Nlyte Asset Optimizer: Data Center Infrastructure Management Software
Nlyte Asset Optimizer is a data center infrastructure management (DCIM) software that provides capabilities for modeling, visualizing, analyzing, and optimizing data center assets and resources. It aims to improve data center efficiency, capacity planning, and asset utilization.
What is Nlyte Asset Optimizer?
Nlyte Asset Optimizer is a comprehensive data center infrastructure management (DCIM) software solution designed to optimize data center assets, resource utilization, and energy efficiency. It provides a single pane of glass view into all data center infrastructure components including IT, power, cooling, and building environment systems.
Key capabilities and benefits of Nlyte Asset Optimizer include:
- 3D data center visualization and asset tracking - Provides detailed modeled views of data center floors, racks, assets enabling improved planning and management.
- Integrated rack power and cooling analytics - Enables capacity planning, identification of stranded and underutilized capacity, and simulation of changes.
- Automated infrastructure topology and dependency mapping - Discovers relationships between assets for improved change management and root cause analysis.
- Comprehensive reporting and dashboarding - Helps demonstrate data center performance to key stakeholders with out-of-the-box and customizable reporting.
- Workflow automation and IT ticketing - Streamlines critical data center processes through workflow automation and integration with IT ticketing systems.
- Energy efficiency monitoring and optimization - Identifies opportunities to improve PUE and decrease costs through data collection, metering, and analytics.
- Scalability to manage multiple data center sites - Enables standardized and optimized management of data center infrastructure across the global enterprise.
Nlyte Asset Optimizer provides data center teams with the software capabilities and visibility required to effectively manage growing infrastructure complexity and density while optimizing capacity and improving efficiency across physical and virtual assets.