What You Should Consider When Designing a Safe, Secure, and Reliable IoT Critical Infrastructure System
Designing a critical infrastructure system today presents many complex challenges related to safety, security, and certification, in addition to the basics of making a connection to the Internet of Things (IoT). The need for a plan to connect to and monetize IoT is no longer a future initiative for many organizations—it is a reality today, with 56% of organizations seeing such a plan as strategic, according to the results of IDC’s 2016 Global IoT Decision Maker Survey.1 With the right approach, your next IoT critical infrastructure project can create competitive differentiation, optimize your operations, and transform your business digitally.
You may also be interested in:
2:17Meet the VxWorks RTOS
Find out how the VxWorks real-time operating system can meet your intelligent systems needs.
Deploying Embedded Applications Faster with Containers
Explore the use of containers in the embedded design process and address how to meet the specific performance and cybersecurity challenges particular to embedded devices operating at the edge.
The Modern RTOS
Today’s device makers are caught between two opposing trends. On the one hand, legacy code continues to run in deployed systems. On the other hand, development tools — and developers — have...
6:49Containers at the Intelligent Edge
Wind River's Michel Chabroux demonstrates container support with VxWorks and edge cloud infrastructure.
Container Technology Energizes Edge Computing
Containers are a modern development and intelligent edge technology tool. Wind River recently launched VxWorks with OCI-compliant container support. Learn more.
VxWorks Cert Edition Product Overview
An RTOS platform for safety-critical applications that requireDO-178C, IEC 61508, or ISO 26262 certification evidence in the avionics, transportation, industrial automation, and medical industries.
VxWorks 653 Multi-core Edition Product Overview
An integrated modular avionics (IMA) platform enabling workload consolidation of safety-critical and less critical applications.
The world of embedded systems is undergoing a profound evolution. Once isolated and purpose-built, embedded systems are increasingly software-defined with much greater requirements for connectivity...
58:24Find out how the world’s leading real-time operating system is now empowering a new generation of embedded developers to use popular programming languages and libraries to innovate.
Have you checked out the latest version of VxWorks? You really should. Wind River announced today that it is blazing trails to make the world’s leading real-time operating system...
VxWorks for Industrial Solution Brief
Stay Ahead of the Curve with the Most Widely Used Commercial RTOS
Proven in Hundreds of Safety-Critical Projects Across Multiple Industries and Certification Standards
VxWorks for Medical Devices Solution Brief
Rely on a Proven, Secure, Safe, Reliable, and Certifiable RTOS
VxWorks for Aerospace and Defense Solution Brief
VxWorks Solutions Have Been Used in More than 600 Safety Certification Programs by More than 350 Customers Across Industries
Developing Reliable Medical Devices with Confidence
Regulatory approval of VxWorks Cert Edition for IEC 62304 strengthens opportunities for innovation and streamlines design cycles for Medical Applications.
We are very excited to introduce Python to the world of VxWorks. Until now, our customers were limited to writing their embedded code in assembler, C or C++.
ROS 2 for VxWorks Developer Brief
Use of robotics is growing throughout various sectors, from industrial and medical to warehousing, retail, and more. As these new use cases are imagined and created, more application developer...
Nearly four decades ago VxWorks revolutionized the RTOS market by enabling a hardware board to connect to a Unix workstation dramatically changing the edit/compile/debug paradigm....