Urbit Alternatives

Chromebooks have the everything button. It’s one button that helps you find what you need fast. Like files. And apps. And answers online. Press it, and get what you need — all from one place. Work and play with up to 12 hours on a single charge. With Chromebook, you don’t even need to remember your charger. Battery life may vary based on device and upon usage and other conditions. No Wi-Fi, no problem. Recent documents, spreadsheets, presentations and emails are all available with offline access. Pre-download content and enable offline access for documents, presentations and emails to view offline later. Swipe, tap and scroll the way you want. There are many touchscreen-enabled* Chromebooks. Instant tethering with Chromebook keeps you connected to your phone’s Wi-Fi hotspot automatically.

Better security. More packages. Newer tools. All your open source, from cloud to edge. Secure your open source apps. Patch the full stack, from kernel to library and applications, for CVE compliance. Governments and auditors certify Ubuntu for FedRAMP, FISMA and HITECH. Rethink what’s possible with Linux and open source. Companies engage Canonical to drive down open source operating costs. Automate everything: multi-cloud operations, bare metal provisioning, edge clusters and IoT. Whether you’re a mobile app developer, an engineering manager, a music or video editor or a financial analyst with large-scale models to run — in fact, anyone in need of a powerful machine for your work — Ubuntu is the ideal platform. Ubuntu is used by thousands of development teams around the world because of its versatility, reliability, constantly updated features, and extensive developer libraries.

Debian is distributed freely over Internet. This page has options for installing Debian Stable. If you are interested in Testing or Unstable, visit our releases page. Many of the vendors sell the distribution for less than US$5 plus shipping (check their web page to see if they ship internationally). You can try Debian by booting a live system from a CD, DVD or USB key without installing any files to the computer. When you are ready, you can run the included installer (starting from Debian 10 Buster, this is the end-user-friendly Calamares Installer). Provided the images meet your size, language, and package selection requirements, this method may be suitable for you. Read more information about this method to help you decide.

Arm Mbed OS is a free, open-source IoT operating system that includes all the necessary features to develop IoT products. The OS includes everything you need to develop smart, connected products on Arm Cortex-M based hardware, including machine learning capabilities, security, connectivity stacks, an RTOS kernel and drivers for sensors and I/O devices. Arm Mbed OS is designed for the Internet of Things. It is integrated with connectivity, machine learning, networking, and security stacks and is supported with software libraries, development hardware, tutorials and examples. From hardware to the cloud, Mbed OS supports more than 70 silicon, module, cloud, and OEM partners, optimizing your developer choice. By using the Mbed OS API, your application code can remain clean, portable, and simple, while taking advantage of security, communications and machine learning. The integrated solution reduces development cost, time, and risk.

FydeOS is a lightweight operating system with a Linux kernel + browser platform + container technology driver; its use is very similar to Google Chrome OS. FydeOS can run smoothly on most mainstream hardware. Hardware devices installed with FydeOS can perfectly support the latest web application standards, are compatible with Android programs and Linux environments, and can be used in network environments in China without any obstacles, providing a Google Chromebook-like experience. FydeOS is based on the second development of The Chromium Projects. We have modified and optimized its kernel, based on the most optimized browser platform, and added more localization enhancements that conform to the habits of users in China and improve user experience. Cloud technology operating system that truly meets the needs of the Internet era. After a long time of accumulation of technology, we can make FydeOS run in more types of hardware devices and provide an overall solution around FydeOS.

Neptune is a GNU/Linux Distribution for desktops based fully upon Debian Stable ('Buster'), except for a newer kernel and some drivers. It ships with a modern KDE Plasma Desktop with its main view on a good looking multimedia system which allows for getting work done. It also is a system which is flexible and very useful on usb sticks. Therefore we developed easy to use applications like USB Installer as well as a Persistent Creator that allows you to store changes to your system on your live usb stick. The Debian repository is the major base for getting updates and new software. Furthermore Neptune ships with its own software repository to update our own applications. Neptune tries to get the BeOS message of a fully supported multimedia OS to a next generation of users. Neptunes focuses on providing an elegant out of the box experience for the users. Therefore we ship a nice and simple overall look and feel as well as a whole bunch of multimedia tools, like codecs, flash player, etc.

NVIDIA offers pure SONiC, a community-developed, open-source, Linux-based network operating system that has been hardened in the data centers of some of the largest cloud service providers. Pure SONiC through NVIDIA removes distribution limitations and lets enterprises take full advantage of the benefits of open networking—as well as the NVIDIA expertise, experience, training, documentation, professional services, and support that best guarantee success. NVIDIA provides support for Free Range Routing (FRR), SONiC, Switch Abstraction Interface (SAI), systems, and application-specific integrated circuits (ASIC)—all in one place. Unlike a distribution, SONiC doesn’t require reliance upon a single vendor for roadmap additions, bug fixes, or security patches. With SONiC, you can achieve unified management with existing management tools across the data center.

KubeSphere is a distributed operating system for cloud-native application management, using Kubernetes as its kernel. It provides a plug-and-play architecture, allowing third-party applications to be seamlessly integrated into its ecosystem. KubeSphere is also a multi-tenant enterprise-grade open-source Kubernetes container platform with full-stack automated IT operations and streamlined DevOps workflows. It provides developer-friendly wizard web UI, helping enterprises to build out a more robust and feature-rich Kubernetes platform, which includes the most common functionalities needed for enterprise Kubernetes strategies. A CNCF-certified Kubernetes platform, 100% open-source, built and improved by the community. Can be deployed on an existing Kubernetes cluster or Linux machines, supports the online and air-gapped installation. Deliver DevOps, service mesh, observability, application management, multi-tenancy, storage, and networking management in a unified platform.

Democratizing how we access networks through a universal router and open source software. Our vision at VyOS is to dramatically change how we access networks so that we can all build the solutions we always dreamed of, without restrictions, limitations, or prohibitive costs. We fundamentally believe that internet access is as vital to our human development as air, food, water, and healthcare. Built by engineers for engineers, VyOS is an open source software company that democratizes how we access networks so that the many, not the few, benefit from building solutions without limitations and prohibitive fees. We do this as VyOS through our open source software and virtual platforms. Stateful firewalls, zone-based firewall, all types of source and destination NAT (one to one, one to many, many to many). The entire codebase and build toolchain are available to everyone for auditing, building customized images and contributing.

After a long development cycle (including many betas and release candidates to get everything just exactly perfect) we're pleased to announce the availability of the new stable release. You'll find updates throughout the system, with the latest development tools and recent versions of applications, window managers, desktop environments, and utilities. The Linux kernel is updated to version 4.4.14 (part of the 4.4.x kernel series that will be getting long-term support from the kernel developers). We've brought together the best of these and other modern components and worked our magic on them. If you've used Slackware before, you'll find the system feels like home. Want to give Slackware 14.2 a test drive without modifying your disk drive? Then check out Slackware Live Edition! This is a complete Slackware installation that can run from a CD, DVD, or USB stick. Build scripts for all kinds of additional software for Slackware 14.2 are also available.

DragonFly version 6.2.2 is released. The 6.2 series has hardware support for type-2 hypervisors with NVMM, an amdgpu driver, the experimental ability to remote-mount HAMMER2 volumes, and many other changes. DragonFly belongs to the same class of operating systems as other BSD-derived systems and Linux. It is based on the same UNIX ideals and APIs and shares ancestor code with other BSD operating systems. DragonFly provides an opportunity for the BSD base to grow in an entirely different direction from the one taken in the FreeBSD, NetBSD, and OpenBSD series. DragonFly includes many useful features that differentiate it from other operating systems in the same class. The most prominent one is HAMMER, our modern high-performance filesystem with built-in mirroring and historic access functionality. Virtual kernels provide the ability to run a full-blown kernel as a user process for the purpose of managing resources or for accelerated kernel development and debugging.

The one-of-a-kind PICOS open NOS with tightly coupled control planes gives network operators surgical, non-disruptive control of their enterprise applications, deep and dynamic traffic monitoring, and even attack mitigation, all in real time. There’s no better way to implement zero-trust networking and software-defined perimeters than PICOS. Our flagship open network operating system installs on 1G- to 100G-interface open switches from a broad array of Tier 1 manufacturers. This fully featured license offers the most comprehensive support for enterprise features on the market. It includes the Debian Linux distribution, with an unmodified kernel for maximum DevOps programmability. Enterprise Edition also includes AmpCon, an Ansible-based automation framework that couples Zero-Touch Provisioning (ZTP) with the Open Network Install Environment (ONIE) to simplify installation and operation of open network switches across the enterprise.

OpenBSD is developed entirely by volunteers. The project's development environment and developer events are funded through contributions collected by The OpenBSD Foundation. Contributions ensure that OpenBSD will remain a vibrant and free operating system. Hence the OpenBSD project has embedded cryptography into numerous places in the operating system. We require that the cryptographic software we use be freely available and with good licenses. We do not directly use cryptography with nasty patents. We also require that such software is from countries with useful export licenses because we do not wish to break the laws of any country. Be as politics-free as possible; solutions should be decided on the basis of technical merit.

Stable servers reduce churn and allow you to increase density, and therefore magnify your profit. The CloudLinux OS stability features prevent resource spikes and make your servers rock-solid stable, even in the most stressful situations. CloudLinux OS protects your servers from attacks by virtualizing users’ file systems and prevent sensitive information disclosure. Our kernel-level technology prevents all known symbolic link attacks, which further enhances the security level of the servers. Secure the unsupported versions of PHP where, vulnerabilities, even if discovered, are not patched by the PHP.net community. Multiply the number of users on a more stable server with Cloudlinux OS and manage any resources limits for each customer. Troubleshooting performance problems with Detailed information on system bottlenecks, slow database queries, functions, or external calls.

Enhanced, manageable and secure Android Mobile OS. PilarOS, AKA TRDROIDTM, is ARDIC’s industrial Android distro with extended security and manageability framework over 1800 new API’s build on AndroidTM Open Source. AFEX adds manageability to the OS. Additional layers provide device, applications, connection and data security. From kernel to cloud level for industrial grade, secure, manageable, scaleable services. It won’t let no monkey business on your device; secures connection, applications, USB ports, mics and cameras. Define the required configuration and push it to all your devices. Install/uninstall/disable/force applications on your devices remotely. Access all your devices on a single admin panel, monitor and manage them all or one by one. PilarOS is not just for smart phones, but also for any purpose smart devices, Internet of things, industrial IoT devices.

A user friendly, secure and freedom respecting OS for your daily usage. With PureOS, you are the only one in control of your digital life. We've created a new, more stable version of PureOS, with the same great privacy protecting features and software but with a more solid foundation. Greater stability through following a stable upstream. New security and update software channels. New tooling for managing older versions of TPM chips. Changes to make the Librem Key work out of the box. Lots of bug fixes and the healing of paper cuts. Whether you are a technology enthusiast, someone looking to protect the digital life of your family, or an enterprise IT/security department, you can use PureOS freely for any purpose, study and share its source code, and adapt it to your needs. PureOS is a fully auditable operating system, you don’t have to trust our word that it respects and protects you, it is independently verifiable by security experts and software developers around the world.

Haiku is an open source operating system under constant development. Specifically targeting personal computing, Haiku is a fast, efficient, simple to use, easy to learn, and yet very powerful system for computer users of all levels. Additionally, Haiku offers something over other open source platforms which is quite unique: The project consists of a single team writing everything from the kernel, drivers, userland services, tool kit, and graphics stack to the included desktop applications and preflets. While numerous open source projects are utilized in Haiku, they are integrated seamlessly. This allows Haiku to achieve a unique level of consistency that provides many conveniences, and is truly enjoyable to use by both end-users and developers alike. The Be Operating System introduced progressive concepts and technologies that we believe represent the ideal means to simple and efficient personal computing.

Void is a general purpose operating system, based on the monolithic Linux kernel. Its package system allows you to quickly install, update and remove software; software is provided in binary packages or can be built directly from sources with the help of the XBPS source packages collection. It is available for a variety of platforms. Software packages can be built natively or cross compiled through the XBPS source packages collection. Unlike trillions of other existing distros, Void is not a modification of an existing distribution. Void's package manager and build system have been written from scratch. Void Linux supports both the musl and GNU libc implementations, patching incompatible software when necessary and working with upstream developers to improve the correctness and portability of their projects.

You install it once and enjoy it forever. No longer do you have to worry every six months about massive system upgrades that risk bricking your system. You get frequent updates that not only address vulnerabilities or squash bugs, but reflect latest features and developments, such as fresh kernels, fresh drivers and recent desktop environment versions. Updates are thoroughly tested against industry-grade quality standards, taking advantage of a build service other Linux distributions envy us. Not only is each new version of a package individually tested, but different clusters of versions are are tested against each other, making sure your system is internally consistent. With a single command you can update thousands of packages, rollback to last week’s snapshot, fast-forward again, and even preview upcoming releases.

KaiOS Technologies is the company behind KaiOS, the world’s leading operating system for smart feature phones. Nominated by TIME magazine as one of the Best Inventions in the Social Good category, KaiOS brings connectivity and apps to affordable devices. One of this year’s 50 most innovative companies according to FastCompany, KaiOS Technologies is based in Hong Kong and has offices in China, India, France, and the US. Over 300 people worldwide work for KaiOS so that more people can access the internet. Smartphones are expensive. Data plans cost too much. Touchscreen devices and apps are often intimidating to first-time internet users. KaiOS exists to empower people around the world through technology. We believe everyone should have access to the internet to unleash their potential. Our platform brings wifi, GPS, apps, and other advanced features to phones that are affordable and easy to use.

NetBSD is a free, fast, secure, and highly portable Unix-like Open Source operating system. It is available for a wide range of platforms, from large-scale servers and powerful desktop systems to handheld and embedded devices. NetBSD was originally released in 1993. Over time, its code has found its way into many surprising environments, on the basis of a long history of quality, cleanliness, and stability. The NetBSD code was originally derived from 4.4BSD Lite2 from the University of California, Berkeley. NetBSD is an entirely free and open-source UNIX-like operating system developed by an international community. It isn't a "distribution" or variant but has evolved over several decades to be a complete and unique operating system in the BSD family. NetBSD users enjoy a simple, well-documented, and fully integrated UNIX-like system that feels minimal, and in many ways traditional, while including many modern and interesting features, and support for recent hardware.

Tails is a portable operating system that protects against surveillance and censorship. Tails uses the Tor network to protect your privacy online and help you avoid censorship. Enjoy the Internet like it should be. Shut down the computer and start on your Tails USB stick instead of starting on Windows, macOS, or Linux. Tails leaves no trace on the computer when shut down. Tails includes a selection of applications to work on sensitive documents and communicate securely. Everything in Tails is ready-to-use and has safe defaults. You can download Tails for free and independent security researchers can verify our work. Tails is based on Debian GNU/Linux. Activists use Tails to hide their identities, avoid censorship, and communicate securely. Journalists and their sources use Tails to publish sensitive information and access the Internet from unsafe places. Domestic violence survivors use Tails to escape surveillance at home.

As organizations accelerate their digital innovation initiatives, they need to make sure their security can keep up with today’s complex and fast-evolving threats. Network edges have exploded, which has splintered the network perimeter across the entire infrastructure. This rapid expansion of the network edge has exacerbated the challenges caused by years of adding disparate point security products to solve one problem with no regard for an overall security strategy. These disparate solutions cannot work together and share information, making consistent security policy and end-to-end visibility impossible. Trying to maintain and monitor numerous hybrid, hardware, software, and X-as-a-Service solutions also overburdens security teams. Fortinet’s operating system, FortiOS, is the foundation of the Fortinet Security Fabric, consolidating many technologies and use cases into a simplified, single policy and management framework.

FreeBSD offers advanced networking, performance, security and compatibility features today which are still missing in other operating systems, even some of the best commercial ones. FreeBSD makes an ideal Internet or Intranet server. It provides robust network services under the heaviest loads and uses memory efficiently to maintain good response times for thousands of simultaneous user processes. FreeBSD brings advanced network operating system features to appliance and embedded platforms, from higher-end Intel-based appliances to ARM, PowerPC, and MIPS hardware platforms. From mail and web appliances to routers, time servers, and wireless access points, vendors around the world rely on FreeBSD’s integrated build and cross-build environments and advanced features as the foundation for their embedded products. And the Berkeley open source license lets them decide how many of their local changes they want to contribute back.

Qubes OS is a free and open-source, security-oriented operating system for single-user desktop computing. Qubes OS leverages Xen-based virtualization to allow for the creation and management of isolated compartments called qubes. These qubes, which are implemented as virtual machines (VMs), have specific Purposes with a predefined set of one or many isolated applications, for personal or professional projects, to manage the network stack, the firewall, or to fulfill other user-defined purposes. Qubes brings to your personal computer the security of the Xen hypervisor, the same software relied on by many major hosting providers to isolate websites and services from each other. Can't decide which Linux distribution you prefer? Still, need that one Windows program for work? With Qubes, you're not limited to just one OS. With Whonix integrated into Qubes, using the Internet anonymously over the Tor network is safe and easy.

OS X Yosemite is the eleventh version of OS X, Apple's operating system for Macintosh computers. OS X Yosemite was announced and introduced to developers on June 2, 2014 at WWDC 2014 and its trial version came out on July 24, 2014. Time Machine requires an additional hard drive or AirPort Time Capsule (sold separately). Photo Booth requires a FaceTime or iSight camera (built in or external), USB video class (UVC) camera, or FireWire DV camcorder. Backdrop effects when using a DV camcorder require fixed focus, exposure, and white balance. Video calls require a built-in FaceTime camera, an iSight camera (built in or external), a USB video class (UVC) camera, or a FireWire DV camcorder; and a 128-Kbps upstream and downstream Internet connection. Making HD video calls requires a built-in FaceTime HD camera and a 1-Mbps upstream and downstream Internet connection. Receiving HD video calls requires a supported Intel-based Mac.

CacheGuard-OS transforms a virtual or bare metal machine into a powerful and easy to handle network appliance. It's a Linux based Operating System built from scratch and especially designed to Secure and Optimize the network traffic. Great care has been taken by CacheGuard-OS developers to select the best of the best Open Source technologies to integrate into CacheGuard-OS. The result is a robust and trustworthy solution that can be up and running within minutes. CacheGuard-OS integrates Open Source software such as but not limited to OpenSSL, NetFilter, IProute2, StrongSwan, ClamAV, Apache, ModSecurity, Squid and Open Source developments made by CacheGuard-OS developers.

It includes all the software you'd expect for your daily tasks — email, web browsing, word processing, gaming, and much more. With a small community of dedicated developers, MidnightBSD strives to create an easy-to-use operating system everyone can use, freely. Available for x86, AMD64 and as Virtual Machines. The FreeBSD project has developed a reliable server operating environment, but often usability and performance on the desktop is overlooked. Scheduling, allocation of resources, security settings, and available application support should be tailored to desktop users. Many of the BSD projects are tailored to servers or older hardware. Others are distributions of FreeBSD with a nice graphical user interface, but still suffer from server-centric design under the hood. We did not fork FreeBSD as a result of a falling out, but rather as an excellent starting point.

DANOS-Vyatta edition NOS is aligned with Open Compute Project in delivering a cell site gateway router (CSGR) use case. As mobile service providers make the transition from legacy technologies toward 5G RAN technologies, the CSGR is designed to address the changing needs of operator’s backhaul transport requirements. Based on the DANOS open source software, DANOS-Vyatta edition is a production-ready, carrier grade, feature-rich network operating system (NOS) that meets the demand for functionality and reliability required in the carrier environment. Highlights of DANOS-Vyatta edition The NOS architecture is designed for abstractions with clean APIs between the layers for development agility, troubleshooting and ease of supporting multiple white boxes. The application layer encompasses all the routing and supporting processes along with the standard APIs and familiar CLI interface for operators and management, automation, orchestration systems to interact with the NOS.

illumos is a Unix operating system which provides next-generation features for downstream distributions, including advanced system debugging, next generation filesystem, networking, and virtualization options. illumos is developed by both volunteers and companies building products on top of the software. illumos is an excellent base for both traditional and cloud-native deployments. The OmniOS and OpenIndiana distributions are a good place for new users to get started. You can install in a virtual machine or on bare metal. You need an illumos-based operating system to build illumos. Cross-compilation is not supported. illumos is freely available from our source repository. illumos is the home of many technologies including ZFS, DTrace, Zones, ctf, FMA, and more. We pride ourselves on having a stable, highly observable, and technologically different system. illumos has a proud engineering heritage, tracing it roots back through Sun Microsystems to the original releases of UNIX and BSD.

The open-source enterprise server OS with just the features you need. ZFS, OmniOS' native file system, combines a volume manager and file system with strong data-integrity protection. Easily share volumes via iSCSI, CIFS, and NFS. Run lightweight OmniOS or Linux virtual machines in containers without the overhead of a traditional hypervisor and with full resource control. OmniOS also provides full hardware virtualization via bhyve and KVM for running guests such as Microsoft Windows, FreeBSD, and many others. Virtualize your network infrastructure through Crossbow virtual interfaces and switches and even allocate dedicated resources for specific services. DTrace provides a comprehensive dynamic tracing framework to aid troubleshooting across the whole software stack. Always available, instrument anything on demand. OmniOS is open-source, self-hosting, and maintained on GitHub. All development is done out in the open with pull requests and anyone can grab the source and build OmniOS.

Minoca OS is an open-source, general purpose operating system designed specifically for feature-rich embedded devices. It's got all the high-level functionality that you've come to expect from an operating system, but offers it in a fraction of the memory footprint. The driver API separates device drivers from the kernel, enabling driver binaries to remain compatible even when the kernel is updated. Driver separation allows for automatic loading and unloading of device drivers on demand. Hardware layer API allows for a single unified kernel, even on ARM. No need to maintain a separate kernel fork. A unified power management architecture allows for smarter power management decisions, leading to better device battery life. Fewer background tasks and wake-ups from idle means machines can reach deeper idle states and save even more power. Proprietary and non-GPL source licenses are available, keeping options open for your customers and end users.

Enterprise-Grade Linux for Edge-to-Cloud Deployments. Open-Source Collaborative Project, Debian-based Linux distribution tailored for edge to cloud use cases. Ensure consistent performance and stability, whether on device, on-prem, or in the cloud. eLxr provides a secure and stable distribution, with its foundation in opensource community innovation with predictable release and update cadence, fit for long lifecycles and long-term deployments. Cater to applications with stringent timing requirements, using preempt-rt kernel configurations to prioritize low-latency responses, ensuring that tasks are executed within precise time boundaries. Achieve better determinism and predictability compared to a standard Linux kernel. eLxr relies on a smaller footprint for better performance, optimized workloads, and smaller attack surface for resource usage efficiency. It provides all required features and attributes, considering best usage of system resources.

Clear Linux OS is an open source, rolling release Linux distribution optimized for performance and security, from the Cloud to the Edge, designed for customization, and manageability. Operate without any custom configuration, for example, a generic host with an empty /etc directory. Stateless systems strictly separate the OS configuration, the per-system configuration, and the VT user-data stored on that system. Designed so that the user is able to quickly and easily manage their custom configuration vs. system configuration. Clear Linux OS optimizes across the whole stack: the platform, kernel, math libraries, middleware layers, frameworks, and runtime. Clear Linux OS has an automated tool that is constantly scanning for CVEs, which are patched accordingly. This strict separation between User and System files allows for easier manageability and simplifying customization.

Highly integrated UNIX operating system and tools that deliver the highest availability, reliability, and security on mission-critical HPE Integrity servers. Streamline your operations using a highly integrated UNIX operating system with tools that delivers the highest reliability, availability, and security on mission-critical HPE Integrity servers. HP-UX gives you a dynamic, secure, and unified environment and comes pre-integrated on mission-critical HPE Integrity servers. Meet your specific UNIX mission-critical requirements. HP-UX offers four operating environments tailored to specific needs. Holistic server security and system management that includes HPE Systems Insight Manager functionality with power management, health check, and deployment tools. It also provides full performance analysis tools for kernel processes and applications. Protect your business’s most critical applications and services to keep your business on target.

Microservice OS providing transactional (Atomic) updates upon a read-only btrfs root filesystem. Designed to host container workloads with automated administration & patching. Installing openSUSE MicroOS you get a quick, small environment for deploying containers, or any other workload that benefits from transactional updates. As rolling release distribution, the software is always up-to-date. MicroOS offers an offline image. The main difference between the offline and self-install/raw images is that the offline image has an installer. Raw and self-install allows for customization via combustion or manually in the image after it is written to the disk. There is an option for a real-time kernel. Try MicroOS in VMs running on either Xen or KVM. Using a Raspberry Pi or other system-on-chip hardware may use the preconfigured image together with the combustion functionality for the boot process.

NomadBSD is a persistent live system for USB flash drives, based on FreeBSD®. Together with automatic hardware detection and setup, it is configured to be used as a desktop system that works out of the box, but can also be used for data recovery, for educational purposes, or to test FreeBSD®'s hardware compatibility. The images for 64-bit and 32-bit computers fit on a 5GB USB flash drive. A system with a 1.2GHz CPU and 1G of RAM should be able to run NomadBSD decently. Booting is possible via BIOS and UEFI. We've decided to change the versioning scheme to the following form: FFfX-YYYYMMDD, where FF is the major two-digit FreeBSD version, f is the minor version, and X stands for ALPHA (A), BETA (B), RC, or RELEASE (R). Followed by a date. The new scheme allows us to provide images with different version of FreeBSD.

Scientific Linux is a Fermilab sponsored project. Our primary user base is within the High Energy and High Intensity Physics community. However, our users come from a wide variety of industries with various use cases all over the globe, and sometimes off of it! Scientific Linux is a rebuild of Red Hat Enterprise Linux (property of Red Hat Inc NYSE:RHT). We informally call them “The Upstream Vendor” or “TUV”. Our references to TUV are intended to make it clear that Scientific Linux is in no way affiliated, supported, or sanctioned by upstream. By not using their name we hope to make this distinction as clear as possible. Provides a stable, scalable, and extensible operating system for scientific computing. Supports scientific research by providing methods and procedures for enabling the integration of scientific applications with the operating environment. Use the free exchange of ideas, designs, and implementations to prepare a computing platform for the next generation of computing.

OpenIndiana is an operating system from and for the illumos community, it branches from the UNIX-derived family tree, and as such it can sometimes seem quite complex. But with a little help and information, once you know the basics, you will find it actually has some of the nicest and friendliest tools around. As most Unix-derived operating system, it can be completely controlled via a Command Line Interface shell, but it also supports a windowing GUI system. From the CLI, it supports a number of different shells, the two main ones being ksh93 and Bash. It also supports the original SunOS SVR4 commands, the command and syntax famiilar to BSD users, and a large portion of the GNU userland commands that most Linux users are familiar with. You can select any or all of those different commands from your shell configuration, giving you the environment you are most happy with.

macOS High Sierra is the fourteenth version of macOS, Apple's operating system for its Macintosh desktops, laptops, and servers. It is the second version of the operating system after the name change from OS X to macOS. Siri requires a broadband Internet connection and microphone (built-in or external). Photo Booth requires a FaceTime or iSight camera (built in or external), or USB video class (UVC) camera. FaceTime video calls require a built-in FaceTime camera, an iSight camera (built in or external), or a USB video class (UVC) camera; and broadband Internet connection.

macOS Sierra is the thirteenth version of macOS, Apple's operating system for its Macintosh desktops, laptops, and servers. It is the first version of the operating system after the name change from OS X to macOS. Siri requires a broadband Internet connection and microphone (built-in or external). Phone Calling phone calling requires an iPhone with iOS 8 or later and an activated carrier plan. FaceTime Video calls require a built-in FaceTime camera, an iSight camera (built in or external), a USB video class (UVC) camera, or a FireWire DV camcorder; and broadband Internet connection.

Moving to Open Networking bare metal switches brings significant operational and financial benefits to build next-generation networks. These switches provide the capacity needed to achieve cloud-scale, agility, elasticity, and adaptability. As you move to a disaggregated open networking strategy, selecting the right Network Operating System (OS) is a critical success factor. Why? The Network OS deployed unlocks the performance, functionality, and services from Open Networking switches to realize the most value. Netvisor® ONE is an open, secure, and programable next-generation Network OS that is purpose-built to optimize the power and performance of bare metal Open Networking hardware. Deployment-proven in production mission-critical enterprise and carrier networks, Netvisor ONE operating system meets the most stringent performance requirements and delivers the maximum levels of reliability and flexibility at scale, and without compromise.

Junos® OS automates network operations with streamlined precision, furthers operational efficiency, and frees up valuable time and resources for top-line growth opportunities. Built for reliability, security, and flexibility, Junos OS runs many of the world’s most sophisticated network deployments, giving operators an advantage over those who run competing network operating systems. Reduces the time and effort required to plan, deploy, and operate network infrastructure. Extends traditional disaggregation by creating a flexible consumption model for network applications and provides a highly scalable software that keeps pace with evolving requirements. Makes the insertion of line cards and the subsequent network OS upgrade a non-service impacting event. Cloud providers understand that operating a flexible, cost-effective network requires simplified operations across a highly scalable infrastructure.

Sargent LinUX is a Wireless security auditing and attack Pentest operating system based on Debian. The OS is able to crack and recover WEP/WPA/WPS keys and also run other network based attacks on wireless or ethernet based networks.

macOS Mojave (version 10.14) is the fifteenth version of macOS (formerly OS X), Apple's operating system for its Macintosh desktops, laptops, and servers. It is the third version of the operating system after the name change from OS X to macOS. Audio calls require a microphone (built-in or external) and broadband Internet connection. Video calls require a built-in FaceTime camera, an iSight camera (built-in or external), or a USB video class (UVC) camera; and broadband Internet connection. iCloud requires iOS 5 or later on iPhone 3GS or later, iPod touch (3rd generation or later), iPad Pro, iPad Air or later, iPad or later, or iPad mini or later; a Mac computer with OS X Lion 10.7.5 or later; or a PC with Windows 7 or Windows 8 (Outlook 2007 or later or an up-to-date browser is required for accessing email, contacts, and calendars).

OS X Mountain Lion is the ninth version of OS X, Apple's operating system for its desktops, laptops, and servers. Mountain Lion was announced on February 16, 2012 and was released on July 25, 2012 through the Mac App Store. Mac OS X 10.8 Mountain Lion is available for older systems that are not compatible with the latest version of macOS and requires the following: OS X Snow Leopard 10.6.8, Lion 10.7, or Mountain Lion 10.8 already installed, some features require a compatible Internet service provider; fees may apply, some features require an Apple ID; terms apply.

Arista Extensible Operating System (EOS®) is the core of Arista cloud networking solutions for next-generation data centers and cloud networks. Cloud architectures built with Arista EOS scale to hundreds of thousands of compute and storage nodes with management and provisioning capabilities that work at scale. Through its programmability, EOS enables a set of software applications that deliver workflow automation, high availability, unprecedented network visibility and analytics and rapid integration with a wide range of third-party applications for virtualization, management, automation and orchestration services. Arista EOS is a fully programmable and highly modular, Linux-based network operation system, using familiar industry standard CLI and runs a single binary software image across the Arista switching family.

We’ve been designing the OS for for more than two decades, always ensuring that we’ve engineered in features to meet the latest market trends while maintaining backward compatibility. Our Application Binary Guarantee gives you the ability to run your newest and legacy applications on modern infrastructure. Integrated lifecycle management technologies allow you to issue a single command to update your entire cloud installation—clear down to the firmware and including all virtualized environments. One large financial services company saw a 16x efficiency gain by managing its virtual machines (VMs) using Oracle Solaris, compared to a third-party open-source platform. New additions to the Oracle Solaris Observability tools allow you to troubleshoot system and application problems in real time, giving you real-time and historical insight and allowing for unprecedented power to diagnose and resolve issues quickly and easily.

Settings and preferences menu immediately appears when the device is powered on. Configure settings quickly and conveniently. iMin UI is an operating system based on the in-depth optimisation of the android system, tailored for intelligent commercial equipment. It is optimised from interactive experience and actual application for best system performance. Launch private mode to prevent applications from running without the system navigation bar, and block other notifications. The user manual troubleshoots product usage problems. If you face any issues regarding the product itself, kindly refer to the user manual which will provide you quick and direct solutions. Using the remote control function, the technician can remotely help the user with any issues. It is as convenient as operating directly on devices locally. The hardware butler provides clear understanding of the device status at one glance.

GrapheneOS is a privacy and security focused mobile OS with Android app compatibility developed as a non-profit open source project. It's focused on the research and development of privacy and security technology including substantial improvements to sandboxing, exploit mitigations and the permission model. GrapheneOS is a privacy and security focused mobile OS with Android app compatibility developed as a non-profit open source project. It's focused on the research and development of privacy and security technology including substantial improvements to sandboxing, exploit mitigations and the permission model. GrapheneOS also develops various apps and services with a focus on privacy and security. Vanadium is a hardened variant of the Chromium browser and WebView specifically built for GrapheneOS. GrapheneOS also includes our minimal security-focused PDF Viewer, our hardware-based Auditor app / attestation service providing local and remote verification of devices.