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QNX® Neutrino® Real-Time Operating System - the industry-leading RTOS for developing mission-critical embedded systems software, enabling next-generation products in every industry where reliability matters, including automotive, medical devices, robotics, transportation and industrial embedded systems.
4.2
Overview
QNX® Neutrino® Real-Time Operating System (RTOS) is the industry-leading RTOS for developing mission-critical embedded systems software for industries including automotive, robotics, medical devices, industrial controls, and aerospace & defense.
The microkernel architecture provides an extensible operating system framework managed by the kernel foundational components, system libraries and frameworks. When modified or configured to operate on target hardware, the QNX Neutrino RTOS provides a microkernel operating system with advanced memory protection, distributed processing, symmetric multiprocessing, a dynamically upgradeable architecture, and real-time performance.
This cloud-enabled version of the RTOS is part of the BlackBerry QNX Accelerate initiative. Develop mission-critical embedded systems software, globally, at scale. Accelerate development cycles with full ARM64 binary parity and CI/CD pipeline integration. Focus on innovation, with reduced capital expenditure and faster time-to-market.
Highlights
- Microkernel RTOS - safe, reliable, scalable, secure, cost-effectiveness, real-time, high performance, with ARM64 binary parity from embedded target system to the cloud
Details
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Delivery method
Delivery option
64-bit (Arm) Amazon Machine Image (AMI)
Latest version
Operating system
OtherLinux QNX Neutrino RTOS 7.1 Build 209 2023.02.24
Deployed on AWS
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Pricing
Pricing is based on actual usage, with charges varying according to how much you consume. Subscriptions have no end date and may be canceled any time. Alternatively, you can pay upfront for a contract, which typically covers your anticipated usage for the contract duration. Any usage beyond contract will incur additional usage-based costs.
Additional AWS infrastructure costs may apply. Use the AWS Pricing Calculator to estimate your infrastructure costs.
Dimension | Cost/hour |
|---|---|
t4g.xlarge Recommended | $0.37 |
t4g.2xlarge | $0.37 |
r6g.xlarge | $0.37 |
m6g.large | $0.37 |
r6g.2xlarge | $0.37 |
c6gn.medium | $0.37 |
m6g.4xlarge | $0.46 |
c6gn.8xlarge | $0.57 |
c6gn.large | $0.37 |
m6g.medium | $0.37 |
Vendor refund policy
Customer may cancel and cease using the software and service at any time. In no event will any refund or credit be provided.
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Upon subscribing to this product, you must acknowledge and agree to the terms and conditions outlined in the vendor's End User License Agreement (EULA) .
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Delivery details
64-bit (Arm) Amazon Machine Image (AMI)
Amazon Machine Image (AMI)
An AMI is a virtual image that provides the information required to launch an instance. Amazon EC2 (Elastic Compute Cloud) instances are virtual servers on which you can run your applications and workloads, offering varying combinations of CPU, memory, storage, and networking resources. You can launch as many instances from as many different AMIs as you need.
Version release notes
Additional details
Usage instructions
Please refer to the linked documentation titled "Getting Started with QNX in the Cloud" under "Additional Resources"
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Sentiment is AI generated from actual customer reviews on AWS and G2
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AI generated from product descriptions
Microkernel Architecture
Extensible operating system framework with kernel foundational components, system libraries and frameworks enabling modular and scalable design
Memory Protection
Advanced memory protection mechanisms for isolating processes and preventing unauthorized access between system components
Symmetric Multiprocessing
Support for symmetric multiprocessing enabling parallel execution across multiple processor cores
Real-Time Performance
Deterministic real-time performance capabilities for mission-critical embedded systems requiring predictable response times
ARM64 Binary Parity
Full ARM64 binary compatibility between embedded target systems and cloud environments with CI/CD pipeline integration
Real-Time Operating System
Provides real-time operating system capabilities for AWS Graviton 2 processors
Image Loader Functionality
Includes image loader component for loading VxWorks images on Graviton 2 architecture
Security Certification
Designed with security features that support certification requirements
AWS Graviton 2 Compatibility
Optimized for execution on AWS Graviton 2 processor architecture
Long-Term Support Coverage
Five years of regular updates and security patches for production workloads
ARM Architecture Optimization
Optimized performance and energy efficiency for ARM-based instances
Package Management System
Advanced Package Tool (APT) for installation, removal, and management of software packages
Container Orchestration Compatibility
Seamless integration with Docker and Kubernetes for container orchestration and cloud-native applications
Security Features
Built-in security measures with regular security patches and vulnerability protection
Standard contract
No
Customer reviews
VINAY P.
Reliable Embedded Platform for Real-Time and Automotive Systems
Reviewed on Jun 01, 2026
Review provided by G2
What do you like best about the product?
What I appreciate most about the QNX CAR Platform is its reliability and real-time performance. In engineering and embedded environments, system stability is critical, and QNX provides a solid foundation for applications that cannot afford unexpected failures or delays.
The platform's microkernel architecture is particularly valuable because it isolates components and improves fault tolerance. I also like its strong security framework and support for connected systems, which helps simplify development for modern automotive and embedded applications. The integration capabilities make it easier to connect different software components without extensive customization.
Another benefit is the predictable performance under demanding workloads. Instead of spending significant time addressing operating system issues, development efforts can focus on building and validating applications. This contributes to improved productivity and more efficient project execution.
The platform's microkernel architecture is particularly valuable because it isolates components and improves fault tolerance. I also like its strong security framework and support for connected systems, which helps simplify development for modern automotive and embedded applications. The integration capabilities make it easier to connect different software components without extensive customization.
Another benefit is the predictable performance under demanding workloads. Instead of spending significant time addressing operating system issues, development efforts can focus on building and validating applications. This contributes to improved productivity and more efficient project execution.
What do you dislike about the product?
The primary challenge is the learning curve associated with the platform. Team members who are more familiar with standard Linux environments may need additional training and onboarding before becoming fully productive.
What problems is the product solving and how is that benefiting you?
Before working with highly reliable embedded platforms, ensuring consistent performance, security, and fault tolerance often required significant development effort. Managing these requirements independently could increase project complexity and testing time.
QNX solves this by providing a real-time operating environment with built-in reliability, security mechanisms, process isolation, and predictable system behavior. Instead of creating these capabilities from scratch, teams can leverage a proven platform designed for mission-critical applications.
As a result, development cycles become more efficient, system reliability improves, and less time is spent troubleshooting operating-system-level issues. This helps support projects where stability, safety, and long-term performance are essential requirements.
QNX solves this by providing a real-time operating environment with built-in reliability, security mechanisms, process isolation, and predictable system behavior. Instead of creating these capabilities from scratch, teams can leverage a proven platform designed for mission-critical applications.
As a result, development cycles become more efficient, system reliability improves, and less time is spent troubleshooting operating-system-level issues. This helps support projects where stability, safety, and long-term performance are essential requirements.
Vijaysing P.
BlackBerry QNX: Reliable Real-Time Performance with Robust Security
Reviewed on May 30, 2026
Review provided by G2
What do you like best about the product?
The features of BlackBerry QNX that I admire most include reliability, its support for real-time operating systems, and its robust security framework. This operating system is very reliable when used in embedded and critical applications, which makes it perfect for industries that need dependable performance.
What do you dislike about the product?
Nothing to add this time from my side everything seems fine
What problems is the product solving and how is that benefiting you?
The BlackBerry QNX software resolves the problems related to real-time performance, reliability, and security associated with mission-critical and embedded applications. This technology is advantageous for businesses in reducing downtime and ensuring stable system performance, especially when dealing with automotive, industrial, and other safety-sensitive applications.
NOre L.
Robust RTOS for Mission-Critical Systems with Room for Improvement
Reviewed on Feb 23, 2026
Review provided by G2
What do you like best about the product?
I really like BlackBerry QNX for its unmatched combination of real-time determinism, microkernel reliability, and built-in functional safety certifications. It provides consistent, low-latency performance essential in safety-critical environments. The fault-isolation architecture significantly reduces system-wide failure risks. Its pre-certified components simplify compliance for standards like ISO 26262, streamlining development time and risk. The real-time determinism ensures predictable response even under load, which is crucial for systems like automotive ADAS and industrial controls. The microkernel architecture allows for fault isolation, meaning a failure in one component won't crash the whole system, making debugging easier and improving system uptime. It's a trusted platform for mission-critical systems.
What do you dislike about the product?
I'm not entirely thrilled with BlackBerry QNX's resource footprint and hardware requirements. Its robustness comes with a relatively higher hardware cost compared to lighter RTOSes, and it performs best on more powerful SoCs, which isn't as cost-effective for simple, low-cost embedded endpoints. Also, the development tooling and ecosystem familiarity could be better. The QNX development environment is powerful but specialized, and new team members often face a learning curve since it's not as widely known or as familiar as Linux-based toolchains. It'd be great to have more modern, streamlined IDE integration to help speed up onboarding.
What problems is the product solving and how is that benefiting you?
I use BlackBerry QNX for safety-critical systems. It delivers deterministic, low-latency performance and addresses functional safety and compliance effectively, reducing certification complexity. Its microkernel architecture minimizes system failures and enhances security in connected devices.
VIVEK K.
Secure, Efficient OS for Embedded Systems
Reviewed on Jan 31, 2026
Review provided by G2
What do you like best about the product?
I like that BlackBerry QNX is a very good Linux-based OS for embedded systems, offering good security and safety features, along with process monitoring and management from the OS/Kernel layer. Many of the commands in QNX are similar to Linux, which is convenient. The safety and security features it provides are beneficial because, as an embedded software company, we would otherwise need to implement these features from scratch, saving us a lot of time and effort. I find that some features like process management, process monitoring, and CPU monitoring are provided by QNX by default, which makes things easier for us. I also think QNX is very useful as an OS running on any embedded system, especially for running ADAS features. Setting it up was somewhat easy, due to the support from a different team within our organization. I would rate it a 9 out of 10 in recommending it to a friend or colleague.
What do you dislike about the product?
Not much, just that some (very few as far as I know) of the Linux commands don't work in BlackBerry QNX or might have a completely different command for the same task. So to provide support for those commands/task could be one of the improvement areas for BlackBerry QNX.
What problems is the product solving and how is that benefiting you?
I find BlackBerry QNX provides excellent security and safety features for embedded systems, saving us time and effort by including essential processes like monitoring and management. Its Linux-like commands are also a plus, though some differ, which could improve.
Humayoon S.
blackberry QNX is what IOT needs to be secure from threats
Reviewed on Sep 15, 2023
Review provided by G2
What do you like best about the product?
It really gives high preference to security especially IOTs where most OS fail to provide good security making them vulnerable to hack threats
What do you dislike about the product?
Could be more user friendly, sometimes the interface is laggy or needs to be restarted
What problems is the product solving and how is that benefiting you?
IOT devices are very vulnerable to hack threats, QNX has advance protection layer which is the reason why I prefer it over android or other OS for my IOTs