CENTEROS vs. Hyperview vs. Rackwise DCiM X vs. Visual Data Center Comparison Chart

Hyperview’s cloud-based data center infrastructure management (DCIM) application is designed from the ground up to be easy to adopt and easy to use. The application empowers operations teams to optimize capacity of their data center infrastructure, along with lowering costs and avoiding unplanned outages. The application stands in sharp contrast to traditional DCIM software that is unnecessarily bloated, expensive, resource intensive, and complicated. Hyperview allows users to automatically discover (agentless) their network-connected IT assets to gain an accurate and up-to-date inventory of all their devices. All related data is captured and can then be monitored for changes. The application is used further to manage and monitor capacity, rack and floor space, asset lifecycles, asset health, power, energy, and temperature. Core features include Asset Management, Power Monitoring, Energy Management, Environmental Monitoring, and Capacity Planning, and 3D Visualization.

Optimum Path's Visual Data Center is a comprehensive enterprise Data Center Infrastructure Management (DCIM) software solution that integrates modeling, planning, and real-time monitoring of IT assets, as well as the complete power and cooling infrastructure. The platform features dynamic 3D visualization, enabling virtual navigation through the entire physical infrastructure, from global data center estates down to individual devices. It offers capacity planning and forecasting for critical resources, including space, power, cooling, and cable connections, along with modeling and simulation capabilities to assess the impact of moves, adds, and changes prior to deployment. The software includes change management functionalities for generating work orders, assigning tasks, and tracking performance, as well as centralized IP camera management for enhanced security. Environmental monitoring is supported through real-time temperature and humidity tracking, integrating with sensors.