Empowering Commercial Vehicle Innovation
Commercial vehicles, at the heart of our supply chains, are today taking a closer look at how they can reduce their impact on the planet. For many, this creates an opportunity to lead the way in how technology can lessen that impact and unlock exciting benefits. Not just with electrification, but with autonomous and semi-autonomous vehicles. It’s an exciting time for companies to take the lead and make the future of commercial vehicle development greener and more innovative, using data to maximize efficiency.
Streamline Certification for Commercial Vehicles
Commercial vehicles, including trucks, buses, and delivery vans, must be cost-efficient and reliable for decades. At the same time, software-defined designs and the drive toward autonomous vehicles are leading to more complex and connected systems that are vulnerable to cyberattacks. Developing and certifying safety-critical components and ensuring their security can be risky and costly.
Significantly reduce safety certification efforts and accelerate the development of cost-efficient and performance-optimized mixed critical applications using the latest multicore SoCs.
Modernize Commercial Vehicle Software with Seamless Portability
QNX is fully POSIX compliant, making it simple to port from Linux while supporting AUTOSAR Adaptive. Developers quickly adapt to our Linux-like QNX® Software Development Platform (SDP) 8.0 with familiar tools such as Eclipse, gcc, and standard APIs. With comprehensive engineering services and BSPs for advanced SoCs, QNX scales seamlessly from single-core to high-performance platforms. Plus, our QNX Hypervisor solutions isolate systems in virtual machines, enabling confident legacy code migration and feature integration without disruption.
Build Fail-Safe, High-Performance Commercial Vehicle Systems
For commercial vehicles, a fail-safe foundation is essential. QNX® OS 8.0 and QNX® Hypervisor empower OEMs to build highly reliable systems that deliver real-time performance and uncompromising resilience. Built on a secure microkernel architecture, QNX keeps all RTOS services outside the kernel, ensuring fault-tolerant designs and robust isolation for mission-critical operations. Meanwhile, the QNX Hypervisor employs a priority-based vCPU sharing model with adaptive partitioning to guarantee that complex, high-performance vehicle systems always have the processing power they need.
Balancing Innovation and Efficiency with QNX
QNX Accelerate
QNX is available in the cloud. Test the impact of new software without production hardware, scale development teams as needed, and collaborate from anywhere in the world in real time. QNX Accelerate will turbocharge your development, fostering innovation and creating efficiencies across the board.
QNX Cabin
QNX® Cabin is a hardware-portable, pre-integrated digital cockpit software reference implementation that provides a development framework for designing digital cockpit systems. QNX Cabin helps reduce development costs and accelerates time-to-market by increasing software portability and supporting cloud-first development.
QNX Sound
QNX Sound is a software-defined audio platform that consolidates all audio and acoustics functionalities into a single proven software platform, with a rich GUI-based cloud-enabled visual development tool suite.
Choosing the certified operating system from QNX meant we were able to shorten the timeline for getting the entire technology stack for our solution certified. If we had to certify an open-source operating system for our safe solution, our timelines and roadmap would probably look different. As a startup, we need to be mindful of our resources and spend less without compromising the quality of the outcome—both in terms of time and money.
Thomas Bock, CTO at FERNRIDE
Using a single OS and hypervisor for high performance systems in the truck has huge economical and technical benefits to our operations and allows us to bring customer value to market quicker and more efficiently.
Mikael Adelsberg, Senior VP of Connected, Autonomous and Embedded Systems at Scania.
QNX is a true partner and has provided us with the foundation we need to produce the safe and secure vehicles of tomorrow. BlackBerry is well aligned with the automotive challenges within electrification, automation and connectivity and the technical solutions needed in these domains.
Mark Mohr, Senior Vice President Vehicle Technology at Volvo Group.
Related Solutions
QNX OS for Safety
Pre-certified to the highest Functional Safety level - ISO 26222 ASIL D, QNX OS for Safety is a microkernel RTOS, ideal for building safe devices.
QNX Hypervisor for Safety
Pre-certified to the highest Functional Safety level, ISO 26222 ASIL D, QNX Hypervisor for Safety allows for mixed-criticality of multiple Operating Systems to safely co-exist on the same SoC.
QNX Professional Services
With deep expertise in functional safety and cybersecurity, the QNX team helps develop safe and secure systems.
Additional Resources
QNX Neutrino RTOS
Powers hundreds of millions of systems across every industry where reliability matters.
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QNX Hypervisor
Run diverse Operating Systems on the same SoC such as safety-critical and non-safety systems.
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Embedded System Security
Read the Ultimate Guide to Embedded Systems Security to discover the best practices for developing and managing secure systems.
GET THE GUIDE
QNX Safety Services
Reduce risk and streamline the development of your safety-certified products.
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