Cloud Native platforms provide a DevSecOps solution enabling organizations to develop mission-critical intelligent systems at agile speed and without the issues of vendor lock-in. Ensuring that edge devices and cloud-hosted application systems meet evolving safety and security requirements and stand...

The current geopolitical stage and expansion of commercially deployed satellites are increasing the demand to reduce lead time for high-reliability power supplies, while managing the technical risk and meeting the cost target. With increasing supply-chain pressures, system designers face the difficu...

Beyond mass production of your device, there is also a huge need for customized machines that make other things. These typically use robust programmable logic controllers (PLCs) with names like Siemens and Allen Bradley, which are programmed in ladder logic. Ladder logic will be unfamiliar to many i...

Your safety certification program has a near infinite number of ways it can go astray. Runtime eLOC (effective lines of code) derived from functional requirements, export compliance regulations, runtime security threat analysis and security policy definition, certification requirements/standards, de...

U.S. military operations continue to increase their reliance on uncrewed aerial systems (UASs), uncrewed ground vehicles (UGVs), uncrewed surface vessels (USVs), and uncrewed undersea vehicles (UUVs) to engage with adversarial threats that grow ever more complex. These platforms not only deliver let...

Now that you’ve secured the necessary funding, you get to the hard part—fulfilling orders. In this class, Jeremy Cook will draw from his experience fulfilling an Arduino-based Kickstarter (on time), his decade in process automation, and insight from others to show how you too can satisfy customers w...

Smart manufacturing and AI go hand-in-hand. You can’t perform smart manufacturing with out some form of AI, whether it be machine learning, computer/machine vision, etc. At the Smart Manufacturing Day virtual conference, attendees will learn from the experts what goes into the design of these system...

Moving your design from a “maker” model to a “professional” model requires a lot of steps. One of those steps has to do with funding, something engineers/developers don’t often spend a lot of time thinking about. One solution is crowdfunding, which has produced a number of notable projects to the wo...

Five years have passed since Air Force, Army, and Navy leadership issued a joint memo mandating that the U.S. military use a modular open systems approach (MOSA) for new program designs and refreshes, calling MOSA a “warfighting imperative.” Today, MOSA initiatives are changing U.S. military acquisi...

Arduino Pro can serve as the backbone to your IoT project, as it has the horsepower to pull data from sensors, make decisions, and execute those designs. In this class, Jeremy Cook will go through the unique features of the Arduino Pro, cutting through which of those features you can really make use...

Join us to discover how Arrow and Trellix's AI-driven XDR solution replaces disparate security tools, providing a unified defense platform against an array of threats.

Avionics systems are getting more and more complex. Emerging aircraft technologies such as electric vertical take-off and landing (eVTOL), Urban Air Mobility (UAM), and unmanned aerial vehicles (UAVs) including swarm capabilities pose difficult safety-certification challenges for avionics manufactur...

Capacitive touch sensing has revolutionized user interface on modern products in the last two decades and enabled emergence of several innovative products, including wearable products. With this, comes demand for designers to reduce power consumption and size of touch-sensors, all while maintaining...

Discover how to enable early and continuous verification, identify critical bugs, and streamline compliance, ultimately ensuring safer and more reliable vehicles. Learn how TrustInSoft Analyzer, a state-of-the-art exhaustive static code analysis tool, can significantly simplify the process of ISO 26...

Modern electronic warfare (EW) and signals intelligence (SIGINT) systems are getting more complex as the threats they are designed to counter and detect grow in complexity. Innovation is needed to solve signal integrity, latency, signal processing, spectrum management, and other challenges in these...

Innovations such as AI, embedded vision, and enhanced processing capabilities for running advanced algorithms are fueling a massive expansion of robotic systems and applications.  To drive the market, companies need to have an in-depth understanding of their compute requirements and employ solutions...

The push toward open architectures and a modular open systems approach (MOSA) – an approach mandated by the Air Force, Army, and Navy for all new military systems and upgrades – embraces open standards such as OpenVPX, the Sensor Open Systems Architecture (SOSA) Technical Standard, and the Future Ai...

Produced by Embedded Computing Design, the IoT Device Security Conference looks at security from different design perspectives, covering multiple applications, including industrial, automotive, and consumer/mass market. This virtual conference hones in on securing our connected devices as well as th...

Both the Sensor Open Systems Architecture (SOSA) Technical Standard and the C5ISR/EW Modular Open Suite of Standards (CMOSS) are examples of a Modular Open Systems Approach (MOSA) strategy. Both of these standards are designed to enable more interoperability in military systems. CMOSS, which was dev...

Join us on October 25th at 11am PT / 2pm ET, and immerse yourself in the realm of Infineon’s smart home experts that will discuss the latest security, connectivity and convenience trends and available solutions in the market for the ultimate smart home experience. Smart door locks have revolution...

The ever-increasing demands for more autonomous action and artificial intelligence pile more stringent requirements on the intelligent edge. Safety and security combine with real-time determinism to demand the highest reliability and performance for mission-critical systems. Your host will delve de...

Modern commercial processors and FPGAs [field-programmable gate arrays] bring unprecedented computational power to radar; electronic warfare (EW); and intelligence, surveillance, and reconnaissance (ISR) applications, but at the same time they generate way too much heat. Military systems with ever-s...

Mission-critical systems require high-assurance solutions that enable a new level of advanced security against emerging threats for today's warfighter. Without foundational security and verified correct operation, mission and safety-critical applications can be put at great risk. Enhancing warfighte...

Buzzwords like Edge computing, machine vision, and image recognition are getting the attention they deserve, as these technologies are finding their way into our factories, our automobiles, and our everyday devices. As compute power becomes less of an issue and algorithms are being fine-tuned for sp...

The Sensor Open System Architecture (SOSA) Technical Standard is known for enabling interoperability and commonality within military sensor and mission-computer applications, but a critical part of SOSA not often discussed is how it provides for security in SOSA aligned – and eventually SOSA conform...