The Evolution of Embedded Systems in Critical Infrastructure
Embedded systems within critical infrastructure are currently experiencing a significant transformation. Historically, these systems were characterized by limited network connectivity, fixed functions, and manual software updates over long service periods. However, with the rise of widespread network connectivity, there is a surge in innovation at the edge of the network, particularly with edge devices. These advancements are fueling the demand for advanced application capabilities that not only execute traditional automation and control tasks but also possess enhanced intelligence and dynamic functionalities.
Transitioning from Automated to Autonomous Systems
A critical requirement across various sectors is the ability of devices to support the increased intelligence necessary for the transition from automated to autonomous systems. This shift in demand is steering the need for open standards-based software-defined architectures that enable the integration of multiple applications, regardless of their criticality level, on unified computing platforms. This approach facilitates seamless application migration, portability, and interoperability, eliminating the risks associated with proprietary architectures.
WindRiver Helix Virtualization Platform Solution
Wind River® Helix™ Virtualization Platform emerges as a comprehensive solution that caters to these essential requirements by offering a highly adaptable virtualization platform designed around open standards-based software-defined architectures. Built on established software technologies, WindRiver Helix Virtualization Platform is crafted to satisfy the stringent safety certification demands of critical industries such as aerospace, automotive, defense, industrial, and medical sectors.
Benefits of WindRiver Helix Virtualization Platform
WindRiver Helix Virtualization Platform equips organizations with the ability to create a flexible and scalable environment where multiple applications of varying criticality levels can coexist harmoniously on shared computing resources. This platform facilitates agility in deploying and managing applications while ensuring compliance with safety standards prevalent in critical infrastructure. By leveraging trusted software technologies, organizations can streamline their development processes and embark on a path towards enhanced operational efficiency and innovation.