OpenGL Integrations

iOS 14 brings a fresh look to the things you do most often, making them easier than ever. New features help you get what you need in the moment. And the apps you use all the time become even more intelligent, more personal, and more private. You’re able to do more with your iPhone than ever before. So iOS 14 reimagines the most iconic parts of the experience to be even more helpful and personal. Widgets have been totally redesigned to give you more information at a glance — and now you can add them to your Home Screen. Choose from different sizes and arrange however you like. The new App Library automatically organizes all of your apps into one simple, easy‑to‑navigate view. Apps are sorted by category and your most used apps are always just one tap away. Now you can keep watching videos or continue your FaceTime call while you use another app.

To get started, you will first need to have a license to install Windows 10. You can then download and run the media creation tool. For more information on how to use the tool, see the instructions below. If you are installing Windows 10 on a PC running Windows XP or Windows Vista, or if you need to create installation media to install Windows 10 on a different PC, see Using the tool to create installation media (USB flash drive, DVD, or ISO file) to install Windows 10 on a different PC section below. You have a license to install Windows 10 and are upgrading this PC from Windows 7 or Windows 8.1.

This summer, we’re expanding the ways we keep you safe and finding new ways to keep you connected. Here are the latest features available on your Android device. New delightful and helpful experiences across all of the devices that are connected to your Android phone. Your one-stop home for all your favorite entertainment. From movies and TV shows to games and books. Android 11 is optimized for how you use your phone. Helping you manage conversations. And organize your day. With tools designed to help you do more. Meet people using Android to change what's possible in daily life. Watch and read stories about creative, driven people discovering how to make their world more colorful and connected. With Android by their side. Choices for work, gaming, 5G streaming and anything else. There’s over 24,000 phones and tablets that run on Android. So no matter what you’re looking for, there’s something for you. Your security and privacy are at the heart of what we do.

To take full advantage of the large canvas iPad offers, core elements of the iPadOS experience have been redesigned and streamlined. So you can get more done, more easily than ever. Today view widgets have been redesigned to show you more information right from the home screen. You can choose among different sizes or add a smart stack of widgets, which uses on-device intelligence to show the right widget at the right time in your day. New enhancements like sidebars and pull-down menus let you quickly and easily access more app functions from a single location, without switching views. A more compact search design lets you stay focused on your main task and open apps or search the web with just a tap. And a new as-you-type experience delivers faster, more relevant results. With Scribble, you don’t have to put Apple Pencil away to do other things. You can write by hand in any text field across iPadOS, and your words automatically convert to text.1 Now available in even more languages.

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.

SceneKit is a high-level 3D graphics framework from Apple that enables developers to create immersive 3D experiences for iOS, macOS, watchOS, and tvOS applications. Built atop Metal and OpenGL, SceneKit provides a descriptive API for importing, manipulating, and rendering 3D assets. Developers can construct complex scenes using nodes (SCNNode), each representing elements like geometry, lights, cameras, or other attributes. The framework supports a range of features, including a physics engine (SCNPhysicsBody) for realistic simulations, particle systems for effects like fire or rain, and integration with ARKit to add 3D content to augmented reality experiences. SceneKit also offers tools for organizing scenes, such as the scene graph, which allows for the hierarchical structuring of nodes. Additionally, developers can utilize the SceneKit Scene Editor within Xcode to assemble assets into scenes, streamlining the development process.

GameplayKit is a collection of foundational tools and technologies for building games in iOS, OS X, and tvOS. Building, evolving, and maintaining a sophisticated game requires a well-planned design, GameplayKit provides architectural tools to help you design modular, scalable game architecture with minimal effort. Creating great games also requires deploying complex algorithms to solve the problems underlying common game mechanics, GameplayKit also provides standard implementations of such algorithms, allowing you to spend more time on the features that make your gameplay unique. Because GameplayKit is independent of high-level game engine technologies, you can combine it with any of those technologies to build a complete game, SpriteKit for 2D games, SceneKit for 3D games, or a custom or third-party game engine using Metal or OpenGL ES. For games with less demanding graphics needs, you can even use GameplayKit with UIKit (in iOS or tvOS) or AppKit (in OS X).

​Miele-LXIV is a 64-bit DICOM viewer and workstation developed by Alex Bettarini. The macOS version, written in Objective-C and built with Xcode, is available as a free download. The Windows and Linux versions are complete rewrites in C++ using CMake and wxWidgets, currently featuring about 25% of the macOS functionality. The Windows version requires OpenGL (Core profile), and users can request a free evaluation version by contacting the developer. The Linux version, built with gcc, also necessitates OpenGL drivers (Core profile) and has been tested on Ubuntu 24.04 and Linux Mint 22.1. Miele-LXIV is a DICOM workstation, viewer and more. The project started in November 2014 as a fork of the popular open source 32-bit project OsiriX, but it has been modified to become a 64-bit application and to remove many of the limitations of the 32-bit version.

Alacritty is a modern, cross-platform terminal emulator powered by OpenGL that delivers GPU-accelerated performance with sensible defaults and extensive configuration. Rather than reimplementing functionality, it integrates seamlessly with other applications to provide a flexible feature set without sacrificing speed. Supported on BSD, Linux, macOS, and Windows, Alacritty is considered beta and still under active development, yet it already serves many users as their daily driver terminal. Key features include Vi Mode for moving around and creating selections using vi bindings; a Search function for querying text within the scrollback buffer; Regex Hints that mark patterns for mouse or keyboard interaction; and Multi-Window support to improve resource usage by running on a single process.

Ghostty is a fast, feature-rich, cross-platform terminal emulator that uses platform-native UI and GPU acceleration to deliver speed, features, and familiarity without compromise. Ghostty provides fully standards-compliant emulation, drawing on ECMA-48 and xterm conventions, to ensure compatibility with existing shells and software, while its multi-renderer architecture leverages OpenGL (with ligature support) to sustain smooth rendering up to 60 fps under heavy load and minimal I/O jitter via a dedicated I/O thread. It offers modern windowing capabilities such as multi-window, tabbing, and splits, and embraces native platform experiences through SwiftUI and GTK4, all built atop a shared core written in Zig (“libghostty”) that can be embedded via a C API. Users benefit from basic customizability (fonts, backgrounds, colors), an opt-in feature set for interactive CLI tools, and performance competitive with leading terminal emulators.

WezTerm is a high-performance, cross-platform terminal emulator and multiplexer built in Rust that delivers GPU-accelerated rendering, including ligatures, color emoji, true color, dynamic color schemes, and hyperlinks, and modern windowing controls such as panes, tabs, and multiple windows on both local and remote hosts. Its single-process multiplexer provides scrollback, searchable history, mouse integration, Quick Select mode for rapid selection, Copy mode, shell integration, support for the iTerm image protocol, SSH connectivity, serial ports, Arduino devices, and workspace/session management via Lua-configurable scripts. Configuration is handled through a wezterm.lua file with hot-reload support, while a rich command-line interface (wezterm cli) lets you spawn programs, manipulate tabs and panes, and set domains. WezTerm adheres to ECMA-48 and xterm conventions for full ANSI/ISO compliance and offers native UI integration using platform-specific APIs.

Openwind is an advanced wind farm design and optimization software developed by UL Solutions, utilized throughout a wind project's development to create optimal turbine layouts that maximize energy production, minimize energy losses, account for plant development costs, and generate overall project efficiencies. The software enables users to optimize layouts and turbine positions to minimize the cost of energy, considering factors such as energy production, operations and maintenance costs, and capital expenditures, including turbine and plant development costs. Openwind incorporates leading-edge wake models, including the Deep Array Wake Model (DAWM), which considers dynamic interactions between turbines and the atmospheric boundary layer, allowing wakes to vary with turbulence intensity and stability. The platform also offers time-series energy capture capabilities, allowing for detailed analysis of energy production over time.

PyBullet is a Python module for physics simulation, robotics, and deep reinforcement learning, built on the Bullet Physics SDK. It supports loading articulated bodies from URDF, SDF, and other formats, providing forward dynamics simulation, inverse dynamics computation, kinematics, collision detection, and ray intersection queries. PyBullet offers rendering capabilities, including a CPU renderer and OpenGL visualization, with support for virtual reality headsets. It is utilized in various research projects, such as Assistive Gym, which leverages PyBullet for physical human-robot interaction and assistive robotics, supporting collaborative robots and physically assistive tasks. Another project, Kubric, is an open source Python framework interfacing with PyBullet and Blender to generate photo-realistic scenes with rich annotations, scaling to large jobs distributed over thousands of machines.

Amazon EC2 G4 instances are optimized for machine learning inference and graphics-intensive applications. It offers a choice between NVIDIA T4 GPUs (G4dn) and AMD Radeon Pro V520 GPUs (G4ad). G4dn instances combine NVIDIA T4 GPUs with custom Intel Cascade Lake CPUs, providing a balance of compute, memory, and networking resources. These instances are ideal for deploying machine learning models, video transcoding, game streaming, and graphics rendering. G4ad instances, featuring AMD Radeon Pro V520 GPUs and 2nd-generation AMD EPYC processors, deliver cost-effective solutions for graphics workloads. Both G4dn and G4ad instances support Amazon Elastic Inference, allowing users to attach low-cost GPU-powered inference acceleration to Amazon EC2 and reduce deep learning inference costs. They are available in various sizes to accommodate different performance needs and are integrated with AWS services such as Amazon SageMaker, Amazon ECS, and Amazon EKS.