Automated Driving
Advancing the possibilities of automated driving
By combining advanced AI and real-time positioning with a scalable and open architecture, we’re enabling vehicles to navigate, communicate, and respond intelligently to dynamic conditions.
ADAS/AD built from collaboration
We don’t just build automated driving systems for our partners. We collaborate with them over the entire life cycle of the product, from conception to development to commercialization and continuous integration. The result is ADAS/AD that learns on the fly, improves in real-time, and gets drivers to their destination.
High-performance, low-power computing at the core
Our powerful and efficient chipsets bring next-generation automated driving experiences to life.
Incorporating context with AI
The best ADAS/AD solutions are holistic. By utilizing information from different types of inputs (like the connected world, devices, and sensors in and out of the vehicle), we’re enabling compound AI systems that personalize and contextualize the driving experience.
Improving safety through positioning
We equip our AD platforms with real-time perception, V2X communication, and vision-enhanced precise positioning (VEPP) technologies. This enables vehicles to detect obstacles, avoid collisions, and respond instantly to traffic conditions with lane-level accuracy.
Protecting your data
Our ADAS/AD platforms prioritize security through encrypted communication, secure data handling, and robust threat detection. We employ a multi-layered security architecture that includes hardware-based isolation, encryption, and regular software updates to mitigate risks and enhance system integrity.
Designed for reliability and accuracy
We’re enhancing reliability in our ADAS/AD solutions by featuring robust, real-time processing, AI-driven sensor fusion, and redundancy for critical tasks. This technology ensures consistent performance and adaptation to dynamic driving conditions with precision and stability.
AECQ-100
Ensures that integrated circuits meet reliability standards for automotive applications, promoting consistent performance in harsh conditions.
ISO 26262 ASIL D
Represents the highest safety integrity level for automotive systems, ensuring rigorous safety measures to minimize failure risks in critical applications
SAE 21434
Establishes cybersecurity standards for automotive systems, ensuring protection against cyber threats and enhancing vehicle safety by securing electronic components and data.
SOLUTIONS
Meet our open, scalable set of technology platforms
Auto Connectivity Platform supports automated driving with real-time data exchange, V2X communication, and precise positioning for responsive navigation.
Cockpit Platform enables smart, responsive vehicle control with AI-driven assistance, real-time data processing, and enhanced driver monitoring.
Platform powers automated driving through intelligent navigation, obstacle detection, and safety-focused decision-making.
By providing real-time updates, predictive maintenance, and seamless data connectivity, Snapdragon Car-to-Cloud Services is designed for vehicles to remain optimized, safe driving focused, and responsive.
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