Centralized Backup of Virtual Infrastructure and Servers
Customer
A public educational institution providing training for emergency management and disaster response professionals.
Challenge
The institution operates an IT infrastructure that includes:
30
VMware virtual machines
15
physical servers
MySQL
databases
The servers host information systems, file resources, business applications, and data required for educational and administrative operations.
The IT department needed to implement a centralized backup system that would allow them to:
- ✔ centrally manage backups for 45 server nodes
- ✔ protect both virtual and physical servers
- ✔ perform regular backups of MySQL databases
- ✔ restore data to standby hardware when required
- ✔ configure flexible backup schedules
- ✔ store backup copies in encrypted form
- ✔ monitor task execution through logs
- ✔ receive notifications about backup results
Key Challenges
The customer's infrastructure includes both physical servers and VMware virtual machines. Using separate tools for these environments would have increased administrative complexity, requiring independent monitoring of schedules, task statuses, errors, and backup storage.
In addition, the customer needed not only reliable backup creation but also verified recovery readiness. It was important to confirm in advance that backup copies were created correctly, data integrity was preserved, and recovery could be performed on the required hardware when needed.
Solution Implementation
Handy Backup Server Network was selected for the project.
The following components were deployed:
1
central management server
14
agents for physical servers
30
agents for virtual machines
All backup tasks are managed through a single administrative console.
Centralized Management
Administrators received a single backup management console. Through Handy Backup, they can create and modify tasks, configure schedules, launch tasks remotely, review logs, and receive email notifications.
This reduced the time required for system maintenance and simplified backup monitoring across the entire infrastructure.
VMware Backup and Guest Data Protection
Full backup tasks were configured for VMware virtual machines, allowing complete VM recovery after hardware failures, administrative errors, or data corruption.
Additionally, incremental and differential file backup schemes were implemented inside virtual machines, reducing storage requirements and network traffic.
Physical Server Backup
File-level backup tasks were configured for physical servers. Backup copies include working directories, documents, service data, and application configuration files.
Handy Backup can back up any files and folders, including hidden, system, and temporary files. File masks allow administrators to include or exclude data by extension, filename, or pattern.
Backup Storage
The project included backup tasks that store data on local and network storage devices. This separated production data from backup copies and improved resilience against hardware failures.
As the infrastructure grows, Handy Backup supports FTP/SFTP, WebDAV, NAS, cloud services, and S3 compatible storage without requiring changes to the backup architecture.
MySQL Database Backup
Handy Backup was configured to perform automated backups of MySQL databases. This approach ensures data consistency and provides a reliable method for database recovery.
Backup tasks run automatically according to schedule, reducing the risk of data loss caused by hardware failures, software issues, or human error.
Encryption, Logs, and Notifications
AES 256 encryption was enabled to protect backup data. Handy Backup maintains detailed task logs, allowing administrators to monitor backup operations and investigate potential issues.
Email notifications were also configured so that administrators automatically receive information about the outcome of each backup task.
Recovery Testing
Recovery tasks were configured to restore data either to the original hardware or to alternative servers when required.
Test recoveries were performed during implementation to verify backup integrity, validate configuration settings, and confirm the system's readiness for disaster recovery scenarios.
Results
After the deployment of Handy Backup, the customer received a unified and scalable backup system for the entire server infrastructure, which provided the following benefits:
Protection for 45 server nodes, including virtual machines and physical servers
Centralized management of backup, recovery, and synchronization tasks
Automated backup tasks for MySQL databases, physical servers, and virtual machines VMware Backup
Differential and incremental backup schemes implemented for file-level protection inside virtual machines
Backup storage configured on local and network resources
AES-256 encryption implemented to protect backup data
Email notifications configured for backup task results
Recovery testing completed to verify backup integrity
Reduced administrative effort required to maintain backup operations
A foundation established for future infrastructure growth and scalability
The deployment was completed without interrupting daily operations and provided reliable data protection in accordance with the organization's infrastructure requirements.
