Safeguarding mission-critical host and mainframe applications is vital. Rocket® Secure Host Access is a security-first terminal emulation platform that brings modern identity and access management directly to your green screen environments. We help you eliminate vulnerabilities using passwordless, phishing-resistant authentication that dramatically reduces credential-based threats.
Designed for desktop, web, and hybrid ecosystems, this solution empowers your team to work securely without disrupting daily workflows. When you need to meet rigorous compliance standards like HIPAA, PCI-DSS, and DORA, Rocket Secure Host Access ensures your sensitive data remains protected through advanced TLS 1.3 and SSH encryption.
- Extend zero-trust security to legacy systems.
- Simplify ongoing administration across all environments.
- Achieve full compliance with global data privacy regulations.
Modernize your enterprise security posture today. Let us partner with you to protect your most valuable assets.
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Codemagic’s macOS build environments facilitate the smooth creation of hybrid applications, bolstered by an extensive array of preinstalled software. You can efficiently configure your Cordova Android and iOS application builds and workflows through a single codemagic.yaml file. To maintain the performance of your Android and iOS applications, Codemagic provides automated testing on simulators, emulators, and actual devices, ensuring you receive prompt feedback on your build outcomes. Integration with the Apple Developer Portal streamlines iOS code signing, enabling seamless deployment to App Store Connect and Google Play. Similarly, you can also set up your React Native app builds and workflows in one straightforward codemagic.yaml file. With multiple versions of Xcode, Android SDK, and npm preinstalled, Codemagic’s macOS build machines are designed for effortless Android and iOS builds. Moreover, Codemagic simplifies the automation of testing for your React Native applications across a variety of testing platforms. This comprehensive approach not only boosts productivity but also enhances the overall development experience.
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WezTerm
WezTerm is a robust, cross-platform terminal emulator and multiplexer created in Rust, known for its GPU-accelerated rendering capabilities, which incorporate features such as ligatures, color emojis, true color support, dynamic color schemes, and hyperlinks, alongside advanced windowing controls like panes, tabs, and the ability to manage multiple windows on both local and remote systems. This terminal emulator utilizes a single-process multiplexer that allows for scrollback, searchable history, mouse integration, and a Quick Select mode designed for fast selections. Users can also take advantage of the Copy mode, shell integration, compatibility with the iTerm image protocol, SSH connectivity, and support for serial ports and Arduino devices, all while managing workspaces and sessions through customizable Lua scripts. Configuration is streamlined through a wezterm.lua file that supports hot-reloading, and a comprehensive command-line interface (wezterm cli) enables users to launch programs, manipulate tabs and panes, and configure domains seamlessly. Moreover, WezTerm complies with ECMA-48 and xterm standards for complete ANSI/ISO conformity, and it also integrates natively with the user interface by utilizing platform-specific APIs, ensuring a smooth and versatile experience for terminal users. Overall, WezTerm stands out as a powerful tool for both casual users and developers seeking a feature-rich terminal solution.
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xterm
xterm serves as a terminal emulator tailored for the X Window System, initially developed to replicate DEC VT102 and Tektronix 4014 hardware while providing a windowed interface for applications that lack direct access to X. Each instance of xterm operates as an independent process, either locally or remotely, with keyboard and mouse inputs being shared, ensuring that only the active window responds to events. It supports ANSI/ISO color through a "new" color model for background erasure and is capable of recognizing the majority of VT220 control sequences, incorporating select features from VT320, VT420, and VT520 devices. Over the years, the terminal description of xterm has transitioned from VT102 (pre-1996) to VT220 (1996–2012), and since 2012, it has adapted to the VT420 standard, thereby maintaining compatibility with contemporary applications. Actively maintained, xterm remains extensible through companion utilities like luit for encoding assistance and the X Toolkit for resource configuration, solidifying its status as a comprehensive and standards-compliant emulator suitable for Unix-based systems. By continuously evolving, xterm ensures it meets the demands of modern users while retaining its historical roots.
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