Azure RTOS (Real Time Operating System) is an embedded development suite comprising of a small and effective operating system that provides reliable and swift performance for resource-constrained devices, it is being utilized by over 10 billion devices globally. Azure RTOS is used by the most ubiquitous microcontrollers and embedded development components.
Some of the features that make Azure RTOS so effective include:
>Real-time performance for resource-constrained devices
Azure RTOS assists users in achieving a swift run-time performance with very low resource consumption. Components are made to perform in a quick, predictable mode, irrespective of system output.
>High-quality and safety-certified code
Azure RTOS possesses clean and clear code which makes it easy to utilize and maintain, this also reduces reduce total cost of ownership. Several safety certifications, including RTOS, require a provision of the entire source code for software. Azure RTOS not only provides high-quality code but also allows you access comprehensive reports that certify that the code meets stringent requirements governing safety standards.
>Provision of source code with flexible licensing options
The complete Azure RTOS components source code is available on GitHub to testing and exploration. The production license is free, therefore there is no license cost for deploying code into production if deploying to pre-licensed devices.
>Reduce the intricacies of connecting to the cloud
Devices are getting smarter, they are capable of collecting data, learning, making decisions and predictions based on it. As a result of these complexities, smart devices require a very reliable cloud service to function. Transitioning to the Internet of Things can be difficult but Azure RTOS makes this easy because it is integrated with Azure IoT, allowing you to seamlessly connect, monitor, and control your IoT devices.
Azure RTOS is utilized across a wide range of industries and use cases including but not limited to mobile phones and smart watches, to household security systems and even space shuttles. ?Many of these devices can be regarded as “safety critical” (where failure or error could result in serious hazard to people and properties). Azure RTOS is designed to suffice for safety critical devices and is rigorously tested and reviewed to ensure such safety critical requirements are fully met.
Azure RTOS core components are certified by SGS-TÜV Saar for use in safety-critical devices, SGS-TÜV Saar has vetted the test suites for Azure RTOS core components. The Azure RTOS core component test suites comprise of a myriad of application simulations and effectively performs functional black box testing over each Azure RTOS core component code base. Each test suite exercises all the generic Azure RTOS core component C code, which is validated by using code coverage analysis tools. Azure RTOS core component safety manuals include quality assurance information coupled with instructions on the proper usage of Azure RTOS.
Many industrial applications must be compliant with safety standards to shield people and the environment from hazards. Regulatory bodies certify software to help ensure they won’t be rendered unavailable because of system inefficiencies.? Microsoft offers off-the-shelf functional safety certification artifact packages for Azure RTOS core components to enable developers get their products to market faster. These packages contain a safety manual and reports of test results from globally reputable organizations, verifying that the code behind Azure RTOS core components meet stringent industrial functional safety standards.
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Olamide is a technology consultant with cognate experience providing digital transformation services for small and large-scale clients globally. With a focus on emerging technologies like IoT, Extended Reality, Blockchain and Artificial Intelligence, he has spent three years developing numerous articles on these knowledge areas for different platforms online and offline.
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