Agile methods have become popular in software development because they emphasize effective project governance in the face of new or changed project information. These changes may be in requirements, target platform, customer needs, regulatory changes, or any other project related data.

Todays abundance of consumer devices has given rise to the pervasiveness of embedded Linux systems. From the digital home and office to smartphones and tablets to automobiles with open source in-vehicle infotainment (IVI) systems, Linux-based software is connecting people and devices like never before.

Builders of large-scale industrial automation systems must focus on several key system design requirements in order to implement robust distributed systems Architecture, Interoperability, Scalability, and Performance. OPC-UA provides a solution for addressing Interoperability for heterogeneous distributed systems from the network edge to the business enterprise.

Presented by: AMD, HP, ScaleMP.

Presented by: NXP.

Intelligent devices have become a ubiquitous part of everyday life. So much so, that we hardly even notice their presence anymore.

Attend this webinar to see why this technology is already mandated in multiple defense programs worldwide, and to understand why building interoperability into your systems architecture will enhance your position in future defense program bids. Presented by: RTI.

If you watch any car advertisement today there is a good chance that one of the features they are pushing is the IVI capabilities of the car! The consumer expectations today are such that a trip in their vehicle will isolate them from the outside world. Their connection to the world needs to be seamless.

The promise and potential of the smart grid leads energy providers on a path toward a more efficient, reliable, flexible and safe energy distribution system. However, providers face many challenges, including regulatory requirements and an aging energy delivery system.

Security defects that lead to exploitable vulnerabilities are often introduced during design and development either through in-house development, or outsourced and other 3rd party source code, including open source technology. The cost of fixing defects increases dramatically the longer they go undetected and security defects can become very expensive to fix for products already shipped, up to 100-1000 times more.