Provide maximum protection for your business's cybersecurity.
Ensure your business continues to operate even in the event of a disaster. CBNCloud's disaster recovery service offers quick and efficient recovery, ensuring the continuity of IT operations without significant downtime or other disruptions
Our Disaster Recovery service ensures quick recovery and minimizes downtime
Supported by a reliable cloud infrastructure to handle various potential disaster scenarios
Our certified support team is always ready to help ensure your business continuity
CBNCloud Disaster Recovery service is essential for ensuring your business continuity. With this solution, critical data and applications can be quickly restored after disruptions, such as natural disasters, cyberattacks, or human error.
CBNCloud offers efficient and secure recovery, keeping your data protected and allowing business operations to continue smoothly. Investing in this service not only safeguards your digital assets but also enhances customer trust and strengthens your company's reputation.
HyperBDR Cloud Disaster Recovery is a cloud-native tool designed to enhance disaster recovery efficiency and reduce the total cost of ownership (TCO) by leveraging cloud-native capabilities
HyperBDR can help companies save on operational costs and DR equipment expenses
Integrated with cloud platforms, ensuring data protection without running servers on target platform
It can perform continuous data replication based on the defined snapshot strategy according to requirements
VMware's DRaaS provides the strongest protection for all major hypervisors in the world, both on-premises and in cloud computing. It enables customers to protect and recover applications without the need for a dedicated secondary location
Provides tools like Site Recovery Manager (SRM) that automate the recovery process, allowing for faster restoration
Disaster recovery solutions are integrated with existing virtual workloads, enhancing business efficiency
Automating the recovery process minimizes the potential for human error during critical recovery operations