Alternatives to Mongoose OS

Golioth IoT cloud platform is the leading IoT development platform that enables modern engineering teams to quickly prototype and manage fleets of IoT devices. We put hardware at the center of your CI/CD process. With a unified API and device firmware SDK, plus a strong IoT ecosystem Golioth helps engineers easily build, integrate, and manage IoT solutions–without the stress. The only IoT cloud solution built for your entire team: from your hardware engineers to firmware developers, from cloud to data teams.

Blynk is a low-code IoT software platform for connecting devices to the cloud, building mobile apps to remotely control and monitor them, and managing thousands of users and deployed products. It helps businesses and individuals seamlessly progress from a prototype of a connected product to its commercial launch and further growth. Blynk is an IoT software solution that includes application development, big data analytics and connectivity management. It also includes features like data collection, data management and device management. Blynk is hardware-agnostic which means customers can connect to the Internet any device from the broad list of supported hardware and use a suite of software products to monitor and control it. For prototyping, the platform is available for free. Commercial plans start at $49/month

VxWorks®, a leading real-time operating platform in the industry, provides all the performance, reliability, safety and security capabilities you need for the most critical infrastructure's embedded computing systems. VxWorks is a preemptive, deterministic RTOS that prioritizes real-time embedded applications. It has low latency and minimaljitter. VxWorks has many security features that address the evolving security threats connected devices face at every stage, from boot-up to operation to data transfer to powered off. VxWorks has been certified to IEC 61508, ISO 26262, and DO-178C safety standards. VxWorks is built on an extensible, future-proof architecture that allows you to quickly respond to changing market demands, customer needs, technological advancements, and preserves your investment.

FreeRTOS is an open-source, real-time operating software for microcontrollers. It makes it easy to program, deploy and secure small-power edge devices, as well as connect them. FreeRTOS is freely distributed under the MIT open-source license. It includes a kernel as well as a growing number of software libraries that can be used across all industry sectors and applications. This includes connecting low-power devices securely to AWS Cloud services such as AWS IoT Core and to more powerful edge devices running AWS IoT Greengrass. FreeRTOS is designed to be reliable and easy-to-use and has long-term support releases. A microcontroller is a small, resource-constrained processor which can be found in many devices such as sensors, automobiles, fitness trackers, automobiles, and appliances.

Android Things allows you to experiment with building devices on trusted platforms without any prior knowledge of embedded system design. You can use the Android SDK or Android Studio to develop, and access hardware like displays and cameras natively via the Android framework. The Android Things Console is used for security updates and push-over-the-air features. Android Things allows you to create apps on top popular hardware platforms such as the Raspberry Pi 3. Google manages the Board Support Package (BSP). This means that no kernel or firmware development is necessary. Through the Android Things Console, software images are created and delivered to devices. This provides a trusted platform for developers to continue developing with standard updates from Google.

RIOT powers Internet of Things, just like Linux powers the Internet. RIOT is a free and open-source operating system that was developed by a community of companies, academics, and hobbyists. It is distributed around the globe. RIOT supports all low-power IoT devices and microcontroller architectures (32, 16-bits, 8-bit) as well as external devices. RIOT aims at implementing all relevant open standards supporting an Internet of Things which is connected, secure and durable. RIOT supports DTLS transport security, IEEE 802.15.4 encryption and Secure Firmware Updates. RIOT can be easily modified to meet your application needs. We support all Internet standards and network technologies. RIOT is open for new developments and is often an early adaptor of networking.

Fuchsia, a new open-source operating system developed by Google, is currently in active development. Fuchsia is being built from the kernel to meet the demands of today's connected device ecosystem. Fuchsia continues to evolve rapidly, but the core principles and values that underpin the system have remained constant throughout the entire project. Fuchsia's core architectural principles guide its design and development. They are secure, updatable and inclusive. Fuchsia's design & development is guided by a core set of architectural principles: secure, updatable and inclusive. Fuchsia is an open-source community that welcomes contributions of high quality and well-tested. Fuchsia is still in development and there are no plans to create any frameworks. Fuchsia is constantly evolving to meet the needs of consumers, manufacturers, and developers.

Device OS is a simple-to-use programming framework that allows you to create applications that run on your device. Securely send messages to the internet with just one line of code The Device Cloud supports four communication primitives. This is the only IoT platform that integrates hardware, software and connectivity. It allows you to quickly and safely deliver OTA updates at any scale. It is simple to set up remote updates. No custom integrations are required. Intelligent Firmware Release is a unique feature that uses context awareness to update OTA firmware across a fleet in minutes. Particle provides both single-device and fleet-wide OTA capabilities, which seamlessly scale with your fleet, from prototype through production.

FreeRTOS, which was developed in partnership with some of the world's most renowned chip companies over a 15 year period, is now downloaded every 170 second. It is a market-leading real time operating system (RTOS), for microcontrollers, small microprocessors. FreeRTOS is freely distributed under the MIT open-source license. It includes a kernel as well as a growing number of IoT libraries that can be used across all industries. FreeRTOS is designed with reliability and ease-of-use in mind. The FreeRTOS kernel has been trusted by leading companies around the world as the standard for microcontrollers/small microprocessors. It is known for its reliability, small footprint, and wide device support. You don't need to know how to set up a project. There are pre-configured demos that can be used as templates and IoT reference integrations. You can quickly download, compile, then get to market quicker. Our partner ecosystem offers a variety of options, including professional support and community contributions.

Windows allows you to join our global partner network for hardware and software solutions, integrations and services. Windows IoT offers a wide range of features and developer-friendly tools to ensure a smooth device-building experience. Windows IoT operating systems offer backwards compatibility, in accordance with Microsoft's application compatibility guarantee. Azure services can be used as building blocks for custom IoT solutions with Windows IoT. Azure offers the industry's largest range of cloud services and capabilities. These can be tailored to meet your industry requirements and your specific needs. Windows IoT can be used with any existing device management software.

Torizon helps developers be more productive and create products that are easy to maintain. Device monitoring and integrated over-the-air updates allow you to ship faster, fix bugs in the field, deliver new features, and detect problems faster. Software containerization makes maintenance easier and adds an extra layer of robustness. Torizon is continuously validated on Toradex System on Modules. This allows you to focus on your application and not the operating system. Torizon allows you to develop your product in an agile, iterative manner. Remote update capabilities integrate seamlessly with Torizon, making it easy to deploy new software. Device monitoring provides instant feedback on performance and potential issues.

TinyOS is an open-source, BSD-licensed operating platform designed for low-power wireless devices such as those used in sensor networks and ubiquitous computing, personal area networks (smart buildings), smart meters, and smart buildings. The operating system is used by a worldwide community of professionals and academics to develop and support it. It receives an average of 35,000 downloads per year. The transition to hosting at GitHub has been completed. This transition includes gradually retiring TinyOS development mailing list for bug tracking and issues to use the GitHub trackers. Many thanks to all the developers who are improving TinyOS and asking for pulls!

Contiki-NG is an open-source and cross-platform operating system that supports Next-Generation IoT devices. It is focused on reliable (secure and reliable) low power communication and standard protocols such as IPv6/6LoWPAN and 6TiSCH, RPL and CoAP. Contiki-NG includes extensive documentation, tutorials and a release cycle. It also has a well-defined development flow to facilitate the seamless integration of community contributions. Contiki-NG source code is distributed under the 3-clause BSD licence, unless otherwise stated. This license grants everyone the right of use and distribution of the code in binary or source format as long as the copyright licence is not lost in the source code.

OpenWrt is an extensible GNU/Linux distribution that can be used on embedded devices (mostly wireless routers). OpenWrt, unlike other router distributions, is a fully-featured and easily modifiable operating systems for embedded devices. This means that you can have all of the features you want with no bloat thanks to a modern Linux kernel. OpenWrt allows you to create a single static firmware instead of trying to create one. It also provides an optional filesystem that can be writable with package management. This allows you to bypass vendor restrictions on application selection and configuration and allows you to use packages for customizing embedded devices to suit any application. OpenWrt is a framework for developers to build applications without the need to create a full firmware image and distribute it.

Arm Mbed OS, an open-source IoT operating platform, is free and available for download. It includes all the features needed to create IoT products. The OS contains everything you need for smart, connected products that run on Arm Cortex M based hardware. This includes machine learning capabilities, security stacks, connectivity stacks, and drivers for sensors and other I/O devices. Arm Mbed OS was designed for the Internet of Things. It integrates with connectivity, machine-learning, networking, security stacks, and is supported by software libraries, tutorials, hardware, and examples. Mbed OS supports over 70 silicon, module and cloud partners. This allows you to optimize your developer choice. Mbed OS API allows you to keep your application code clean, portable, and easy while taking advantage security, communications, and machine learning. The integrated solution reduces development time, cost, and risk.

We work with commercial and open-source partners to provide MIPS support to many popular Real Time Operating Systems (RTOS), and the new generation IoT-specific Operating Systems. We also developed the MIPS Embedded Operating System, (MEOS), with Virtualization extensions. This targets embedded applications and the IoT area. MEOS is MIPS' internal real-time operating software (RTOS). It is the only operating system that supports new architecture features and cores, as it is in-house. Version 3.1 of MEOS contains a virtualization library that extends MEOS to a hypervisor for MIPS cores that implement the MIPS Virtualization module. We will donate engineering resources or provide development hardware and tools to assist in the development of open-source real time/IoT operating system.

Mongoose transforms a software product, device, or appliance into a web-accessible server accessible via a browser. Mongoose is used to add a Web-accessible control box to a device. This is one of the most popular use cases. Tutorials and ready-to-go examples for common functions like authentication, live logs, and video streaming. Mongoose makes it easy to create APIs to remotely control your device or app via browser, mobile phone or automation tools. Mongoose can be used with a JSON library that is extremely efficient, lightweight, and MIT-licensed. Real-time, full duplex communication via MQTT and Websocket. You can exchange plain data or wrap data in JSON to use JSON - RPC! Mongoose transforms a software product, an appliance, or device into a web-accessible server accessible via a browser. Upload your device data to the cloud server of choice. You can either use a third-party cloud provider or create your own.

LynxOS is used in millions of embedded devices. It has been reliable for over 30 years in multiple safety- and security-critical embedded markets. It is a proven method for hosting applications on Unix-like OS models. All resources and application services are centrally managed and controlled by a single kernel. This is ideal for working with older hardware architectures. We want our customers only to purchase what they require. While real-time operating systems can be a great asset to embedded system designs, they are not necessary. Our RTOS-related resources are listed in our Embedded Systems Learning Center. This center contains helpful information to help you make software purchases as you design, update, and maintain your system. It also provides information on which real-time platform vendor is best for you.

Containers will revolutionize connected devices and balenaOS is a great way to manage them. Built to withstand harsh networking conditions and unexpected shutdowns. This minimal Linux contains only the services required to run Docker reliably from an embedded device. Yocto Linux is used to port most devices across different CPU architectures. Actively developed in the public; participation from the community is welcome. BalenaCloud is a platform that allows modern software development to be connected to hardware. We started by porting Docker from Linux to ARM chips in 2013. We quickly realized that we needed an operating system that was optimized for this use case. This OS should be minimal and suitable for running containers on embedded devices.

RT-Thread, short for Real Time-Thread, is an embedded real-time multi-threaded operating system. It has been designed to support multi-tasking, allowing multiple tasks to run simultaneously. Although a processor core can only run one task at a time, RT-Thread executes every task quickly and switches between them rapidly according to priority, creating the illusion of simultaneous task execution. RT-Thread is mainly written in the C programming language, making it easy to understand and port. It applies object-oriented programming methods to real-time system design, resulting in elegant, structured, modular, and highly customizable code. The system comes in a few varieties. The NANO version is a minimal kernel that requires only 3KB of flash and 1.2KB of RAM. For resource-rich IoT devices, RT-Thread can use an online software package management tool, together with system configuration tools, to achieve an intuitive and rapid modular design.

TorizonCore can be installed in just one click using the preinstalled Toradex Easy Installationer. You can get started quickly with the Graphical User Interface (GUI), Debian containers and APT Package Manager. You can quickly build reliable products with a wide range of tools, such as Flash Analytics. TorizonCore is open source and was built using the Yocto Project based upon the Toradex Embedded Linux BSP. This allows for further customization. Torizon integrates with Visual Studio 2019. This allows you to use familiar tools and a Windows development computer while also allowing you to take advantage of the rich Linux ecosystem. Toradex supports Windows Embedded Compact / WinCE. However, Visual Studio with Torizon for developers who want to migrate to Linux is an excellent choice.

A kernel is the core of any embedded OS. It provides crucial task scheduling and multitasking services that ensure your application code's timing requirements can be met. You also regularly update and add new features to that code. Micrium OS is much more than a kernel. It provides a variety of modules that can be used to meet your project's requirements. Micrium OS is completely free to use on Silicon Labs EFM32 or EFR32 devices. Micrium OS can be added to your projects immediately without any licensing fees.

Tizen is an open-source, flexible operating system that was built from the ground up to meet the needs of all stakeholders in the mobile and connected device ecosystem. This includes device manufacturers, application developers, and independent software vendors (ISVs). Tizen platform can be used on smart TVs, smartphones and wearable devices (Gear S and Gear Fit) as well as smart home appliances. Low-end and lower-cost IoT devices such as wearable bands with small LCDs and home appliances without display have received less attention. TizenRT aims to expand Tizen platform device coverage for these low-end devices.

Nucleus®, RTOS allows system developers to address complex requirements posed by today's embedded designs. Nucleus combines kernel-rich functionality with tooling features that are ideal for applications that require a scalable footprint and connectivity. Nucleus RTOS has been proven to be reliable and highly optimized. Nucleus has been deployed in high-security markets that have strict safety and security requirements, such as automotive, medical devices, and airborne systems. A stable deterministic kernel that has a small memory footprint. Optimized memory partitioning using a lightweight process model. Dynamically load and unload applications for greater modularity.

Ubuntu is more productive than embedded Linux. The cost of sharing a platform is shared. Licensing costs less, updates are more reliable and maintenance is shared. Easy CI/CD, better tools and faster updates are possible with a familiar and well-used Ubuntu system. Linux is not an identifier. Focus on your unique story and avoid pre-enabled boards. It is much easier to manage a familiar platform and environment than a specialist OS. Naturally. Ubuntu is chosen by more Linux developers, which means that the talent pool for Linux is deeper and wider. Tap the largest talent pool. Ubuntu is the leader in every way. Reuse is key to productivity. Get developers moving faster with the largest package selection in the world.

Open source networking stacks are available to meet your application's needs, such as e.g. Bluetooth Low Energy 5, Bluetooth Mesh and Wi-Fi are just a few of the open source networking stacks available. Ensure security is integrated into the code and lifecycle management for your product. Your IoT network of billions is ready for remote monitoring, troubleshooting and management. In minutes or hours, you can create, tune, and build your image.

MindSphere®, the industry's leading IoT service provider, is a pioneer in industrial IoT. MindSphere uses advanced analytics and AI to power IoT solutions, from the edge to cloud, with data from connected products and plants. This allows for better operations, better products and new business models, and optimizes operations. MindSphere is built on the Mendix platform and empowers customers, partners, and the Siemens organization in order to quickly create and integrate customized IoT apps. Our experts are happy to answer any questions and help you get started using MindSphere. Connect assets and upload data into the cloud Real-time data collection, monitoring, and analysis. Use apps and solutions to solve real problems. Develop apps that increase your data's business value. Use an open environment for both development and operations.

To create the first user in Ubuntu Core, you will need an Ubuntu SSO account. We will show you how to flash Ubuntu Core on a Raspberry Pi 2, 3, 4, or CM3. You will have a board ready to go for production or testing. To create the first user in Ubuntu Core, you will need an Ubuntu SSO account. Now that you have snaps installed on your board, it is time to use snap command to install the first snap. Snap Store is the place to find the best Linux apps in snaps that you can install on your Ubuntu device. Get started with your secure IoT journey.

Development doesn't need to be a costly headache. Infor Mongoose allows you to quickly create and deploy an app that your business can use on any device, whether it's a smartphone, tablet, or desktop. Rapidly build robust enterprise capabilities that are tailored to your needs. Mongoose is able to create a user-friendly web interface that meets the needs of consumers or high-productivity forms. It requires minimal coding. Mongoose, a low-cost, unified platform for developing feature-rich applications that can be automatically upgraded and deployed on-premises as well as in the cloud, is capable of producing high-quality, feature-rich apps. Mongoose automatically publishes to both mobile and browser interfaces. It is pre-built, enterprise-class, and offers single sign-on security. It is easy to create a mobile or tablet version your app using the same business objects and logic across all devices.

Huawei LiteOS, an IoT-oriented platform software platform, integrates an IoT operating systems and middleware. It is lightweight with a kernel size under 10 KB and consumes very little energy -- it can run on an average AA battery for up five years! It is also very secure and allows for quick startup. Huawei LiteOS is a powerful, yet simple software platform that allows developers to create their own applications. This reduces barriers to entry and speeds up time to market. Huawei LiteOS is an open-source API that provides a unified, unified interface that can be used in a variety of IoT domains such as smart homes, wearables and intelligent manufacturing. Huawei LiteOS enables IoT open ecosystem, allowing partners to rapidly develop IoT products and accelerate IoT innovation.

NuttX (real-time operating system) is a small, compact real-time operating software (RTOS). It focuses on standards compliance and a small footprint. NuttX is scalable from 8-bit to 32 bit microcontroller environments. The primary governing standards are Posix, ANSI standards. For functionality that is not available under these standards or that is not suitable for deeply embedded environments (such a fork ()).), additional standard APIs from Unix (and other common RTOS's such as VxWorks), are adopted. Apache NuttX is a project currently in Incubation at the Apache Software Foundation (ASF), which is sponsored by The Incubator. All accepted projects must be incubated until further review determines that infrastructure, communications, decision making, and decision making processes have stabilized in a way consistent with other successful ASF projects.

Our commercial RTOS, tools and services make it easier to launch critical embedded systems. BlackBerry QNX is a time-tested realtime operating system (RTOS), hypervisor and other embedded software that will make you successful. Our embedded OS is the best choice for medical robots, ventilators, train controls and factory automation systems. Our software, tools, and services can help build safer products, regardless of whether you are focusing on safety, security, or performance. We can help you improve safety and security, or streamline cross-platform development. With an RTOS and hypervisor specifically designed for embedded systems, we can help you bring your ideas to life. Our modular microkernel architecture provides greater reliability and reduces the need to duplicate OS development effort across multiple products.

From simple embedded environmental sensors to advanced embedded controllers and smart watches to IoT wireless applications, there are many options. Implements configurable architecture-specific stack-overflow protection, kernel object and device driver permission tracking, and thread isolation with thread-level memory protection on x86, ARC, and ARM architectures, userspace, and memory domains. Supports combining application-specific code and a custom kernel on platforms without MMU/MPU or memory constrained devices to create a monolithic images that are loaded and executed on a system’s hardware. Both the kernel and application code are executed in a single address space.

With confidence in your security, unlock the potential of IoT It's becoming more important than ever that your data is secure, with billions of connected devices each year. Azure Sphere helps you protect your data, privacy and infrastructure. It is based on decades of Microsoft expertise in cloud, hardware, and software to provide a complete security solution for IoT devices. Defense in depth offers multiple layers of protection that help protect devices from and respond to threats Flexibility in deployment helps you protect your existing equipment and provide protection for new IoT investments Over-the-air (OTA), updates make it simple to add new features or improve performance throughout the device's lifecycles Automatic security updates and error reporting help you stay ahead new and evolving threats

Cruz IoT Device Director is a comprehensive, scalable management tool that securely and efficiently monitors, manages, and onboards IoT devices from all vendors. IT staff can automate deployment of bulk IoT device, monitor alerts, notifications, troubleshoot devices, view audit logs, configure devices, and remotely push firmware updates across multiple devices through over-the air (OTA) updates.

Many IoT deployments are made up of hundreds of thousands to many millions of connected devices. It is important to monitor, manage, and track these connected device fleets. After they are deployed, you need to make sure your IoT devices function properly and securely. You will also need to manage firmware and software updates, secure access, monitor health, and remotely troubleshoot issues. AWS IoT Device Management makes managing IoT devices easy. You can securely register, monitor, organize, monitor, and remotely control them at scale. AWS IoT device management allows you to register connected devices individually or in bulk. You can also manage permissions easily so that your devices remain safe. You can organize your devices, monitor and troubleshoot their functionality, query the status of any IoT devices in your fleet, and even send firmware updates over the air (OTA) all through a fully managed web app.

Azure Red Hat OpenShift is a highly available, fully-managed OpenShift Cluster on Demand, monitored and operated by Microsoft and Red Hat jointly. Red Hat OpenShift is built around Kubernetes. OpenShift adds value to Kubernetes by bringing additional features, making it an integrated container platform as a Service (PaaS), with a significantly enhanced developer and operator experience. Highly available, fully-managed public and private clusters. Automated operations. Over-the-air platform updates. Use the web console's enhanced user interface to build, deploy and configure containerized applications, as well as cluster resources.

Let's face the truth, MongoDB validation, casting, and business logic boilerplate can be a pain. Mongoose was born out of this frustration. Let's say that we love fuzzy kittens and want MongoDB to record every kitten we meet. First, we need to include mongoose into our project. Next, we need to open a connection with the test database on our locally installed instance of MongoDB. There is a connection to the test database on localhost that is pending. We need to be notified if the connection is successful or if there is an error. Mongoose documents are a one-to-1 mapping to MongoDB documents. Each document is an instance its Model. Subdocuments are documents embedded within other documents. Mongoose allows you to nest schemas within other schemas. Mongoose offers two types of subdocuments: single nested and arrays of subdocuments.

Apache Lucene™, an open-source search engine, is developed by the Apache Lucene™. The project releases Lucene™, a core search library. It also includes PyLucene, a python binding to Lucene. Lucene Core is a Java library providing powerful indexing and search features, as well as spellchecking, hit highlighting and advanced analysis/tokenization capabilities. The PyLucene sub-project provides Python bindings to Lucene Core. The Apache Software Foundation supports the Apache community of open-source projects. Apache Lucene is available under a commercially-friendly Apache Software license. Apache Lucene is the benchmark for search and indexing performance. Lucene is the search engine for both Apache Solr™, and Elasticsearch™. Our core algorithms and the Solr search server power applications all over the globe, from mobile devices to websites like Twitter, Apple, Wikipedia, and Google. Apache Lucene's goal is to provide world-class search capabilities.

mDash is a framework that allows you to develop and maintain connected products. The design goal was to provide robust and simple device management capabilities. Remote control with mDash is unparalleled: One-click firmware updates (OTA), file manager, device shadow/twin and remote function calls, access control, notifications, databases, and more. mDash can be used alone or in combination with other cloud solutions, such as AWS IoT and Azure, Google Cloud, et al. A business must implement the hardware component of mDash in order to launch a product. mDash's mobile app and reference firmware are easy to modify. This means that there is usually no need to outsource development.

B2IQ Edge, a compact edge client, supports bi-directional communication between devices and sensors. B2IQ Edge can be used with Linux and FreeRTOS devices.

Optimized for what your build, with flexible public or private cloud deployment options. All types of devices can be connected to the cloud, while interoperability and availability are guaranteed. Kii is stable, monitored, and fully managed for security and performance. It also includes remote firmware updates, which take the burden off of your IT team. It can be difficult to support multiple vendors. Kii simplifies the process by providing an API-based platform that makes it easy to connect M2M, P2P, and M2P. Access to our rich community mobile developers for complementary surround apps to your IoT projects. Kii offers flexible public and private deployment options, including instant server provisioning and automated platform upgrades. We monitor for spikes in usage and performance degradation so that you don't have too. Rapidly deploy, interact, enable or disable devices. Remote management of firmware upgrades and configurations is possible.

Our centralized, hardware-agnostic platform for edge management will help you to drive efficiency and scale. Platform designed to give industrial edge teams and enterprise teams better visibility and access over their edge devices, data and applications. Visualize data across all sites and centrally distribute applications to maximize exponential opportunities. Drive operational efficiency by using deployment templates, and send secure updates over the air to scale IIoT quickly. Create templates for rapid deployment of IIoT devices to tens or even hundreds of sites. Easily deploy large-scale IIoT deployments to all your sites. Remote management, troubleshooting, and over-the air updates streamline maintenance. Use Litmus Edge Manager to manage the entire edge lifecycle.

MicroPython's pyboard, a small electronic circuit board, runs MicroPython directly on the bare metal. It provides a low-level Python operating environment that can be used for controlling all types of electronic projects. MicroPython has many advanced features, such as an interactive prompt and arbitrary precision integers. Closures, list comprehensions, generators, exception handling, closures, closures, list comprehensions, generators, exception handling, and more. It is small enough to fit in 256k of code and 16k RAM. MicroPython is designed to be compatible with normal Python so that you can easily transfer code from your desktop to a microcontroller, embedded system, or other device.

Fire OS is Amazon's operating system for tablets and Fire TV. Fire OS is a fork Android. This means that if your app runs on Android it will most likely also run on Amazon Fire devices. The App Testing Service allows you to quickly test your app's compatibility for Amazon. You don't have to modify your Android code to publish your app to Amazon's platform as a developer.

Cloud and edge tools that are industry-leading for quick device deployment and easier asset management. Bi-directional communication allows you to monitor IoT devices, asset performance, and security. Automate mass firmware updates and software upgrades to improve functionality, maintain compliance, and scale your deployment. Access data from edge devices previously unavailable. Integrate device data using open APIs to gain deeper insight and control with third party applications. Get real-time alerts, detailed reports and notifications about network health and conditions. IoT device monitoring allows businesses to keep an eye on large numbers of IoT devices and billions in data points. This is done to gain actionable insights and ensure that the devices are working properly. IoT monitoring allows organizations to scale up their IoT deployments by ensuring they can track every device and monitor performance, receive notification of security vulnerabilities, and so on.

Raspberry Pi Imager allows you to quickly and easily install Raspberry Pi OS or other operating systems to microSD cards, which can then be used with your Raspberry Pi. Watch this 45-second video to learn how Raspberry Pi Imager installs an operating system. Install Raspberry Pi Imager on a computer that has an SD card reader. Install Raspberry Pi Imager on the computer with an SD card reader. Browse the operating systems available from Raspberry Pi and other organizations, and download them to manually install.

Instead of focusing on building applications and business logic you can let Azure solve hard distributed system problems like reliability, scalability and management. Service Fabric is an open-source project that powers core Azure infrastructure and other Microsoft services like Intune, Skype for Business, Intune and Azure Event Hubs. It also powers Azure Data Factory, Azure Cosmos DB and Azure SQL Database. Dynamics 365 and Cortana are all powered by Service Fabric. Azure Service Fabric is designed to deliver high-availability and durable services at cloud scale. It automatically understands the infrastructure and resource requirements of applications. This allows for automatic scaling, rolling upgrades, and self healing from faults that occur. Without the need to write additional code to address issues such as reliability, scalability or management, you can focus on adding business value to your application.

Memfault upgrades Android and MCU-based smartphones to reduce risk, ship products quicker, and resolve issues quickly. Developers and IoT device makers can easily and quickly monitor and manage the entire device's lifecycle, including feature updates and development, by integrating Memfault in smart device infrastructure. Remotely monitor firmware and hardware performance, investigate issues remotely, and roll out targeted updates incrementally to devices without interrupting customers. You can do more than just application monitoring. Get device- and fleet-level metrics like battery health, connectivity, and crash analytics for firmware. Automated detection, alerts and deduplication make it easier to resolve issues faster. Customers will be happy if bugs are fixed quickly and features are shipped more often with staged rollouts (cohorts) and for specific device groups (cohorts).

CloudworX Manager now makes it possible to provide powerful management for the Acendo Core or Acendo Book devices. CloudworX Manager makes it possible to configure multiple devices simultaneously, locally or remotely. CloudworX makes it easy to manage multiple devices simultaneously. Once you have connected to your Gateway, all your CloudworX-enabled devices will be automatically detected. Simply select the devices you wish to configure or modify inline. You can adjust your settings and then deploy them to the devices you choose with just one click.