Unimus is a powerful network automation, configuration backup, and change management solution designed to simplify network operations for businesses of all sizes. Supporting 450+ device types across 160+ vendors, Unimus is a network-agnostic platform that eliminates manual network tasks while enhancing security and reliability.
With automated configuration backups, Unimus ensures seamless disaster recovery, giving IT teams quick access to historical versions and real-time change tracking. Its network auditing features provide instant visibility into configuration consistency, compliance, and security risks. Change management is simplified with automatic change detection, detailed version history, and customizable notifications.
Unimus' intuitive web-based interface makes it easy to manage networks without requiring deep technical expertise, while its integrated CLI access allows for real-time troubleshooting and command execution. Whether you're looking to automate bulk configuration changes, perform firmware upgrades, or improve network visibility, Unimus provides a scalable, cost-effective solution for modern network infrastructures.
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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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BasaltLabs
BasaltLabs offers a desktop anti-detect browser designed for those who require the management of multiple distinct online identities, such as affiliate marketers, performance marketers, e-commerce entrepreneurs, social media agencies, quality assurance engineers, web scraping teams, and ad verification experts. Each profile created within BasaltLabs functions as an entirely isolated environment, complete with its own unique fingerprint, dedicated proxy, and encrypted local storage, ensuring that accounts, sessions, and browsing behaviors remain completely separate and secure from one another. FINGERPRINT SPOOFING AT THE ENGINE LEVEL Rather than relying on scripts that modify fingerprint values through JavaScript, BasaltLabs employs advanced spoofing techniques at the C++ engine level within a modified version of Chromium. This approach guarantees that various navigator properties, canvas rendering, WebGL outputs, audio context fingerprints, installed fonts, WebRTC IP details, User-Agent Client Hints, WebGPU signals, media device inventories, device pixel ratios, and client rectangles consistently report accurate information. Consequently, users can navigate the online landscape with enhanced anonymity and security, making it a valuable tool for professionals across various industries.
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TypeGPU
TypeGPU is a TypeScript library that enhances the capabilities of the WebGPU API, enabling resource management in a type-safe and declarative manner. This library aims to transform how developers engage with GPU rendering and computing by introducing improved structure, validation, and an enhanced developer experience within WebGPU workflows. By facilitating the encoding and decoding of GPU data with typed binaries, TypeGPU allows developers to concentrate on their GPU programs without the burden of dealing with raw bytes. It enables the direct description of complex data types like structs and arrays, while TypeScript simultaneously ensures the validation of both outgoing and incoming data. Furthermore, it extends its functionality to React Native via react-native-wgpu, broadening the horizons of WebGPU development beyond traditional browser environments. The future direction of TypeGPU is centered on achieving comprehensive type safety for GPU operations, incorporating interoperable primitives such as data structures, buffers, bind groups, a linker, functions, pipelines, and imperative coding practices, which will significantly streamline development processes. This comprehensive approach positions TypeGPU as a pivotal tool for modern GPU programming.
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