OpenText Operations Orchestration vs. NetBrain

Enhance your IT process automation capabilities with remarkable flexibility. You can seamlessly manage both on-premises and cloud-based processes, enabling features such as self-healing incident resolution, virtualization, automation of cloud services, and effective disaster recovery solutions. With a wide array of pre-designed workflows and operations available, you also have the option to develop your own content via user-friendly integration wizards. The orchestration experience has reached new heights of enjoyment, as you can utilize a web-based drag-and-drop interface to create, modify, and troubleshoot workflows effortlessly. Collaborative authoring is made easy with seamless GIT integration, allowing multiple designers to work together effectively. A robust orchestration engine empowers you to oversee your workflows, manage user permissions, and assess the return on investment of your workflows through a comprehensive central dashboard. Furthermore, integrations across diverse systems can be achieved effortlessly with ready-made content, custom operations, and intuitive wizards. The orchestration capabilities can be accessed from virtually any location using REST APIs, ensuring flexibility and convenience in your IT processes. Embrace the future of IT automation and transform your operational efficiency today.

Since its inception in 2004, NetBrain has revolutionized network management through its no-code automation platform, enabling teams to effectively streamline complex tasks into efficient workflows. By integrating artificial intelligence with automation, NetBrain offers comprehensive hybrid network observability, simplifies troubleshooting, and facilitates safe change management, which enhances operational efficiency, decreases mean time to repair (MTTR), and limits potential risks, thereby empowering IT departments to foster innovation proactively. Gain insights into your entire network with contextual analyses across diverse vendors and cloud environments. Utilize dynamic network maps and end-to-end pathways to visualize and document your complete hybrid network effectively. Streamline network discovery processes and maintain data accuracy to establish a reliable single source of truth. Automatically identify and interpret your network's critical configurations, uncover initial issues, and prevent configuration drift through automation. Facilitate pre- and post-change validations while considering application performance contexts for a comprehensive approach to network modifications. Enhance collaborative troubleshooting efforts by automating interactions between human operators and machine systems. This holistic approach not only optimizes network performance but also ensures that teams can focus on strategic initiatives rather than getting bogged down by manual processes.