Voice control is now common in consumer products and can offer unique advantages to medical devices – operating convenience, improved workplace hygiene over touchscreens or keyboards, and less distraction from important tasks. OEMs will want to learn about Digi ConnectCore® Voice Control, an easy-to...

Whether you know it or not, advanced driver assistance systems appear in every vehicle. Some might be obvious to the driver, while some might only appear in an emergency. As ADAS technologies become a requirement, OEMs must ensure that they maintain compliance with evolving regulatory standards as c...

The breadth and specifics involved in driving successful cloud-connected product and services initiatives can be overwhelming. All product development phases from hardware design to cloud engineering require an ecosystem of technology providers. Choosing the best fit solution in a complex supplier l...

It has been said “With great power comes great responsibility.” In modern military electronics systems that mantra might more accurately be “With great processing capability comes a great responsibility to get the heat out.” Whether it’s a graphics processor, a general-purpose processor, or an FPGA,...

The unbridled aggression from adversaries in the Ukraine has underscored the need to create a military posture that positions the U.S. and its coalition partners in a constant state of readiness with real-time information and decision-making. To bring focus to this effort, the U.S. Department of Def...

What if you could improve device security by using simple software and on-chip storage to create your very own root of trust (RoT)? Well, now you can. Join this Embedded Toolbox Live interactive webcast where engineers from embedded system security IP leader Intrinsic ID will demonstrate the comp...

Data, analytics, and automation can help your organization reach higher levels of production and performance. However, making the best use of the information at hand can be a daunting task, particularly in a world like automotive where quality and safety must be top priorities. In this Keynote Addre...

We are far past of the point of explaining why safety and security is paramount of modern vehicles. But we’re not passed the point of being able to say with confidence, “this vehicle can’t be hacked.” In this session, we will look at the security available ava=liable, how they get implemented, and w...

Produced by Embedded Computing Design, the Automotive Technologies virtual conference will cover five key areas related to the design of today’s and tomorrow’s automobiles. It will look at these topics in great technical detail, cover the hardware, software, and everything in between. In-Vehicle...

Autonomous drive requires a combination of technologies, including various sensors, radar, lidar, sonar, GPS, and so on. The connected and driven by advanced control systems that must interpret the incoming data to identify the appropriate navigation paths, as well as obstacles and relevant signage....

In-Vehicle Infotainment (IVI) combines the various subsystems within the automobile, delivering information to and from the driver and passengers from the sensors and ECU. With the wealth of information that’s moving around the vehicle, both wired and wireless, it’s important that critical data gets...

Advanced driver assistance systems (ADAS) like automatic emergency braking, lane and highway assistance, and driver monitoring have become so commonplace that consumers/drivers take them for granted. What use to be a “feature” is now standard equipment. However, that doesn’t make their design and/or...

The voltages deployed in modern vehicles seems to be a moving target. Each OEM has his own ideas of what’s best for future vehicles. And even after standards are put in place, there is still lots of indecisiveness. In this session, we will look not just at the varying voltages, but the power compone...

Now that the Technical Standard for the Sensor Open Systems Architecture (SOSA) Reference Architecture, Edition 1.0 has been published, it is only a matter of time before products that are currently aligned to SOSA start going through the process to become conformant to the SOSA Technical Standard....

Now you are getting to the finish line of your project, this webinar is intended to help assist with any final issues. With experts from SensiML, Picovoice and Infineon, we will answer questions and queries about the usage of the platform or tools.

ModusToolbox™ ML is a tool that allows the deployment of Keras models onto PSoC™ 6, join the webinar to get knowledge on the ModusToolbox™ ML features to effectively deploy models and utilize the testing and analyzing features to ensure performance and accuracy are balanced.

An operating system is at the heart of IoT solutions. Choosing the right operating system upfront not only saves time and money but also ensures device stability and reliable operation. In this tutorial, we will focus on the selection criteria for Windows IoT operating system and licensing option...

From mission-critical military electronics to the billions of IoT devices in homes, offices and factories, the need for security is growing rapidly. The exponential rise in data creation, and new workloads such as AI/ML with demand for low latency, real-time operation, require rapid advancement in c...

Now you have the hardware and have attended the first webinar on training and classification, attend this open Q&A with the experts to getting focused assistance, making your machine learning project successful and impressive. There will be experts from SensiML, Picovoice and Infineon to assistance...

In this interactive series of webinars you learn how to use Infineon's ModusToolbox Machine Learning (ML) along with SensiML and Picovoice to create innovative ML projects with Infineon PSoC™ 6 microcontrollers and chat with our experts. In this series we will cover: Bring your own model to Mo...

Unmanned aerial systems (UASs), unmanned ground vehicles (UGVs), unmanned surface vessels (USVs), and unmanned undersea vehicles (UUVs) continue to be force multipliers for the U.S. military operations. These platforms not only deliver lethality in wartime but also feed the Department of Defense (Do...

Speaker: Capt. Shelby Ochs, USMC, co-program manager of Blue sUAS 2.0 project for the Defense Innovation Unit

Hosted by Dawn M.K. Zoldi (Colonel, USAF, Retired), Founder & CEO of P3 Tech Consulting LLC & host of the Dawn of Drones Podcast

Whether you call them UAVs, UASs, RPAs [remotely piloted aircraft], or just plain drones, they are not only a key force multiplier for the U.S. military but are also becoming a larger part of civilian airspace. While flight control technology for manned aircraft is well established and has many proc...

Whether processing the intelligence, surveillance, and reconnaissance (ISR) data collected by unmanned vehicles; coordinating manned/unmanned teaming; or countering swarms of drones, unmanned applications are dependent on artificial intelligence (AI) solutions and will become even more so in the fut...

In 2019, Air Force, Army, and Navy leadership mandated that the U.S. military use a Modular Open Systems Approach (MOSA) for new program designs and refreshes, calling MOSA a “warfighting imperative.” MOSA strategies are now being applied across multiple domains – air, sea, land, space, and electrom...