The Leader in Real-Time Performance

Concurrent Real-Time

concurrent real-time

Real-time performance for mission-critical applications in aerospace, defense, robotics, and more.


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About Us

Real-Time Performance for Mission-Critical Applications

For over 50 years, Concurrent Real-Time has been the trusted leader in real-time computing, delivering cutting-edge hardware and software solutions for industries where failure is not an option. Our guaranteed real-time performance accelerates innovation, enhances system reliability, and ensures precision for the most demanding applications.

Why Choose Concurrent Real-Time?

Unmatched Expertise:

Decades of experience in real-time operating systems, simulation, data acquisition, and process control.


Comprehensive Product Suite:

RedHawk Linux, real-time virtual machines, high-performance computing platforms, and advanced debugging tools.


Mission-Critical Solutions:

Powering aerospace & defense, robotics, medical, transportation, and industrial control applications.


Global Presence, Local Support:

Offices in North America, Europe, and Asia ensure expert assistance wherever you are.


Partners

View Our partners

Abaco Systems

Abaco Systems is a global leader in modular, high performance, open architecture, standards-based rugged embedded computing for applications in defense and industry.

Aitech Systems

Aitech offers military and space-qualified, commercial off-the-shelf (COTS) embedded computing products for rugged defense, aerospace and astronautics applications.

AMD

AMD develops high-performance computing and visualization products to solve some of the world’s toughest and most interesting challenges.

AnteMotion

AnteMotion is an engineering startup specialized in providing simulations for the automotive field.

FAQs

Frequently Asked Questions

Our real-time solutions cater to diverse industries, including, aerospace and defense, robotics, energy, transportation, and finance.

RedHawk Linux is a real-time operating system (RTOS) designed for applications that require precise timing and guaranteed responsiveness. It delivers ultra-low latency and deterministic performance, making it ideal for mission-critical systems in industries like aerospace, defense, and industrial automation.

Yes, our customer support system ensures that assistance is readily available when you need it, offering solutions to your inquiries. Our team’s expertise will deliver assistance to customers, ensuring their needs are addressed in real-time.

Concurrent Real-Time’s custom engineering team is dedicated to building custom, affordable hardware to meet the requirements of your application. In fact, many of our standard hardware products originated as custom hardware built for customers.

Concurrent Real-Time offers a variety of services to help you develop and deploy your real-time applications with ease. From building custom solutions to integration and consulting, Concurrent Real-Time can help you. Contact one of our Solution Experts Today to setup a consultation.

Blogs & News

Related Articles

  • Diagram showing software staying the same while hardware changes: Guest OS + Application on RedHawk KVM-RT Host, with Hardware Gen 1 retired, Gen 2 in production, and Gen 3 planned refresh.

    Preserving Legacy Real-Time Applications Through Virtualization

    Preserving Legacy Real-Time Applications Through Virtualization Real-time applications often remain in service much longer than the hardware on which they were originally developed. Test…

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  • Diagram comparing native RedHawk Linux (left) and RedHawk KVM-RT virtualization (right) with application layer and real-time workload on both sides.

    Native Real-Time Linux vs. Real-Time Virtualization: Which Architecture Fits Your Application?

    Native Real-Time Linux vs. Real-Time Virtualization: Which Architecture Fits Your Application? Virtualization is now common in enterprise computing, but timing-sensitive systems introduce requirements that conventional…

    Read more

  • Diagram of NUMA placement: keep Cores, Memory, and PCIe device in one node (local placement). Cross-node placement is discouraged (Node 0 and Node 1).

    How CPU Shielding, NUMA, and Interrupt Affinity Affect Real-Time Virtual Machines

    How CPU Shielding, NUMA, and Interrupt Affinity Affect Real-Time Virtual Machines Running a real-time operating system inside a virtual machine does not automatically create…

    Read more

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