How AI and Cloud Car Technology Make Cars Safer?

By Srikanth
8 Min Read
How AI and Cloud Car Technology Make Cars Safer? 1

The automotive industry actively drives an artificial intelligence and cloud connectivity revolution promising to reshape transportation. Major manufacturers develop autonomous vehicle technologies and connected car ecosystems. At the core, automotive artificial intelligence accelerates exponentially, projecting to reach a $7.0 billion market by 2027, expanding at over 24.1% CAGR. This growth underscores AI’s pivotal role in enabling autonomous driving and in-vehicle assistants. Most importantly, AI and cloud car technology can work together to ensure car safety. Here’s how –


●     Enhanced Driving Support Systems

AI-driven cloud car architectures drive innovations in safety, convenience, and sustainability. Wipro’s Cloud Car platform is one such innovative solution that uses AI and machine learning (ML) to gather data from cars, which automakers can use to develop new features, make changes, and eventually create fully autonomous vehicles. The platform also helps automakers reimagine how safety and entertainment features are developed, deployed, and maintained.

Advanced driver assistance systems (ADAS) also actively support drivers in mundane and hazardous driving situations. These systems are one of the most common AI applications in automobiles today.

ADAS utilizes AI and computer vision algorithms to power critical functions. These include:

  • Automatic emergency braking
  • Lane-keeping assistance
  • Adaptive cruise control
  • Traffic sign recognition

Cloud-assisted ADAS can deliver more accurate object and hazard detection by using cloud platforms to run advanced AI models too complex for onboard vehicle computers. The combination of edge computing and cloud-based AI delivers sophisticated ADAS functionality to significantly enhance driving safety.

●     Self-Navigating Automobiles

Fully autonomous self-driving cars are no longer just a theoretical possibility thanks to powerful AI. Automakers train complex deep learning algorithms on huge datasets of driving imagery to create AI ‘drivers’ that can navigate real-world environments without human input. While fully autonomous vehicles are still a work in progress, current semi-autonomous functionalities like hands-free driving on highways demonstrate the vast potential of AI to enable self-navigating automobiles.

Integrating V2X communications and cloud infrastructure with onboard autonomous driving systems will allow vehicles to safely coordinate maneuvers. AI-powered autonomous driving promises to reshape mobility and transform the cloud automotive experience.

●     Driver Identity and Condition Analysis

Automotive AI applications go beyond vehicle control – they also actively monitor drivers themselves. In-cabin cameras paired with computer vision can track head pose, eye gaze, and body language to determine driver attention state and take corrective actions if needed by alerting drowsy or distracted drivers.

More advanced systems could even adjust in-car climate, lighting, and displays based on monitoring individual driver identity and preferences. Embedding biometric sensors into seats, steering wheels, and dashboards enables AI-powered analysis of driver stress levels, emotions, health, and intent prediction. Human-centered AI applications aim to enhance the driving experience.

●     AI in Automotive Manufacturing

AI is transforming automotive manufacturing in powerful ways. Its impact reaches far beyond the final vehicles themselves, right to the heart of the production process. Leading automakers now use industrial AI solutions throughout manufacturing, from start to finish.

For quality control, AI-enabled computer vision spots defects in real time as parts come down the assembly line. Predictive maintenance algorithms analyze data from equipment sensors to forecast failures before they happen. This prevents costly unplanned downtime. AI optimizes intricate workflows between workers and robots to maximize efficiency on the factory floor. Inventory management is upgraded with machine learning tools to track supplies and anticipate needs.

The cloud automotive plant of the future will run primarily on data and AI. The technology will touch each step of the vehicle construction process. AI will help automate repetitive tasks, assist human workers, and ensure lean, reliable manufacturing. With AI’s transformative power, automakers can build the highest-quality cars at scale, safely and sustainably. The potential is only beginning to be realized.

●     Voice-Activated Personal Assistants

Voice-based virtual assistants such as Alexa and Siri have become pervasive in contemporary daily existence, with in-car iterations aspiring to provide drivers with comparable hands-free convenience. Automotive OEMs integrate intelligent voice AI bots that can respond to natural language commands and questions on topics ranging from navigation, entertainment, and vehicle settings adjustments.

Voice assistants in connected vehicles can also access cloud-based data and services to provide a more personalized experience. As natural language processing technology advances, voice-powered AIs will become increasingly seamless automotive copilots.

●     Enhancing Passenger Experience

From ride sharing platforms to the autonomous Robotaxi, future mobility will be passenger-centric. Automotive cloud services and AI can enhance rider comfort, infotainment, and productivity during journeys. Personalized climate control, immersive entertainment systems, and even interior cabin customization based on occupant identity are all within reach. For autonomous vehicles, AI can track passenger preferences, ride history, and schedules to deliver a tailored experience. By monitoring occupant physiology, mood, engagement, and motion, AI can also optimize the passenger environment autonomously. AI-driven vehicles will pamper riders.

●     Quality Control in Vehicle Manufacturing

Automotive OEMs expend enormous effort in inspecting and validating component quality. AI is revolutionizing this process through automation and optimization. Rather than relying on manual visual inspection of parts, manufacturers employ computer vision coupled with machine learning to scan every part coming off the assembly line.

Deep learning algorithms can detect the most minute defects and imperfections in seconds. This AI-powered automation enables 100% quality assurance while avoiding costly manufacturing errors and improving efficiency. AI quality control removes human error and bias from the equation.

●     Connected Cars with AI Technology

Modern vehicles bristle with data-generating sensors and components. Connecting this torrent of data to cloud platforms unlocks game-changing applications of cloud-based AI in what is known as the connected car ecosystem. Real-time vehicle telemetry can train cloud AI models to detect emerging issues and predict optimal maintenance timing.

V2V and V2I communication enables collective vehicular intelligence. Ultimately, the synergistic combination of edge AI in vehicles and cloud-based AI will enable cars to dynamically learn and adapt for the benefit of drivers, passengers, automakers, and society.

Future Outlook

The cloud car ecosystem stands as a beacon of innovation. It heralds a new era in automotive safety and artificial intelligence. This ecosystem is poised to reshape the future of driving with unprecedented advancements and heightened standards of excellence. AI will touch every aspect of the automotive experience as vehicles become increasingly electrified, automated, and connected. This may range from manufacturing to maintenance and active driving assistance.

Cloud-connected cars able to share data and access cloud-based AI in real time will ultimately achieve collective learning and intelligence. Through continuous innovation in sensor technologies, computing paradigms, mobility concepts, and enabling infrastructure, the automotive AI revolution has only just begun. The road ahead is filled with exciting possibilities to enhance safety, efficiency, comfort, and progress through artificial intelligence.

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