O&O Defrag 30

Performance optimization in enterprise operations

• Improved system response for servers and workstations through optimized data storage
• Faster access times to frequently used files, applications, and data assets
• Reduced I/O latencies for typical office, ERP, and file server workloads
• More stable performance over longer runtimes without slow down
• Optimization of boot and boot times on workstations and servers
• Noticeably lower delays in file operations in heavily used shares
• Improved performance with regular updates, patch cycles and software distribution
• Support for environments with many small files as well as large data archives

Identify and sustainably reduce fragmentation

• Analysis of the degree of fragmentation of files, folders and volumes
• Defragmentation of fragmented files to reduce unnecessary read access
• Merge distributed file blocks to improve sequential access
• Optimize file placement to minimize future fragmentation
• Continuous optimization in the background to avoid further performance degradation
• Stabilize performance even with sustained data growth

Optimized for HDD and SSD environments

• Support for classic hard disks (HDD) in servers and workstations
• Support for modern solid-state drives (SSD) with customized optimization strategy
• Automatic differentiation between HDD and SSD media for appropriate procedure
• Gentle optimization to reduce unnecessary writes to SSDs
• Performance-oriented optimization for HDDs through improved data locality
• Optimize mixed storage environments with different drive types

O&O SOLID methods for SSDs

• SSD-specific optimization to stabilize performance in long-term operation
• Resource-saving processes to reduce write amplification effects
• Optimization of free areas to support internal SSD management
• Maintain stable write performance on heavily used SSD systems
• Automatable SSD optimization without manual intervention in day-to-day business

O&O IntensiveOptimize for maximum system performance

• Disk depth optimization for maximum efficiency
• Improved data organization for faster access to frequently used files
• Optimized structure for better system response to peak loads
• Stabilize storage performance during consistently high I/O load in server operation

Automation and "Install and That's All"

• Automatic optimization according to the principle of "install and run"
• Autonomous operation without regular manual maintenance by administrators
• Constant optimization in the background to ensure sustainable performance
• Reduce routine administrative tasks in larger environments
• Optimizations can be planned in such a way that productive operations are not impaired as much as possible

Task planning and flexible control

• Timed defragmentation according to maintenance windows and company policies
• Plannable optimizations outside of business hours to minimize disruptions
• Customizable schedules per system or per volume based on usage and load profile
• Regular analysis and optimization cycles for long-term stable performance
• Fine-tuned optimization based on disk type, data volume, and priority

Optimization of virtual environments

• Optimization capabilities for virtualized workloads and storage-based bottlenecks
• Stabilize virtual machine performance with optimized disks
• Improved I/O efficiency on hosts running multiple VMs in parallel
• Suitable for environments where storage is the main brake on virtualization
• Support for typical VM file formats and data-intensive VM scenarios

Data management and operational security

• Improved data structure to simplify backup, restore, and maintenance processes
• More stable system states through reduced storage fragmentation
• Fewer performance outliers with rapidly growing data sets
• Support of continuous operation through predictable, controlled optimization

Hardware lifespan and sustainability

• Reduced head movements in HDDs due to better file arrangement
• Reduction of unnecessary operations to protect storage media
• Longer data carrier life cycles due to reduced mechanical and logical stress
• Reduce premature hardware replacement costs in larger installation bases
• Better predictability of storage investments through more stable performance over time

Reporting, analytics and transparency

• Detailed drive and optimization status and analysis information
• Traceability of the optimizations carried out for IT documentation
• Evaluability of benefits over time through recurring metrics and reports
• Support in the internal communication of maintenance and optimization measures

Use in remote and hybrid work environments

• Ensuring stable performance even at remote workstations
• Reduce performance issues that make remote support difficult
• Supporting productive workflows with responsive systems
• Reduce disruption from sluggish devices for mobile and hybrid teams

Integration into business processes

• Suitable for standardized IT maintenance processes and lifecycle strategies
• Support for performance baselines and recurring optimization routines
• Helping to reduce total cost of ownership through less manual maintenance and longer hardware runtimes
• Optimization as a permanent part of a stable server and workstation strategy