Knowledge Center

Safety-Driven Verification and Validation
Foretellix Team April 13, 2023
SDV is a novel technology and methodology that addresses the new safety challenge and enables the safe large-scale deployment of Automated Driving Systems and ADAS. SDV enables the integration of the safety, development, and V&V activities, delivers evidence to support the safety case, and follows the latest ADS safety standards.
Webinars
- Safety, Webinar
- Foretellix Team
Gil Amid, our Chief Regulatory Affairs Office & Co-Founder talks about Safety-Driven Validation and Recent Updates on Standards & Regulation. The event was held on June, 2023...
- OSC2, Webinar
- Team Foretellix
Sharon Rosenberg, our solution architect, and chief methodologist talks about how to enhance productivity and improve communication across your development team and partners. The event was held on October 18th, 2022...
- OSC2, Webinar
- Team Foretellix
Sharon Rosenberg, our solution architect, and chief methodologist talks about automotive requirement-based testing. This is the third of our Experts Webinar Series. The event was held on March 24, 2022...
OSC2

- Team Foretellix
Sharon Rosenberg, our solution architect, and chief methodologist talks about how to enhance productivity and improve communication across your development team and partners. The event was held on October 18th, 2022

- Sharon Rosenberg
On July 20th, 2022, ASAM released its latest standard language and domain model for scenario-based testing

- Team Foretellix
Sharon Rosenberg, our solution architect, and chief methodologist talks about automotive requirement-based testing. This is the third of our Experts Webinar Series. The event was held on March 24, 2022
Safety

- Sharon Rosenberg
More than 350 years ago, Sir Isaac Newton formulated the theory of gravity and laws of motion.

- Sagar Behere
Safety, together with its Verification and Validation, is the largest unsolved problem in autonomous driving.
Case Studies

- Team Foretellix
A case study for uncovering AV edge cases using hyper-scale virtual simulation