For more than a century, electronics have opened up new possibilities for making and controlling music. From the Theremin and electric guitar to modern synthesizers, electronic instruments have continually pushed music in new directions. In the 1980s, MIDI (Musical Instrument Digital Interface) took...

Join Lynx and a guest technology leader for a discussion on how collaboration across the defense technology ecosystem can help accelerate the deployment of trusted AI at the edge. This session will explore approaches to interoperability, open architectures, and integrated solutions that simplify AI...

Physical AI is the buzzword of the year (so far) but despite that, the technology underneath it is powerful and valuable. If Physical AI is the merging of Embedded computing, IoT sensing, Edge AI, and automated robotic or other active movers in the real world (It is), then you're already doing the w...

Modern aerospace and defense platforms are rapidly transitioning to SOSA® aligned, Ethernet-based architectures to support increased information sharing, modularity, and system scalability. However, while Ethernet enables flexible and ubiquitous connectivity, it remains inherently non-deterministic—...

The rapid proliferation of unmanned aircraft systems (UAS) has blurred the lines between tactical drone defense and strategic airspace management. Counter-UAS (C-UAS) can no longer be treated as a collection of isolated, “plug-and-play” capabilities. Instead, modern C-UAS is rapidly evolving to mirr...

Whether off-grid or fully hard-wired into a local network, accurately tracking time can be critical to a project’s success. Join presenter Jeremy Cook in this online training session to see how you can use microcontroller-based timing, real-time clock (RTC) modules, the Network Time Protocol (NTP),...

Every Industry and vertical is using, considering, or scaling FPGAs in their compute strategy already. It's time to dig into the engineering and mechanics of how companies are leveraging FPGA and how they'll be used moving forward. In this series of roundtable discussions, Embedded Computing Design...

Traditional unmanned systems were not designed to scale. Brittle architectures, constrained bandwidth, and GPS-denied environments make it difficult to coordinate teams of autonomous systems effectively. As unmanned systems expand across air, land, sea, and undersea domains, the traditional one-oper...

AI workloads introduce timing variability that can make them difficult to deploy in mission- and safety-critical environments. Dynamic resource demands, shared CPU and GPU resources, and unpredictable execution times can interfere with real-time applications and complicate system validation. To depl...

As Edge AI continues to grow as a foundational technology in many industries, it’s important to have a clear framework when designing it. Register now to find out more.

AI innovation is accelerating rapidly, but deploying trained models into mission-critical embedded systems remains a significant challenge. While today's AI frameworks excel at model development, they were not designed for the deterministic inference, workload isolation, and certification requiremen...

Adding features to a product or creating products around leading-edge technologies can enhance the value of what you offer your customers. But the real value comes from how you implement those technologies (seamlessly, cost-effectively, creating customer value, etc.), and how complimentary technolog...

Defense innovation often focuses on moving systems from prototype to production and then from production to deployment. But many systems fail later in a different way: they reach the field, yet cannot adapt fast enough as threats, missions, and integration demands change. This session will examine w...

Mandated six years ago by Air Force, Army, and Navy leadership and now codified as law, the use of a modular open systems approach (MOSA) in military programs has gained momentum and is a critical part of the U.S. Department of Defense (DoD) acquisition reforms. MOSA strategies impact multiple domai...

Remote computing devices often need to work in areas without access to power for months — even years — at a time. While sustaining off-grid IoT/AI/edge things can seem like an impossible challenge, careful device selection and optimization can enable reliable operation for extended periods of time....

In a few short years, AI has progressed from questionable proficiency at basic arithmetic to solving math problems that have stumped humans for decades. When used correctly, it can also be an invaluable resource for completing and improving hardware and software designs. Join presenter Jeremy Cook f...

As critical infrastructure, AI systems, industrial automation, defense networks, and next-generation communications demand higher bandwidth and lower latency, traditional software-based security architectures are increasingly becoming bottlenecks. The need for deterministic performance, real-time en...

Cybersecurity Compliance for Embedded Engineers: Are You CRA Ready?

Embedded AI can be the perfect ingredient to your embedded product—if you implement it properly. Working with TinyML and infusing just the right locally executed voice recognition with Natural Language Processing (NLP), face recognition for machine access and security, and Real-Time Analytics (RTA),...

FPGAs can provide servers and data centers with peak efficiency and optimization, outperforming CPUs and GPUs acceleration offload, network-traffic management, and storage allocation. In this panel, experts will talk about how FPGA can leverage configurable logic cell arrays, numerous power rails, a...

Over the past decades, robots have increasingly replaced humans for repetitive tasks in industry. But what kind of robot is appropriate for your particular situation? Join Presenter Jeremy Cook, an engineer who formerly worked in factory automation, to learn about modern robotic options for improvin...

Hospital medical equipment is expected to deliver continuous uptime, deterministic performance, and uncompromising safety and security—all while meeting strict regulatory requirements. Achieving this level of reliability starts with the right system architecture.

Autonomous capabilities are rapidly moving from experimentation into operational defense systems, bringing AI directly into mission environments at the tactical edge. But while machine learning introduces powerful new capabilities, mission-critical platforms still demand deterministic performance, p...

Originally developed for harsh automotive applications by Robert Bosch GmbH in the 1980s, today the CAN bus communication standard is also widely employed in industry and other applications where reliable device-to-device data transfer is required. In this online training session, presenter Jeremy C...

Modern automobiles present several engineering challenges, particularly as the software-defined vehicle (SDV) comes more into focus. These challenges include, but certainly are not limited to, software complexity, electrification, autonomous drive, connectivity, and over-the-air (OTA) updates, to th...