Auto Update

Auto Update is an advanced platform designed to manage the software update life cycle for connected devices, including IoT systems, automotive platforms, and other edge devices. The system provides reliable, secure, and efficient Over-The-Air (OTA) updates, ensuring that devices receive critical software patches, feature enhancements, and firmware improvements without service disruption.

By leveraging advanced AI-based technologies, Auto Update enables continuous software updates while reducing the amount of data required.

In industries like automotive, where software integrity directly impacts safety and performance, Auto Update plays a crucial role in ensuring that vehicles remain up to date with the latest software versions while minimizing downtime. The solution is built to enhance operational efficiency and security, offering real-time updates that can be easily managed and deployed on a global scale.

Main Features include

• Seamless Over-The-Air (OTA) updates: updates software and firmware remotely without requiring physical access to devices. Ensures minimal service interruption, enabling updates to be performed while the system is operational.
• Zero-Downtime updates: delivers software updates without interrupting the ongoing operations of the device. The update process is designed to occur in the background, allowing the device to continue functioning normally.
• No need for A/B memory: unlike traditional OTA systems that require dual (A/B) memory partitions to safely manage updates, Auto Update applies updates directly without the need for redundant memory. This eliminates the need for costly additional memory, reducing hardware requirements while maintaining update safety.
• Self-Healing and rollback mechanism: detects failures during software updates and automatically reverts to the previous stable version. This prevents disruptions caused by faulty updates, ensuring high reliability and operational continuity.
• Differential updates: delivers only the changes between software versions, drastically reducing the size of update packages. This minimizes bandwidth usage, accelerates the update process, and lowers data transmission costs.
• Granular update deployment: allows selective deployment of updates to specific devices, regions, or customer segments. This ensures that updates can be rolled out in phases or tested in controlled environments before global deployment.
• Scalability for large fleets: the solution is designed to handle large fleets of devices, making it ideal for industries such as automotive, where numerous vehicles need to be updated simultaneously. Its architecture supports scaling from a few to millions of devices efficiently.