This website uses cookies primarily for visitor analytics. Certain pages will ask you to fill in contact details to receive additional information. On these pages you have the option of having the site log your details for future visits. Indicating you want the site to remember your details will place a cookie on your device. To view our full cookie policy, please click here. You can also view it at any time by going to our Contact Us page.

Safe and secure software platform for autonomous vehicles

25 April 2016

Solar powered and autonomous vehicles demand a complete embedded software development platform.

With solar powered cars and autonomous vehicles rapidly becoming a reality, automobile manufacturers need a solid foundation of on-board computer technologies to harness the continuous stream of information produced by high-tech components. Raw data is used by the vehicle to make intelligent decisions and provide passengers with instant feedback. Securely sharing the same data with cloud services makes it possible to visualise trends and improve fleet maintenance. 

ITTIA has teamed with Green Hills Software, INTEGRITY Security Services and Crank Software to create a joint platform approach to enable automobile manufacturers to capture, query, and share data securely and efficiently.  The combination of the ISO 26262- certified INTEGRITY RTOS, ITTIA DB SQL database, Embedded Cryptographic Toolkits, and Device Lifecycle Management System and Embedded User Interface provides everything that is needed to develop, manufacture, monitor and maintain complex in-vehicle systems.

Automobile manufacturers have a responsibility to protect passenger safety. When an autonomous vehicle takes on the role of a driver, making accurate decisions based on accumulated and real-time data is critical to minimise the associated risks. At the same time, the data and vehicle application software must remain secure against tampering and privacy invasion. Selecting appropriate core technologies is essential to meet the demand for data-driven intelligence while remaining confident in safe operation, deterministic behaviour, and secure communication. With this total solution, real-time information is captured, stored and accessed on the vehicle and is simultaneously made available to remote facilities for maintenance and troubleshooting.

Driverless vehicles will be required to capture, manage, and share a large volume of logging and operational data. The joint platform approach from ITTIA, Green Hills Software, INTEGRITY Security Services and Crank Software now enables car manufactures to realise their maximum potential in minimising risk of software failure, preventing malicious software attacks, and delivering the best experience to drivers and service technicians. This solution includes the UI framework enabling automotive designers and embedded engineers to work in parallel.

To leverage new energy technologies, such as hybrid engines and solar power charging, vehicles must capture and integrate information from many different sensors. For example, when a sensor monitoring the battery generates a warning, queries must be executed to determine the severity of the issue and investigate a workaround. The on-board application software is responsible for correlating data collected from many different sensors, which can be accessed locally or remotely.

When investigating a failure, a technician has access to a large volume of data, potentially spanning many years. Important metrics are invaluable to help identify faulty parts or software. This information is accessed securely through a web browser or mobile tablet application by leveraging ITTIA DB SQL shared access and replication technologies; the data is secured at rest and over the air by the INTEGRITY RTOS and ISS Cryptographic Toolkits provisioned during manufacturing with keys by the Device Lifecycle Management System. Parallel tasks can access the vehicle database even while new sensor readings are continuously collected in the background.


Contact Details and Archive...

Print this page | E-mail this page