Alternatives to ClearOS Mobile

Manjaro is an accessible and user-friendly open-source operating system that combines modern software advantages with an emphasis on quick setup and automated tools to minimize manual configurations, along with readily available support. This operating system caters to both beginners and seasoned users alike. Unlike proprietary alternatives, Manjaro grants you complete control over your hardware without any limitations, making it a robust choice for home, professional, and development settings. Additionally, it supports the execution of many popular Windows applications through compatibility layers like Wine, PlayonLinux, or Proton via Steam, although these examples only scratch the surface of its capabilities. Manjaro truly embodies an ideal balance for those seeking strong performance, full control, and cutting-edge software, while also ensuring a level of software stability that is often hard to find. Whether you are looking to delve into computing or enhance your existing setup, Manjaro offers the flexibility and power to meet diverse user needs.

This summer, we are enhancing our safety measures while also exploring innovative ways to keep you connected. Check out the latest features now available on your Android device, offering a range of delightful and useful experiences across all devices linked to your Android phone. Your ultimate hub for all your entertainment needs awaits, whether you're into movies, TV shows, games, or books. With Android 11, your phone is tailored for your usage patterns, aiding you in managing conversations and organizing your daily activities with tools aimed at boosting your productivity. Discover inspiring stories of individuals who are using Android to transform their everyday lives, showcasing how they infuse creativity and connection into their routines with the help of Android. Whether it's for work, gaming, streaming in 5G, or any other pursuit, there are more than 24,000 phones and tablets powered by Android, ensuring that whatever you desire, there’s a perfect fit for you. Your security and privacy remain central to our mission, as we strive to provide you with a safe and connected experience. Remember that with each advancement, we are committed to making your digital life not only more secure but also more enriching.

The ClearPath MCP and ClearPath OS 2200 operating systems offer a comprehensive and cohesive suite of software solutions tailored for managing your essential business operations. You will be well-prepared to handle even the most intensive applications with ease. Enjoy a variety of features, including advanced security measures, transaction management systems, databases, integration and development tools, among others. Additionally, you have the option to license the operating environment individually, allowing for transaction processing on public clouds, private clouds, or your preferred server hardware. The extensive selection of cross-platform software available within the ClearPath Forward ecosystem ensures that you will possess all the necessary resources to enhance and broaden the functionalities of both the ClearPath MCP and ClearPath OS 2200 systems. This versatility makes it an ideal choice for businesses looking to optimize their technology infrastructure.

PilarOS, also known as TRDROIDTM, is an advanced Android Mobile operating system developed by ARDIC, designed specifically for industrial applications, featuring a robust security and manageability framework that encompasses over 1800 new APIs built on the AndroidTM Open Source platform. The AFEX component enhances the operating system's manageability, while various additional layers ensure comprehensive security for devices, applications, connections, and data, ranging from the kernel to the cloud, providing industrial-grade, secure, and scalable services. This operating system is built to prevent unauthorized access, safeguarding connections, applications, USB ports, microphones, and cameras from potential threats. Users can easily define specific configurations and deploy them across all devices, efficiently managing the installation, uninstallation, disabling, or enforcement of applications remotely. With a unified admin panel, administrators can monitor and manage all devices collectively or individually, streamlining oversight. PilarOS is versatile, supporting not only smartphones but also a wide array of smart devices, IoT solutions, and industrial IoT applications, making it an ideal choice for various operational needs. This level of flexibility and control ensures that organizations can maintain a secure and efficient environment across all their technological assets.

For computing needs that require the highest levels of security, resilience, availability, and scalability while ensuring maximum business agility, ClearPath Forward serves as a key platform for simplification, cost management, and digital transformation. Enhance your workforce, improve efficiency, and accelerate the digital transformation of your ClearPath Forward environment through a managed service solution with cloud hosting that is expertly managed, maintained, and optimized by Unisys. Develop a clear and actionable plan that details how to adapt your applications to meet evolving demands with the assistance of ClearPath Forward Advisory Services and ClearPath Forward Application Evolution Services. Take advantage of a comprehensive array of advisory and implementation services designed to facilitate the smooth transition of your ClearPath Forward environment to either private or public cloud solutions, ensuring that you remain competitive in a rapidly changing market. By leveraging these services, organizations can achieve a seamless integration of their systems into the modern cloud landscape.

Upon powering on the device, the settings and preferences menu appears immediately, allowing for quick and convenient configuration of settings. The iMin UI is an operating system that has been extensively optimized from the Android system to cater specifically to intelligent commercial equipment, enhancing overall system performance based on interactive experiences and real-world applications. Users can activate private mode to prevent applications from operating without the system navigation bar and to block unsolicited notifications. For troubleshooting any product usage issues, the user manual serves as a valuable resource, offering straightforward and efficient solutions. Should users encounter any difficulties with the product, consulting the user manual is highly recommended for immediate assistance. Additionally, the remote control function enables technicians to offer help remotely, making it almost as convenient as hands-on operation. Furthermore, the hardware butler feature allows users to quickly grasp the status of the device at a single glance, ensuring they stay informed about its performance. This comprehensive approach ensures that users have all the necessary support at their fingertips.

GrapheneOS is an open-source mobile operating system that prioritizes privacy and security while maintaining compatibility with Android applications, and it is developed as a non-profit initiative. The project emphasizes the advancement of privacy and security technologies, featuring significant enhancements to sandboxing, exploit mitigation strategies, and an improved permission model. Additionally, GrapheneOS is responsible for creating various applications and services that further bolster user privacy and security. Among its offerings is Vanadium, a fortified version of the Chromium browser and WebView specifically tailored for GrapheneOS environments. Furthermore, it includes a streamlined PDF viewer focused on security and a hardware-backed Auditor app that provides both local and remote device verification services, ensuring users can trust their devices' integrity. This comprehensive approach reflects a commitment to creating a safer mobile experience for all users.

The DANOS-Vyatta edition of the network operating system (NOS) is aligned with the objectives of the Open Compute Project to provide a cell site gateway router (CSGR) solution. As mobile network operators shift from older technologies to embrace 5G RAN advancements, the CSGR is specifically tailored to meet the evolving demands of their backhaul transport needs. Built on the DANOS open-source framework, the DANOS-Vyatta edition offers a production-ready, carrier-grade, and highly functional NOS that fulfills the critical requirements for performance and dependability in a carrier environment. Notable features of the DANOS-Vyatta edition include an architecture designed for abstraction, featuring clean APIs that enhance development flexibility, troubleshooting capabilities, and support for various white box hardware. Additionally, the application layer integrates routing functions and supporting processes, providing standard APIs and a user-friendly CLI interface that allows operators and management tools to easily interact with the NOS, thereby streamlining automation and orchestration processes. This comprehensive design not only enhances operational efficiency but also fosters a more agile environment for network management.

Your computer, tablet, and smartphone come equipped with applications and operating systems, so why should your server be any different? HPE is revolutionizing the small business server market by providing ClearOS in conjunction with their ProLiant servers. ClearOS is an accessible, open-source operating system featuring a user-friendly graphical web interface and an application marketplace that boasts over 100 applications, with new ones continuously being added. By utilizing open-source technology, you have the autonomy to select only the applications you need while paying solely for the desired apps and their support. HPE and ClearCenter are simplifying the process for small businesses, home offices, remote workers, and branch locations to have a fully operational server right out of the box, without incurring extra costs. The combination of HPE ProLiant servers and ClearOS ensures users enjoy a straightforward, cost-effective, and secure solution. Crafting the perfect IT setup tailored to your needs has never been more straightforward or accessible. With this innovative approach, small businesses can now focus on growth rather than infrastructure.

CopperheadOS is a Secure Android built by a privacy-focused company for encrypted and secure smartphones. Available as privacy-focused and security-focused Google-free Android for the latest Pixel phones. Include a secure phone in your business's mobile security program. CopperheadOS is compatible with the most recent mobile security solutions. CopperheadOS, the most secure Android, is designed to protect against many attack vectors. Mobile devices are easy targets. Copperhead's technical documentation can be viewed. Non-technical, security-oriented user experience. No Google Analytics or tracking analytics. Application isolation and sandboxing. Integrates with the most recent mobile device management software and intrusion detection system mobility software.

We enable organizations to identify and exchange diverse datasets linked to specific identifiers. Develop adaptable applications that can accommodate various protocols, such as Ethereum, Hyperledger, and others. Operate blockchain nodes that vary in size and capabilities to suit your requirements, whether as a validator or a read-only participant. Furthermore, you can link to multiple protocols simultaneously. Integrate data sources from distinct systems and record them on a unified ledger. Generate proofs of existence with verifiable integrity while retaining control over sensitive information. Associate identity registries for individuals, groups, and devices, and assign universal blockchain IDs to them. Establish entitlements for users and roles throughout the network, ensuring automatic enforcement of key-based authorization. Protect user access through top-tier security measures grounded in PKI and hierarchical-deterministic (HD) identity structures. Additionally, harmonize your organization's identity and permission frameworks for consistent functionality across all platforms. This comprehensive approach streamlines data management and enhances security across diverse systems.

LineageOS significantly enhances the capabilities and longevity of mobile devices from over 20 brands, driven by a global community of open-source contributors. Your information remains under your control, as evidenced by our robust Privacy Guard feature that allows you to manage app permissions at your discretion. We prioritize security, which is why we provide monthly updates to ensure all supported devices remain protected. Additionally, you can bolster your device's security by utilizing an advanced lock screen for greater protection. Our suite of open-source applications is designed to assist you throughout your daily activities. For Android developers, LineageOS transforms any device into an ideal platform for app development, offering improved tools and unique APIs. With its ever-expanding reach, LineageOS is continuously adding support for new devices, fueled by the largest and dynamic Android open-source community dedicated to innovation and collaboration. This commitment to community-driven development ensures that users have access to the latest features and improvements.

Parrot is a global collective of developers and security experts collaborating to create a unified set of tools that enhance their work by making it easier, more standardized, reliable, and secure. At the heart of this initiative is Parrot OS, a leading GNU/Linux distribution based on Debian, specifically designed to prioritize security and privacy. It offers an extensive portable laboratory suitable for various cybersecurity activities, including penetration testing, digital forensics, and reverse engineering. Additionally, it provides all the necessary resources for software development and data protection. Regular updates ensure that it remains robust, with frequent releases that incorporate numerous hardening and sandboxing features. Users have full control over the system, allowing them to download, share, examine the source code, and modify it as desired. This system is committed to honoring your freedom, and that commitment will always remain steadfast. Users are encouraged to engage with the community, contributing to its evolution while upholding the principles of security and privacy for all.

Tails is a lightweight operating system designed to safeguard users from surveillance and censorship. By utilizing the Tor network, Tails ensures your online privacy and helps you bypass restrictions. Experience the Internet in its true form by booting your computer from a Tails USB stick rather than using Windows, macOS, or Linux. One of the key features of Tails is that it leaves no trace on the host machine once it is shut down. Additionally, Tails comes equipped with a variety of applications tailored for working with sensitive documents and secure communication. Each component in Tails is designed for immediate use and is configured with security in mind. You can obtain Tails at no cost, and independent security researchers are able to validate its security measures. Built on a Debian GNU/Linux foundation, Tails is widely employed by activists to maintain their anonymity, circumvent censorship, and communicate safely. Journalists, along with their sources, rely on Tails for sharing sensitive information and accessing the Internet in risky environments. Survivors of domestic violence also benefit from Tails, as it provides a means to escape surveillance in their homes. This versatility makes Tails an essential tool for anyone needing privacy and security in their online activities.

NetBSD is a completely free, rapid, secure, and exceptionally adaptable Unix-like open-source operating system. It caters to an extensive array of platforms, ranging from robust servers and capable desktop computers to portable and embedded gadgets. First introduced in 1993, NetBSD's code has gradually permeated numerous unexpected environments due to its longstanding reputation for quality, neatness, and reliability. This operating system is fundamentally rooted in 4.4BSD Lite2, which originated from the University of California, Berkeley. Unlike a typical "distribution" or variant, NetBSD has developed over several decades into a distinctive and comprehensive operating system within the BSD lineage, supported by a global community of developers. Users of NetBSD benefit from a straightforward, well-documented, and entirely cohesive UNIX-like experience that maintains a minimalistic approach while embracing a wealth of modern features and compatibility with contemporary hardware. This combination of attributes has made NetBSD a compelling choice for both enthusiasts and professionals alike.

Urbit is designed to be accessible for all users, yet navigating its expansive ecosystem can sometimes feel overwhelming. By utilizing the provided links, you can engage with the network through various avenues such as development, operation, and exploration. It addresses the complex challenges associated with creating a peer-to-peer network, including identity verification, NAT traversal, and ensuring messages are delivered exactly once, all handled within the kernel, allowing app developers to concentrate on their core business logic. The operating system itself functions as a single pure function, offering developers robust assurances such as automated persistence, efficient memory management, reproducible builds, and the ability for hot code reloading. The vision of a connected world presented by Urbit resembles the early days of the Internet, fostering an environment of collaborative discussion and mutual support. Issues that seem insurmountable today due to the need for centralized control—such as data breaches, spam, fraudulent reviews, malware distribution, and harassment—become manageable when individuals regain control over their computing environments. In this system, you can use just one login to access everything, simplifying the user experience significantly. This streamlined approach not only enhances security but also encourages more personalized interactions online.

SUSE Linux Enterprise Server (SLES) is a powerful and secure operating system tailored for enterprises and organizations, providing a scalable and reliable foundation for critical workloads and applications across diverse environments, whether physical, virtual, or cloud-based. This operating system boasts advanced capabilities like high availability, virtualization, and seamless cloud integration, making it well-suited for the deployment of sophisticated IT infrastructures. Renowned for its stability and long-term support, SLES ensures that organizations can maintain a secure and consistent operational environment over extended periods. Moreover, SUSE's management tools facilitate efficient configuration and automation, which greatly simplifies server deployment and ongoing maintenance tasks. It accommodates a variety of hardware architectures, including x86_64, ARM, and IBM Power, thus offering the necessary flexibility to meet differing business demands. Additionally, SUSE Linux Enterprise Server is designed for optimal performance and comes equipped with robust security features to protect valuable data and resources. With its comprehensive support and innovative features, SLES stands out as an exceptional choice for businesses aiming to enhance their IT capabilities.

FreeBSD stands out with its sophisticated networking, exceptional performance, security, and compatibility elements that many other operating systems, including several top commercial options, still lack. It serves as a prime choice for both Internet and Intranet servers, delivering reliable network services even under extreme loads while efficiently managing memory to ensure excellent response times for numerous simultaneous user processes. Moreover, FreeBSD extends its advanced operating system capabilities to both appliance and embedded systems, accommodating a diverse range of hardware platforms such as higher-end Intel-based devices, as well as ARM, PowerPC, and MIPS architectures. Vendors globally depend on FreeBSD for their embedded products, which encompass everything from mail and web appliances to routers, time servers, and wireless access points, thanks to its integrated build and cross-build environments. Additionally, the Berkeley open-source license allows these vendors the flexibility to determine the extent of their contributions back to the community, fostering collaboration and innovation. This combination of features makes FreeBSD an invaluable asset for developers aiming to create high-performance embedded solutions.

Unraid OS provides unparalleled management of your data, media, applications, and desktops, enabling users to leverage nearly any hardware configuration. It is particularly beneficial for video producers, streamers with large video collections, media editors, photographers, musicians, and music enthusiasts who want to minimize their upfront expenses. You can begin with just two drives and expand your storage incrementally as needed. Gamers who also operate media servers and prefer customizing their systems rely on Unraid to maintain their performance without compromise. Furthermore, designers, 3D animators, developers, and photographers utilize Unraid for storing large amounts of assets locally, ensuring quick and efficient access. You can also employ services like Apple Time Machine and Windows Backup to securely archive large volumes of data that aren’t frequently used. Beyond this, software engineers, game development studios, AR/VR designers, and educational institutions take advantage of Unraid to conduct tests across various platforms, operating systems, and devices, enhancing their workflow and productivity. This versatility makes Unraid a valuable tool for anyone looking to optimize their data management solutions.

Junos® OS enhances network operations through precise automation, boosting efficiency while allowing organizations to allocate resources towards growth initiatives. Designed for dependability, security, and adaptability, Junos OS supports some of the most advanced network infrastructures globally, giving users a competitive edge over those utilizing alternative network operating systems. It minimizes the time and effort involved in planning, deploying, and managing network systems. By advancing traditional disaggregation, it introduces a versatile consumption model for network applications and delivers highly scalable software that adapts to changing demands. Furthermore, it ensures that the addition of line cards and subsequent upgrades to the network OS do not disrupt services. Cloud service providers recognize that managing a flexible and economical network necessitates streamlined operations throughout a remarkably scalable framework. This capability ultimately empowers organizations to respond swiftly to market changes and technological advancements.

Haiku is a continuously evolving open source operating system designed for personal computing. It stands out for its speed, efficiency, and user-friendly nature, catering to computer users of varying expertise. What sets Haiku apart from other open source options is its cohesive development team that handles everything from the kernel and drivers to userland services, toolkits, graphics stack, and desktop applications. While it incorporates various open source projects, they are integrated in a way that ensures a remarkable consistency, enhancing the experience for both users and developers. This level of integration not only provides convenience but also makes the system enjoyable to navigate. The Be Operating System laid the groundwork for innovative concepts and technologies that Haiku continues to embody, representing an ideal approach to streamlined and efficient personal computing. Ultimately, the blend of simplicity and power makes Haiku a compelling choice for those seeking a robust operating system.

Qubes OS is an open-source operating system designed with a strong emphasis on security for individual desktop users. It utilizes Xen-based virtualization technology to create and manage distinct isolated environments known as qubes. Each qube operates as a virtual machine (VM) and serves specific functions, which can include running a variety of isolated applications tailored for personal or professional use, managing the network stack, handling firewall duties, or achieving other user-defined objectives. By incorporating the robust security features of the Xen hypervisor, Qubes OS provides a level of protection comparable to that used by major hosting services to keep websites and services securely separated. If you're unsure about which Linux distribution suits your needs, or if you require a particular Windows application for your job, Qubes offers the flexibility of running multiple operating systems simultaneously. Additionally, with the integration of Whonix into Qubes, accessing the Internet anonymously through the Tor network becomes both safe and straightforward, enhancing your overall online privacy. This unique capability makes Qubes OS an ideal choice for users who prioritize security and versatility in their computing experience.

Santoku focuses on mobile forensics, analysis, and security through a user-friendly, open-source platform. It offers automated scripts for tasks such as decrypting binaries, deploying applications, and enumerating app details. Additionally, there are scripts available to identify prevalent problems within mobile applications. There are also utilities designed to emulate network services for dynamic analysis. The platform provides a range of useful tools and scripts tailored specifically for mobile forensic investigations. Furthermore, it includes firmware flashing tools compatible with various manufacturers, along with graphical user interface (GUI) tools to facilitate seamless deployment and management of mobile applications. This combination of features makes Santoku an invaluable resource for professionals in the field of mobile forensics.

Red Hat Enterprise Linux serves as a robust operating system designed for enterprise use, with certifications spanning numerous cloud platforms and a vast array of vendors. It offers a reliable foundation that ensures consistency across different environments while equipping users with essential tools to accelerate the delivery of services and workloads for a wide range of applications. By minimizing deployment challenges and expenses, Red Hat Enterprise Linux enhances the speed at which value is realized for essential workloads, fostering collaboration and innovation among development and operations teams in various settings. Additionally, it enhances hybrid cloud infrastructures by extending capabilities to edge environments, reaching hundreds of thousands of nodes globally. Users can create OS images optimized for edge computing, reduce interruptions from OS updates, execute system updates with greater efficiency, and benefit from automatic health checks and rollback features. Furthermore, specialized command line tools are available to streamline inventory tasks and remediation processes linked to subscription upgrades or migrations from other Linux distributions, making the transition seamless and efficient. This versatility ensures that organizations can effectively manage their IT resources in a rapidly changing technological landscape.

Scientific Linux, a project backed by Fermilab, primarily serves the High Energy and High Intensity Physics community, although its user base extends across various industries globally, and occasionally into space. This operating system is essentially a rebuild of Red Hat Enterprise Linux, which is owned by Red Hat Inc (NYSE:RHT), and is often referred to as “The Upstream Vendor” or “TUV” within our communications. By using the term TUV, we emphasize that Scientific Linux operates independently and is neither formally associated with nor endorsed by the upstream entity, thereby clarifying this important distinction. Designed to provide a stable, scalable, and extensible platform, Scientific Linux supports scientific research by offering methodologies that facilitate the integration of scientific applications with their operating environment. The initiative encourages the free exchange of ideas, designs, and implementations, all aimed at establishing a robust computing platform for future advancements in technology. Ultimately, this collaborative effort strives to foster innovation in scientific computing, paving the way for breakthroughs that can benefit a diverse range of fields.

BlackBerry 10 operates on the QNX platform, which resembles Unix, providing support for the Qt application framework (version 4.8) and integrating an Android runtime in some of its later models to accommodate Android applications. Before the introduction of version 10.3.1, it also allowed the use of the Adobe AIR runtime. The interface is designed with touch-based interactions and gestures that enable users to navigate and control their devices without needing to use physical buttons, apart from the essential power button that turns the device on or off. Additionally, hardware keyboards are supported, including those that offer touch input capabilities. While the touchscreen serves as the primary means of interaction with BlackBerry 10, devices equipped with a physical keyboard also allow users to utilize it for input. Navigating the system can be achieved through a combination of gestures and keyboard shortcuts, enhancing the user experience. All communications, including emails, SMS/MMS messages, calls, and notifications, are conveniently organized within the BlackBerry Hub for easy access and management. This integration streamlines user interaction and keeps all relevant information in one accessible location.

FydeOS is a streamlined operating system that combines a Linux kernel with a browser platform and container technology, mirroring the functionality of Google Chrome OS. It operates efficiently on a wide range of mainstream hardware. Devices equipped with FydeOS are fully capable of supporting modern web application standards, running Android applications, and integrating with Linux environments, all while functioning seamlessly in Chinese network settings, offering users an experience akin to that of a Google Chromebook. Built upon the second development of The Chromium Projects, FydeOS has undergone significant modifications and optimizations to its kernel, enhancing its browser platform and incorporating localization features tailored to Chinese users, thereby enriching the overall user experience. As a cloud technology operating system, it is designed to cater specifically to the demands of the Internet age. Through extensive technological advancements, FydeOS has expanded its compatibility across various hardware types, presenting a comprehensive solution centered around its capabilities. This adaptability ensures that users can leverage FydeOS for diverse applications, enhancing its utility in both personal and professional environments.

Transitioning to bare metal switches in Open Networking offers considerable operational and financial advantages for developing advanced networks. These switches are equipped with the necessary capabilities to reach cloud-scale levels while providing agility, elasticity, and adaptability. As you adopt a disaggregated open networking approach, choosing the appropriate Network Operating System (OS) becomes a vital element for success. The reason for this is that the chosen Network OS unleashes the full potential of performance, functionality, and services from Open Networking switches, ensuring maximum value is attained. Netvisor® ONE stands out as an open, secure, and programmable next-generation Network OS specifically designed to enhance the operational capabilities of bare metal Open Networking hardware. This operating system has been thoroughly tested in critical production environments across enterprise and carrier networks, ensuring it meets stringent performance benchmarks. Furthermore, Netvisor ONE guarantees high reliability and flexibility at scale, delivering uncompromised performance that is essential for today's dynamic networking landscape. With its innovative features, Netvisor ONE empowers organizations to stay ahead in a rapidly evolving technology environment.

As companies hasten their efforts in digital transformation, it is crucial that their security measures evolve to address the intricate and rapidly changing threats of today. The expansion of network edges has fragmented the perimeter throughout the infrastructure. This swift growth of the network edge has intensified the difficulties stemming from years of implementing various standalone security products aimed at addressing individual issues without a cohesive security approach. These isolated solutions fail to integrate and communicate effectively, rendering consistent security policies and comprehensive oversight unattainable. Additionally, the task of managing and monitoring a multitude of hybrid, hardware, software, and as-a-Service offerings places an excessive burden on security personnel. To tackle these challenges, Fortinet’s operating system, FortiOS, serves as the backbone of the Fortinet Security Fabric, unifying numerous technologies and applications into a streamlined, singular policy and management framework, enhancing overall security efficacy. By leveraging this integrated system, organizations can achieve a more cohesive and responsive security posture.

Arm Mbed OS is an open-source operating system tailored for IoT applications, providing all the essential tools for creating IoT devices. This robust OS is equipped to support smart and connected products built on Arm Cortex-M architecture, offering features such as machine learning, secure connectivity stacks, an RTOS kernel, and drivers for various sensors and I/O devices. Specifically designed for the Internet of Things, Arm Mbed OS integrates capabilities in connectivity, machine learning, networking, and security, complemented by a wealth of software libraries, development boards, tutorials, and practical examples. It fosters collaboration across a vast ecosystem, supporting over 70 partners in silicon, modules, cloud services, and OEMs, thereby enhancing choices for developers. By leveraging the Mbed OS API, developers can maintain clean, portable, and straightforward application code while benefiting from advanced security, communication, and machine learning functionalities. This cohesive solution ultimately streamlines the development process, significantly lowering costs, minimizing time investment, and reducing associated risks. Furthermore, Mbed OS empowers innovation, enabling developers to rapidly prototype and deploy IoT solutions with confidence.

It encompasses all the essential software necessary for your everyday activities—such as email, internet browsing, document editing, gaming, and a plethora of additional applications. MidnightBSD, supported by a small yet passionate group of developers, aims to build an accessible operating system that is available for everyone to use at no cost. This system is compatible with x86, AMD64 architectures, and can also be run as a Virtual Machine. While the FreeBSD project has established a robust server operating system, it frequently neglects the usability and performance aspects required for desktop environments. It is crucial to customize scheduling, resource allocation, security measures, and application support to better serve desktop users. Many BSD-based projects are designed primarily for server use or older systems, and while some offer FreeBSD with a user-friendly graphical interface, they still suffer from an underlying server-oriented structure. Our decision to fork FreeBSD was not due to any conflict, but rather because we saw it as an exceptional foundation to build upon. Ultimately, our goal is to bridge the gap between server efficiency and desktop user experience.

Alpine Linux stands as a distinctive, non-commercial, general-purpose Linux distribution tailored for advanced users who value security, simplicity, and efficient use of resources. It is constructed using musl libc and busybox, which contributes to its smaller size and enhanced resource efficiency compared to conventional GNU/Linux distributions. The entire container can occupy no more than 8 MB, while a minimal installation requires approximately 130 MB of disk space. Users gain access not only to a complete Linux environment but also to an extensive range of packages from its repositories. The binary packages are streamlined and divided, providing greater control over installations, which helps maintain a compact and efficient system. Alpine Linux prioritizes simplicity, ensuring it remains unobtrusive in its operation. With its specialized package manager known as apk, the OpenRC initialization system, and script-driven configurations, it offers a straightforward, clear Linux experience devoid of unnecessary complexity. Ultimately, this makes Alpine Linux an appealing choice for users looking for a minimalistic yet functional operating system.

The latest iteration of Apple's desktop operating system, macOS Sequoia, brings a variety of features aimed at boosting productivity and enhancing the overall user experience. One standout feature is iPhone Mirroring, which allows users to directly access and control their iPhone from their Mac, creating a more integrated experience between the two devices. Furthermore, the update introduces window tiling capabilities that enable users to efficiently organize their workspaces by arranging windows side by side or in corners with ease. Another notable addition is the new Passwords app, which securely manages and stores user credentials across all devices, simplifying the process of password management. These improvements, along with other enhancements, position macOS Sequoia as a major upgrade for Mac users who are looking for better functionality and seamless integration. Overall, this update not only enhances individual tasks but also fosters a more interconnected ecosystem for Apple users.

Windows Vista represents a significant advancement in the Windows NT operating system line, succeeding Windows XP and developed by Microsoft. It was first made available to manufacturers on November 8, 2006, and hit retail shelves on January 30, 2007, marking its official launch to the public. This version presented an evolution from Windows XP, showcasing a suite of new features alongside a revamped graphical user interface, as well as enhanced security protocols. Among the pivotal innovations in Vista was the introduction of the Aero interface, characterized by its sleek, transparent visual effects for windows and dialog boxes, complemented by dynamic animations. Additionally, the operating system implemented a new security framework incorporating User Account Control (UAC), designed to mitigate risks from malware and various security vulnerabilities. Upon its release, Vista garnered a range of reactions, with some reviewers lauding the advancements in features and security, while others voiced concerns regarding its performance and compatibility with existing hardware and software. Despite the initial mixed feedback, Vista paved the way for subsequent versions of Windows, influencing future developments in user interface design and security measures.

PureOS is designed to be a user-friendly, secure operating system that prioritizes your freedom in daily activities. With PureOS, you maintain complete control over your online presence and personal data. The latest iteration of PureOS has been enhanced for better stability while retaining its robust privacy features and software capabilities. This updated version benefits from a reliable upstream source, introduces new security and software update channels, and provides improved tools for managing older TPM chip versions. Additionally, adjustments have been made to ensure the Librem Key functions seamlessly right from the start, alongside numerous bug fixes that enhance overall usability. Regardless of whether you are a tech enthusiast, a parent wanting to safeguard your family's digital footprint, or part of an enterprise IT/security team, PureOS is available for your use, allowing you to study, share, and modify its source code as you see fit. As a fully auditable operating system, PureOS offers transparency; its commitment to user privacy and security can be independently verified by experts globally, giving users peace of mind regarding their digital safety. This community-driven approach fosters collaboration and innovation, ensuring that PureOS stays aligned with the needs of its users.

The latest release of DragonFly, version 6.2.2, introduces several enhancements, including hardware compatibility for type-2 hypervisors utilizing NVMM, an upgraded amdgpu driver, and the experimental feature of remote-mounting HAMMER2 volumes, alongside a variety of other updates. As a member of the BSD family of operating systems, DragonFly shares its roots with Linux and other BSD variants, adhering to the foundational principles and APIs of UNIX while also diverging in terms of development direction from FreeBSD, NetBSD, and OpenBSD. This divergence allows DragonFly to pursue unique innovations, such as its sophisticated HAMMER filesystem, which offers high performance, built-in mirroring, and historical access capabilities. Additionally, one of the standout features is the implementation of virtual kernels, enabling the execution of a complete kernel as a user process, which facilitates resource management, kernel development, and debugging in an accelerated environment. These features collectively position DragonFly as a distinctive option within its operating system category, appealing to users seeking alternatives beyond conventional solutions.

Revitalize your organization's computing systems to ensure they are secure, manageable, and maintain optimal performance at all times. CloudReady offers the advantages of web functionality without the burdens or vulnerabilities associated with conventional operating systems. It's a modern operating system tailored for current needs and future advancements. For this reason, various organizations—including businesses, non-profits, educational institutions, and government bodies globally—rely on CloudReady to enhance the security and efficiency of their devices when utilizing web applications and virtual desktop infrastructures. Built on Google’s Chromium OS, which shares the same open-source framework as Chrome OS, CloudReady is suitable for computers of any age, from the latest models to those over ten years old. By adopting CloudReady, users can experience exceptional speed, ease of use, and robust security, free from hardware constraints, making it a versatile choice for any organization. Furthermore, this adaptability allows users to maximize their existing technology investments while staying ahead in a rapidly evolving digital landscape.

Solus is an operating system tailored specifically for home use. Each adjustment we make ensures a seamless computing journey for users. With Solus, you can experience a variety of setups that maximize your hardware's potential. Whether you prefer the modern Budgie interface for contemporary devices or the classic MATE setup for older systems, Solus strives to deliver an optimal experience for all types of machinery. Out of the box, Solus comes equipped with an array of software, allowing you to dive right in without extensive configuration. Manage your documents, multimedia files, and more effortlessly with the Files application. For browsing the internet, we include Mozilla Firefox, known for its speed and security. Enjoy your favorite shows and movies using GNOME MPV, and for music lovers, Rhythmbox allows you to play music, podcasts, and even access online radio stations. Say goodbye to the hassle of searching for applications, as you can conveniently install and manage them through our Software Center. With all these features, Solus not only simplifies your computing experience but also enhances it significantly.

HPE OpenVMS offers a reliable platform that has been tested and proven effective. This multi-user, general-purpose operating system ensures protection against both expected and unexpected downtimes through its continuous computing capabilities, which include disaster-tolerant, multisite clusters available at competitive prices. While typical IT environments might track uptime in days or weeks, users of OpenVMS often report uptime in years, highlighting its exceptional durability. Users can trust OpenVMS for its unwavering reliability, availability, scalability, and robust security features. HPE enhances the development and production experience on OpenVMS with high-performance tools and environments. The HPE OpenVMS Cluster software, a crucial component of the operating system, underpins many essential features utilized in OpenVMS enterprise solutions. Furthermore, HPE OpenVMS also presents a comprehensive suite of security products and services from HPE and its partners, aimed at safeguarding critical business assets. This commitment to security ensures that organizations can operate with confidence in their technological infrastructure.

OxygenOS operates with remarkable fluidity, showcasing next-generation core stability and unparalleled reliability. The system's performance is exceptionally smooth thanks to enhancements like HyperBoost and the AI System Booster, which significantly improve mobile gaming experiences while facilitating quick app launches. In addition, OxygenOS proudly continues its tradition with the beloved Always-on Display feature. The introduction of OxygenOS 13 takes this experience to new heights, offering dynamic information on the display that is powered by intelligent personalization, creating a more engaging user interaction. In collaboration with Spotify, your playlist is seamlessly presented, allowing for effortless control of your favorite music tracks. This adaptable Always-on Display not only looks great but also enhances your listening experience. Furthermore, we have refined the classic portrait experience by incorporating advanced tools such as a variety of brushes, line colors, and improved image management options. With a revamped user interface and significantly accelerated image conversion, crafting unique and captivating wallpapers has never been more straightforward, encouraging creativity among users.

OcNOS is a powerful and flexible operating system designed for use across the complete range of Open Compute platforms offered by top network device manufacturers. This design ensures uniform operations, enhances workflow automation, and maintains high availability, all while leading to a notable decrease in operational costs. Drawing inspiration from the well-established ZebOS product line, OcNOS boasts a comprehensive feature set and durability that have been proven in countless customer networks over the years. It includes an industry-standard Command Line Interface (CLI), supports all common Management Information Bases (MIBs), and integrates with standard operational and management tools. Furthermore, the system features a centralized management and provisioning framework that supports transaction-based configurations and device feature modeling. This management layer is equipped with capabilities for Netconf and REST APIs, in addition to the ability to generate custom CLI commands. As a result, network administrators can easily configure, oversee, and manage an OcNOS system through a dedicated Network Management System, ensuring optimal performance and efficiency. In essence, OcNOS represents a significant advancement in network operating systems, combining innovation with reliability.

In today's landscape, merely granting access to reports and data housed on the mainframe is insufficient for stakeholders. Users—including employees, partners, and customers—are increasingly demanding a contemporary digital experience accompanied by streamlined workflows. Additionally, the growing number of regulations and restrictions worldwide regarding data security necessitates that you safeguard all data, regardless of the platform used. Rocket® EOS 360 seamlessly integrates with mainframe systems to capture application output, manage data storage, and deliver quick and secure access to users. By utilizing Rocket EOS 360, you can prioritize essential MSUs for mission-critical applications, thereby enhancing the output management system's overall efficiency. Furthermore, this solution centralizes your data and establishes a single, secure access point, ensuring compliance with various regulations and significantly reducing the risk of potential data breaches while improving user satisfaction.

Utilize a high-performance and security-centric Linux platform for all your cloud and enterprise applications. Amazon Linux 2 is a Linux operating system offered by Amazon Web Services (AWS), designed to deliver a stable, security-focused, and high-performance environment for developing and deploying cloud applications. It is provided free of charge, and AWS ensures continuous security and maintenance updates for this operating system. This version includes support for the latest capabilities of Amazon EC2 instances, optimized for improved performance, and contains packages that facilitate integration with other AWS services. Furthermore, Amazon Linux 2 guarantees long-term support, providing developers, IT administrators, and independent software vendors (ISVs) with the predictability and stability of a Long Term Support (LTS) release while still allowing access to the most recent versions of widely-used software packages. This blend of features makes it an ideal choice for enterprises looking to enhance their cloud infrastructure.

Gentoo is an open-source operating system built on the Linux kernel, designed for extensive optimization and customization to meet a wide array of applications and requirements. The Gentoo experience is characterized by its exceptional configurability, impressive performance, and a vibrant community of users and developers. Utilizing a system known as Portage, Gentoo can be tailored to serve as a secure server, a development workstation, a professional desktop, a gaming platform, an embedded solution, or virtually anything else one might require. This remarkable level of adaptability leads us to refer to Gentoo as a metadistribution. Beyond its software capabilities, Gentoo also fosters a strong community that supports the distribution's growth and sustainability. With around 250 dedicated developers and a vast network of knowledgeable users, many of whom are specialists in various fields, Gentoo thrives through collaboration. The project not only empowers users to make the most of Gentoo but also provides essential resources such as documentation, infrastructure, release engineering, software porting, quality assurance, security maintenance, and system hardening, among other contributions to the ecosystem. This collective effort ensures that Gentoo remains a top choice for those looking for a robust and flexible operating system.

Once your invention evolves into a tangible product, the Raspberry Pi compute module stands out as a robust, industrial-grade system-on-module that serves as the central processing unit for various hardware, from robots to server racks. In today's landscape, open source has become the standard for driving software innovation across multiple domains—whether it’s in the cloud, at the edge, within containers, or in the realm of IoT; encompassing everything from artificial intelligence and machine learning to robotics, self-driving vehicles, and nanosatellites, leading global corporations are leveraging open source to enhance technology further. The Raspberry Pi operates on the ARM instruction set, similar to your Android or iOS devices, as well as the latest Mac computers. While it may resemble Ubuntu running on a traditional PC, the underlying architecture and device integration offer a completely novel approach. This shift not only empowers developers but also fosters a collaborative environment for continuous improvement in technology.

Enhance the efficiency, dependability, and personalization of your Android device. By utilizing crDroid, you unlock a plethora of customization choices without sacrificing either performance or security. Tailor the icons displayed on your screen, adjust visual effects, and modify the arrangement of quick settings rows and columns to suit your preferences. You can opt for gesture navigation or stick to traditional navigation buttons, and even personalize the functionality of your hardware buttons. Since your lock screen is the first impression for your friends, make it a captivating showcase of your style. Your phone should reflect your individuality; toggle dark mode on or off and select your favorite color schemes to create a device that's uniquely yours. With crDroid, the possibilities for personal expression are virtually endless, making your everyday interactions more enjoyable and tailored to your tastes.

Vampire OS is an alternative to Windows and macOS that makes your computer more powerful, faster, safer, and more privacy-respecting. Privacy is a fundamental human rights. Vampire OS does not collect personal data so that advertisers and governments cannot spy on your activities. Vampire OS is Open Source. Anyone can inspect its source code to verify its privacy. You can use RAM or hard disk to experience amazing animations at lightspeed. Vampire OS comes with more than five advanced security tools. Users can also adjust their security level using vampire tools, from low secure mode to high secure. Vampire Connect integrates into Vampire OS desktop to combine the experience between your computer, Android device, and the Vampire OS desktop. It works over an encrypted connection on the local network so that your data remains private and never reaches cloud.

Tizen is a versatile and open-source operating system designed from the ground up to cater to the diverse needs of various stakeholders in the mobile and connected device landscape, such as device manufacturers, mobile operators, application developers, and independent software vendors (ISVs). Developed collaboratively within an open governance framework, Tizen invites participation from all interested developers. The operating system features multiple profiles tailored to meet the specific demands of different industries, including Tizen IVI for in-vehicle infotainment, Tizen Mobile for smartphones, Tizen TV for smart televisions, and Tizen Wearable for wearable devices. Furthermore, starting with Tizen 3.0, all these profiles are built upon a shared infrastructure known as Tizen Common, which enhances compatibility and integration. This allows device manufacturers to select a profile that suits their requirements, adapt it to better fit their specifications, or rely on the Tizen Common base to create a unique profile that aligns with the memory, processing, and power needs of their devices, thus facilitating a swift market entry. Ultimately, Tizen's flexible architecture empowers innovators to create diverse applications while ensuring interoperability across a wide range of devices.

SUSE Linux Enterprise Real Time serves as a real-time operating system that minimizes latency and enhances the predictability and reliability of time-sensitive, essential applications, whether it’s an IoT sensor keeping tabs on industrial equipment or an edge system that requires immediate responses to external stimuli. Various sectors, including banks, manufacturers, and government entities, depend on applications that must function with precision and reliability under all circumstances. For distributed systems to operate cohesively, they require time synchronization not just within individual servers but also among all interconnected servers. The Precision Time Protocol (PTP) achieves this by synchronizing servers over high-speed networks, boasting accuracy down to sub-microsecond levels. It also features support for device interrupt threads, allowing for optimization at the device level, along with hardware latency detectors to maintain consistent application behavior. With SUSE Linux Enterprise Real Time, you gain a crucial competitive edge in timing efficiency, ensuring your applications run smoothly and reliably. This ensures that your business can respond agilely to market demands while maintaining high standards of performance.

Sailfish OS presents a European alternative to the widely used mobile operating systems and uniquely offers an exclusive licensing model for local adaptations. Since its inception in 2013, it has progressed to its fourth generation, providing a secure platform tailored for reliable mobile solutions. Users can take advantage of Sailfish OS's capability to run Android™ applications through its dedicated App Support feature. This operating system is designed not only for smartphones and tablets but is also highly adaptable for various embedded devices and applications. The latest version, Sailfish 4, introduces numerous new features that enhance support for diverse ecosystem initiatives, ranging from private corporate implementations to public sector governmental use. Additionally, Sailfish OS is equipped with advanced security measures specifically crafted for both corporate and governmental settings. In Sailfish 4, user information enjoys full encryption, while apps are safeguarded by Firejail sandboxing, ensuring robust data protection. Furthermore, these security enhancements make Sailfish OS a compelling choice for organizations prioritizing data integrity and privacy.