BlackBerry QNX Reviews

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.

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.

Nothing to add this time from my side everything seems fine

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.

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.

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.

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.

BlackBerry QNX is built with security in mind. It is a real-time operating system (RTOS) capable of ensuring predictable reaction times in the face of unexpected occurences. As a result, it's perfect for use in mission-critical applications like those found in the automobile and aerospace sectors.

It is a sophisticated operating system that might take some time to master. This may be an issue for certain people. Blackberry QNX is not the most affordable operating system available. This may be a consideration for some organisations.

BlackBerry is also quite safe. It employes a microkernel design, which lowers the attack surface and makes exploiting flaws more difficult.

Blackberrry QNX is expectionally good in developing the interface for infotainment systems and can be used in Connected Car tech, that make this stand out from the rest.

The major downside of QNX Hypervisor is, it's not portable across other microservices, cause it doesn't support other microcontrollers, if that's improved this product would be groun-breaker.

ONX features of a task-scheduling techniques with semaphore and Deadlock preventions. This makes the sophisticated QNX Hypervisor a go-to choice, if the hardware (microcontroller) is supported.

Very good overall operating BlackBerry QNX system. Precise direction and operation.

As good as it is , there is always room for improvement. I think it can still be upgraded to a better and faster one.

The BlackBerry QNXis to my knowledge are upgrading their software. And as I continue to do business with them I really see an impovement in their product.

Its interface is very friendly and works quite well, I was pleasantly surprised by the software, its features and benefits, in addition to all the new things it brings. I believe that in the future it will give a lot to talk about and little by little it will gain more recognition among us consumers, both on a small and large scale.

Nothing, I was very surprised, it is very beautiful. It's user-friendly, works great, and provides us with plenty of solutions. I think it is a very complete platform.

Of course, it is a very easy to use tool that can bring many benefits to both companies and normal users.

As for problems, not much, it really is like everything at the beginning is different, you have to get used to it, but then it works very well, in terms of performance it allows you to work quite well and is very user.

If you enjoy working in a highly technical environment, this is the place to be. No matter how senior you are, there are always things to learn in this software.

Change of management and is penny-pinching.

Blueberry QNX is a strong engine to support automotive connected car product line.

Exposure to leading-edge technology by top tier companies

I like that this is embedded and the main interface my car uses for the Info-tainment system. It is an industry leader in security, reliability and used by mission critical industry from Government, Defense and transportation.

The product itself is rock solid. The one thing I dislike is that most people are unaware that QNX is the main interface used in so many cars. Because it's the backbone to Apple Car Play and Android Auto. Most people don't know Apple/Android depend on the security/reliability of QNX for it to work.

This is built into my vehicle and allows software updates and other important IoT things to work seamlessly.

Use if microkernels is the best thing about it.

Portability across other microcontrollers.

While using that, first gk through the documents and then ask on forums.

I was developing can protocol for cars using this and was doing tuning of cars.