservices, virtual machines enabling over-the-air updates and seamless connectivity.
Enhancing user experience through a diverse range of applications tailored for convenience, entertainment, and productivity.
Ensuring vehicles stay up to date with the latest software enhancements, bug fixes, and feature upgrades, delivering continuous improvements and optimization.
Delivering advanced technologies in accordance with functional safety development processes, ISO: 26262 certified and system protection against cybersecurity threats in accordance with WP.
Efficiently incorporating AUTOSAR (Automotive Open System Architecture) and adopting a Model-Based Design (MBD) approach to streamline the development and deployment of software components in SDVs.
Leveraging cloud-based infrastructure and digital connectivity to enable advanced driver assistance systems (ADAS) in autonomous vehicles, enhancing safety and efficiency on the road.
Revolutionizing the in-vehicle infotainment experience with an intelligent and connected system that seamlessly integrates entertainment, communication, and navigation features for an immersive driving experience.
Ensuring optimal performance and longevity of electric vehicle batteries through advanced monitoring, control, and protection systems.
Establishing comprehensive and efficient infrastructure to support the charging and battery needs of electric vehicles, for mass adoption and accessibility.
For BEV and Hybrid vehicle e-axle, motor controllers are differentiators offering efficiency and performance.
Cyient’s worldwide footprint and proficient automotive capabilities enables us to keep pace of every demand of our partners, designing tomorrow together with software autonomy and independence.
ECUs – Digital cockpit
Data acquisition I/O boards
Electronics & Power Electronics Systems Design
Test Engineering & Qualification
Board Support Package
Device Drivers for peripherals
Classic AUTOSAR/Adaptive AUTOSAR
Proprietary architecture-based middleware and application development
Test and diagnostic software
Wired and wireless communication protocols
Model based software design
MIL, SIL, HIL testing
Vehicle Integration Components and System design
Analysis and Simulation Manufacturing Engineering
VAVE & Benchmarking Technical Publications
Implementation and Maintenance
Model Based System Engineering
Development- environment setup, integration
Testing, QA, and launch
Software, UI version updates
On-going application management and support
Our consulting services cover the entire lifecycle of software-defined vehicles, guiding clients from design to testing. We help define the optimal software architecture, considering connectivity, user experience, and integration. Our expertise in manufacturing and Industry 4.0 transformation allows automotive OEMs to harness the potential of IT/OT integration, cybersecurity, and digital twins to accelerate their manufacturing process.
Our implementation specialists develop robust software frameworks, while rigorous testing ensures reliability and safety. With industry best practices and innovative thinking, we deliver future-proof software-defined vehicles.
We place cybersecurity at the forefront for automotive and software-defined vehicles. Our expertise helps protect against threats and vulnerabilities, securing the entire software stack. We conduct risk assessments, implement robust security measures, and monitor for incidents. With advanced technologies, we ensure data integrity, privacy, and occupant safety.
Industry certifications and regulatory compliances ensure we adhere to the highest standards of development
Partner Level Status & Achieving Excellence from John Deere
Leaders in ER&D Zinnov Zones
Enrico Apex Award, conferred by BGSW
Enabled safe and reliable operation of an off-highway vehicle by developing a perception system that leverages advanced sensor fusion algorithms and machine learning capabilities for target detection and autonomous operations. The system's modular design makes it easily adaptable to different vehicle platforms and applications, providing flexibility and scalability for automotive Tier 1s and OEMs
Designed scalable and secure software architecture for a European Tier-1 by leveraging advanced analytics and AI (Artificial Intelligence) capabilities to enable real-time monitoring of vehicle performance, safety, and comfort. The architecture can run multiple OS and applications to combine distributed functionalities of IVI, Instrument Cluster and Connectivity on single hardware
Cloud and edge computing platform which enables the customer to Real-time visibility via Web/mobile of assets and IoT sources. Apply machine learning analytics locally and in the cloud. Real-time asset telemetry