Bluetooth devices are everywhere. The number of Bluetooth devices shipped this year is expected to exceed that of any other wireless technology. For those developing Bluetooth devices, understanding the technology, the advancements and how to test is critical to improving quality and customer experi...

In PC years, the IoT is quite long in the tooth. AI and machine learning, on the other hand, are just pups. When you combine these two complementary technologies, you get AIoT, or Artificial Intelligence of Things. You had better be ready for it, because this is one of those seminal technologies tha...

Cybersecurity is more critical than ever, as evidenced by the SolarWinds and Colonial Pipeline attacks causing major disruptions, hazards, and shut-downs. As billions of IoT devices are deployed each year, adversaries are becoming more adept at taking advantage of vulnerabilities in critical operati...

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...

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...

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...

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...

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...

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...

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...

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...

The pace of design in the automotive sector has picked up considerably, in just about every segment—from mission-critical engine control to the infotainment subsystem and everything in between. At the Automotive Technologies Virtual Conference, you’ll hear from experts that can cover five key areas...

One of the keys to the success of the Sensor Open Systems Architecture (SOSA) is that it was developed by aligning with current open standards and open systems architectures, including FACE, HOST, REDHAWK, MORA, OpenVPX, and similar specifications. The SOSA Consortium also works closely with such st...

Given the complexity involved, integrating global and local simulation and training systems is difficult under the best of circumstances. For starters, legacy simulators use different standards for data, voice and video. In addition, modern architectures demand the use of cloud-based and distributed...

A major challenge for an avionics software integrator is certifying their avionics systems to meet FAA certification standards such as DO-178C Design Assurance Level (DAL) A. The certification process can be very expensive and time-consuming. Having the capability to port safety-certified software f...

The Modular Open Systems Approach (MOSA) is now a dominant strategy in military procurements. L3Harris is now using MOSA to win new defense programs that break down legacy stovepipe system architectures with their dedicated supply chains and is replacing these systems with standards-based hardware a...

With the ARM processor cores and FPGA logic all on the same chip, a designer has the ability to do high performance embedded applications in a smaller footprint with multi-processor system on a chip performance. Agenda Topics: Types of Zynq Ultrascale+ Features of Acropack Zynq Ultrascale+ APZU Carr...

In this webinar QA Systems will discuss and demonstrate how the automated unit and integration testing tool Cantata can accelerate your safety standards compliance. We will see how embedded industry leaders employ the latest easy to use techniques for requirements tracing, automatic test case genera...

Tiger Lake is the codename for Intel’s 11th generation of its Core Processors, designed specifically for high performance in mobile hardware. In this webinar Christian Engels, embedded innovation expert at Avnet, gives a primer on the new processors and the benefits they bring to embedded computing...

AI/machine learning can be a boon to the Edge of the IoT if implemented properly. That sounds easy, but it has the potential to be mystifying. With the compute power that’s now available at the Edge, most calculations can be handled locally. While that doesn’t eliminate Cloud interaction completely,...

We’ve come a long way when it comes to security. Unfortunately, we are not there yet. In fact, we may not even know where “there” is at this point. This panel of experts will look at what a designer/developer should know in order to ensure that his system checks the appropriate boxes when it comes t...

Developed under the auspices of PICMG, this new specification pushes the performance level for Computer-on-Modules (COMs) to levels not before seen. In this panel session, we will go through what’s actually in the new spec, and how you can make it work for you.

The Sensor Open System Architecture (SOSA™) Technical Standard applies open-architecture concepts to high-performance defense sensor systems such as radar, electronic warfare, and SIGINT platforms. The goal of the standard is to design a non-propriety open systems architecture based on DoD-relevant...

From a security standpoint, early editions of connected vehicles had a rough start. Securing automobiles is hard – perhaps harder than just about any other device. This presentation will outline the unique security challenges that engineers face when securing connected vehicles, address the role...

No matter how good your design is, if it’s not secure, it’s worthless. Security needn’t be a huge hurdle, but it does need to be considered from Day 1 of the design. That tact can make the process seamless, and also provide a simple upgrade path as new techniques become available. This webinar wi...