The emergence of the IoT is already transforming industries and opening new business models. However, this unprecedented transformation gives way to new security architectural challenges. Intelligent systems are no longer bounded by the air gaps created from secure private networks. These 'things' a...

The primary objective of the FACE Technical Standard is to define a reference software architecture. The Reference Implementation Guide documents approaches and best industry practices to instantiate the reference software architecture for developing and verifying infrastructure software components...

The internet of Things (IoT) is the next wave of computing. Although many IoT technologies have been around for years, they are being recombined with entirely new business models and revenue opportunities. Your company can't afford to miss out during this disruptive period.

Projections on the number of "smart" devices on the planet in 2020 range into the tens of billions, which leaves one big question: What happens to all that Big Data? As exabytes, zettabytes, and yottabytes of memory begins to enter the lexicon, find out what storage experts have planned for archivin...

Connected devices and the Internet of Things (IoT) represent an area of tremendous innovation and growth for the embedded industry, but they also present unique design challenges as software solutions become a key feature of your commercial device. From selecting the correct SoC and OS, to flexibili...

Applications for Internet of Things (IoT) are exploding in virtually every marketplace and industry. For many experienced development organizations, IoT has a "dangerous" familiarity to embedded systems development. However, challenges involving cloud services, mobile applications, embedded sensors,...

Performance and scalability are critical for transportation and industrial control systems. Common requirements in both types of systems include the ability to predictably process system events in real time and the ability to fail gracefully. These common requirements give rise to an innovative idea...

The term "Internet of Things" (IoT) is rapidly growing in popularity along with OPC UA and buzz terms like Industry 4.0, Industrial IoT (IIoT), Internet Plus and others. Attend this session to get an overview of what the IIoT is about, how it is affecting industry, why OPC Unified Architecture (OPC...

The Internet of Things (IoT) is all around us and touches almost every industry.  However, with the opportunity to connect everything from door locks, appliances, thermostats, security systems, lighting, irrigation, and other embedded systems, the home stands to be one of the biggest drivers of succ...

The Industrial Internet is transforming the way we think about the marriage of business processes and technology, but many technical challenges must be met before realizing the full potential of Industry 4.0. What networking technologies are best suited to connected industry, and how do you ensure I...

The internet of things is bringing with it new ways to connect products, new ways to deliver services, and valuable new data sets. And with all new things comes challenges.

The Internet of Things is changing the way people live, learn, work, and play. Efficient architecture and deployment models are critical to the successful adoption of IoT applications. Often human factors for non-technical users must be considered. IoT business models and monetization of these appli...

An autonomous car is a highly complex, distributed, dynamic system. It must coordinate many component software modules continuously, make real-time local decisions based on system-wide constraints, and approximate global state. Builders of vehicle autonomy thus face a daunting challenge. To get a co...

Many of today's computationally intensive embedded use cases are also some of the most SWaP (Size, Weight, and Power) constrained designs, particularly in high-end edge-of-the network IoE devices. Inforce Computing(r) enables these designs by bringing forth state-of-the-art technologies in Qualcomm(...

With each end node added to the Internet of Things, vulnerability to cyber attack increases exponentially. Securing edge devices is no easy task, however, as resource constraints, cost, and the diverse nature of IoT systems inhibit the effectiveness of traditional cyber security technologies. In thi...

Bluetooth technology is proliferating embedded markets: medical, consumer, industrial, automotive - it's pretty much everywhere. This proliferation stems from the past 15+ years of successful Bluetooth development and deployment, and particularly the significant technological advancements rolled out...

Discover why Polarion is a proven alternative for DOORS NG. Learn how a Software Requirements tool can be easy to use and provide your team the collaboration they need. Watch how you can leverage your DOORS(r) requirements data in a modern browser-based system and Modernize your Software Requirement...

Networked embedded systems and IoT alike enable services that changes the way the world lives, learns, works, and plays. However, purpose-built attacks and data breaches on these environments are becoming commonplace. Join us as experts in cybersecurity characterize common data breach and attack tec...

The Data Distribution Service (DDS) standard is quickly becoming adopted as the connectivity platform for the critical infrastructure and the Industrial Internet of Things, with deployments ranging from SCADA systems to large-scale medical, energy and defense systems.

The Industrial IoT will connect devices together and to the cloud. These smart, distributed machines will transform today's unconnected infrastructure into intelligent distributed systems, driving disruptive change through almost every industry. Hospitals are a perfect microcosm of the IoT. Connecte...

Internet of Things (IoT) applications are changing the way we live, learn, work and play. It's also changing the way engineers develop. It's no longer sufficient to have an old-school embedded development environment for a processor family and embedded boards. Today's embedded and IoT systems develo...

Radar technology is at the forefront of the race towards autonomous vehicles, and it just took a big step into the W-band. 77 GHz radar provides the long-range detection needed to evolve active safety beyond beeping backup indicators into the collision avoidance systems that can help save lives. Rad...

As companies strive to advance their modeling and simulation capabilities toward realizing full virtual prototypes of aircraft systems, they face a number of challenges associated with assembling multi-domain system models. Beyond the inherent time and budget pressures, they interact and collaborate...

Companies developing IoT products have different objectives at different phases of their product lifecycle. The initial goal is to go to market quickly, with a sufficiently adapted product to attract early adopters and grow volume. Once significant volume has been reached, it is time to optimize the...

Agile and Model Based Systems Engineering (MBSE) are recent independent advances in systems development that promise higher quality and faster time-to-market. While Agile development practices are being used for IoT systems development, can the addition of MBSE concepts provide a coherent strategy f...