Vehicle architectures, driven by autonomy and increased connectivity, are becoming more centralized, which creates new cybersecurity challenges at the vehicle and ECU levels. In this talk, we will introduce the foundations of automotive security and current domain & zonal architectures; then we will...

Autonomy has far more potential than just cars. Sure, self-driving cars will forever change the way we drive. But autonomous systems are revolutionizing other industries that are moving to incremental increases in autonomy. These new applications include medical devices, energy systems, manufacturin...

The performance and capability of modern vehicle electronics (vetronics); radar; electronic warfare; avionics; and intelligence, surveillance, and reconnaissance (ISR) systems are enabled by commercial processors and FPGAs – all of which generate lots of heat. These systems must also survive in extr...

Choosing the right software framework for building your autonomous system is a bet on the future of the industry and the success of your company. With so much at stake, speed to market is critical. A platform that supports rapid development is essential and proven support for a wide variety of futur...

Avionics hardware and software continue to get more complex as they add capability to cockpit systems and ease of use to pilots. In tandem, complexity also mounts regarding the process of certifying these multicore, graphics-processing, and other avionics products and systems. This webcast featuring...

Autonomous systems are revolutionizing industries. Applications such as self-driving vehicles, medical devices, manufacturing, aerospace & defense and robotics are making the world greener, safer, healthier, faster and more productive. For those developing autonomous systems, you are faced with the...

Are you developing a product which could benefit from leveraging multiple wireless technologies? Connectivity solutions continue to demand enhanced applications which can utilize the unique advantages of different wireless standards. This could include Bluetooth® Low Energy smartphone connectivit...

As defense electronics systems become increasingly complex, with AI, Machine Learning and greater connectivity, the attack surface of these devices increases in parallel with the sophistication of adversaries. Traditional hardware security methods are easily circumvented, making it easier to clon...

Military intelligence, surveillance, and reconnaissance (ISR) programs have put a premium on reducing size, weight, and power (SWaP) in their embedded signal processing systems. Everything is trending smaller. As a result military program managers are creating more stringent SWaP requirements for ev...