IBM QRadar: Advanced Correlation of Security Events
Data protection has become a major concern for IT departments. The increase in cyberattacks and the rapid growth of data volumes are forcing organizations to strengthen their backup and disaster recovery strategies.
According to the Verizon Data Breach Investigations Report, ransomware attacks now represent more than 24% of major security incidents observed in organizations.
These attacks increasingly target backup systems, forcing companies to rethink their data protection architectures.
Explosion of Data Volumes
Global data volume continues to grow at a steady pace.
According to Statista, more than 180 zettabytes of data are expected to be generated worldwide by 2027.
This growth creates several challenges for IT teams:
- increase in backup windows
- complexity of infrastructure management
- high storage costs.
Modern backup solutions must therefore be able to handle very large volumes while ensuring fast recovery.
Power infrastructures and virtualized environments must be integrated into a consistent backup strategy.
IBM QRadar: Advanced Correlation of Security Events
The IBM Spectrum Protect solution is widely used in enterprise environments for protecting critical data.
It relies on several mechanisms designed to optimize storage usage and improve backup performance.
Key features include:
- advanced data deduplication
- hierarchical storage management
- protection of databases and virtualized environments
- automation of backup policies.
According to an IBM study on total cost of ownership, the use of deduplication can reduce storage space required for backups by up to 95%.
Safeguarded Copy: Protection Against Ransomware
Modern attacks often attempt to compromise backups before encrypting systems.
To address this risk, some storage platforms integrate immutable copy mechanisms.
The Safeguarded Copy feature, available on certain FlashSystem solutions, allows the creation of snapshots protected against any modification.
These copies are isolated from the main system and cannot be deleted or altered by an attacker.
This approach makes it possible to quickly restore data to a healthy state after an attack.
Best Practices for an Effective Disaster Recovery Strategy
Implementing a disaster recovery plan is based on several principles.
Organizations must:
- define realistic RPO and RTO objectives
- regularly test restoration procedures
- isolate certain backup copies
- automate backup policies.
An effective protection strategy generally combines several layers:
- fast local backups
- replication to a secondary site
- immutable copies for cyber resilience.
Data protection and disaster recovery architectures implemented in enterprise environments often rely on specialized solutions.
Toward Resilient Data Infrastructures
- cyber resilience
- anomaly detection
- monitoring of data access.
Is Your Backup Strategy Ready for Cyberattacks and Ransomware?
