Oracle has released Java ME Embedded 8.1 Early Access #3, which supports the Freescale FRDM-K64F board running the mbed RTOS. The Freescale FRDM-K64F is an ultra-low-cost hardware and development platform which utilizes Kinetis K64 MCUs based on ARM Cortex-M4 cores. This early access release adds support for the ARM Cortex-M architecture.
Devices are becoming increasingly interconnected through the internet where they are communicating directly with each other. Testing such machine to machine (M2M) systems can be difficult due to their complexity and the usage of different platforms, as Peter Varhol explained in his talk about testing in the M2M world at the QA&Test 2014 conference.
Testing embedded software and systems for the Internet of Things has to involve physical, sensory and emotional interactions says Gerie Owen, Business Solutions Analyst from Northeast Utilities. InfoQ interviewed Gerie Owen and Peter Varhol about how testing differs for the internet of things and embedded software and systems, and on dealing with expectations and experiences of people in testing.
Oracle principal product manager Terrence Barr announced the release today of Java ME 8, further aligning Java ME 8 with Java SE 8 and the Internet of Things
Oracle released the Java 8 developer preview for ARM processors last week. This early access build is especially tailored for running JavaFX on Raspberry Pi devices.
Microsoft will release .NET Compact Framework 3.9 (NETCF 3.9) in the upcoming build of Windows Embedded Compact 2013 with improved start-up time, enhanced memory utilization, Visual Studio 2012 support and new garbage collector.
Developing launch vehicle flight software requires a big focus on embedded systems and quality attributes such as safety. To develop such mission-critical software systems, sophisticated test beds are necessary. According to a NASA press release from the 31st of May, the software test bed computers for the new Space Launch System (SLS) are now available.
In its recent issue the Chip Design Magazine points out that the huge growth of portable and wireless systems combined with the increasing relevance of software in embedded systems poses a challenge. Quality issues need special attention, especially in safety-critical systems. This is why software test tools for software systems will become increasingly important.
In a recent news release the Siemens AG addressed how important new information and communications technology will be in future electric cars. A German government funded project investigates in appropriate software architecture for such cars.
Silverlight for Embedded is not based on .NET; it is a native technology that is programmed with XAML and C++. But it isn’t Windows 8/WinRT either, as it has full access to the underlying hardware and Win32 APIs.
In a recent news report CNN has revealed a translated Toyota memo which links problems of the car manufacturer regarding an electronic acceleration concern to a software issue. When even news magazines pick up such stories, this shows the growing importance of software for embedded systems.
Visure Solutions recently announced the availability of IRQA which denotes a solution for requirements definition and management (RDM). A sound process using professional tools is important for ensuring the quality of product and solution development with respect to the requirements specification.
At the GridWeek 2011 Conference the Software Engineering Institute (SEI) at the Carnegie-Mellon-University has released an update 1.2 of its Smart Grid Maturity Model (SGMM).
On September 1st, the Official Google Blog reported that two Android-based Nexus phones have been transported to the ISS in the last manned Space Shuttle mission ST-135. Researchers want to investigate how robots can help humans experiment and live in space more efficiently with Android playing an important role.
Microsoft and Toyota have announced a strategic partnership on future telematics for vehicles. Goal of the partnership is to create a common telematics platform with Microsoft contributing its Windows Azure Cloud Computing technology and TMC (Toyota Media Service Co.) deploying its telematics applications in the Azure-based cloud. The solution will address electric and plug-in hybrid vehicles.