Safety certification for avionics hardware and software is an expensive, complicated process, but absolutely necessary to ensure safe skies for commercial aircraft passengers and military jets flying in the national airspace. Now unmanned aircraft flight critical electronics will also have to meet these same safety requirements as the U.
Millions of embedded systems have been running silently for years, buried deep in companies across the world. Things are fine until age and EOL notices threaten to disrupt these working systems that still have value.
Control systems are at the core of critical infrastructure and industrial applications. These include the power grid, medical devices, manufacturing systems, transportation infrastructure, cars and defense systems.
How Agile can you be in a safety-critical software development environment? For safety-critical software developers working in an Agile development environment, meeting schedule and budget constraints is still a challenging endeavor due to the rigorous requirements of the safety standards and the associated documentation and qualification requirements.
Presented by: Wind River, LDRA.
Youve seen the headlines [Well-Known Company] With Global Presence Falls Victim To Hackers. These data breaches result in the theft of millions of names, passwords, credit card numbers, and other personal data.
The presentation will provide an overview of the containers-based virtualization technologies, especially the Docker project. These technologies provide lightweight virtualization-like functionality that can be used in many Cloud and Virtualization use-cases alongside or instead of a hypervisor solution, such as KVM.
Software test needs and software requirements are often perceived as a balance of yin and yang, where software requirements are thought to be the yin to software testings yang. While traditional software engineering often separates the software requirements and testing processes, best-in-class development mandates integration of testing with requirements.
The pervasive connectivity of the Internet of Things (IoT) exposes embedded devices to more security risks than ever before. As a result, safeguarding devices, data, and intellectual property becomes a key requirement embedded device manufacturers must meet to succeed in IoT.
This webinar will take a look at common challenges faced in low-power LCD applications. You will learn how MSP430FR4x ultra-low-power microcontrollers from Texas Instruments help reduce system size, power and development time with unmatched flexibility, abundant IO and non-volatile FRAM technology.
Processor technology from ARM has become a game changer for multiple industries, delivering high-performance-per-watt processing and high levels of integration to enable system on a chip (SoC) capability in a low-power device. This combination has been ideal for small form factor systems in avionics, automotive, and medical applications.