The Disaster Recovery Plan is a strategy to help recover and retake control of business activities after an infrastructural failure such as a natural disaster, power blackout, cyber-attacks or human error. Such accidents result in customer dissatisfaction and financial loss. Also, the longer the recovery process takes, the more damage your company will go through. So, you should always guard your business with a plan that restores your data and services quickly enough. This plan should be well-documented, structured, and regularly upgraded to remain efficient. For planning an effective recovery strategy, your infrastructure architecture and service data should be implemented in several points as a replica. Doing this requires an expanded and stable groundwork to help your organization restore critical data and service configuration. Also, to create a backup of your data regularly, you need an unlimited and safe storage space where data can be kept and restored quickly.
Our unified plan provides a reliable process for recovering from disasters. In this solution, all procedures of backup infrastructure setup, regular data backup, and automatic traffic flow among clusters have been implemented with care and precision. By providing flexible, scalable, safe, and cost-effective solutions, Arvancloud guarantees your business continuity. The DR plan of Arvancloud is implemented in a secure global network. By applying it, your business will be spared huge costs as complicated infrastructures will no longer be needed. Arvancloud will help you implement your services in several points, decrease downtime when a crisis occurs and improve RTO (Recovery Time Objective) and RPO (Recovery Point Objective) as much as possible. Apart from cloud architectures, Arvancloud’s recovery plan works for traditional structures too. That means you can still use the DR plan even if your server is hosted in traditional data centers. For example, you might want to store only your backup and replica on the cloud infrastructure while keeping your main service architecture in your own data center. So, you can have the advantage of scalability and reliability of Arvancloud’s Disaster Recovery without changing your infrastructure.
Arvancloud provides solutions for both traditional and cloud architectures by considering the sensitivity and importance of your service. What matters most is of course the continuity and progression of your business. These solutions come to help when it is crucial to restore data from any potential disaster. The feature of backup in the Arvancloud server and Geo Load Balancing and Active Health Check in our Content Delivery Network are the essentials of a disaster recovery process. Without spending unnecessarily on infrastructure management and maintenance, you can implement your service replica architecture in several data centers with high scalability and flexibility.
Arvancloud servers are maintained in several data centers and can be placed in various architectures to supply Redundancy and Load Balancing. With Snapshot and Cloud Server backup management you can keep creating backups of instances and move them to object storage. Of course, the traffic flow can be unpredictable when a disaster occurs, but you can increase your resources instantly, so your service performance remains unaffected regardless of the traffic.
To minimize the risk of data loss, an effective DR plan requires a constant and regular process of creating backups. Arvancloud provides unlimited traffic and storage space with a highly secure platform to remove all the possibilities of losing data. Also, the feature of server backup management helps you move your backup to the object storage, increase the redundancy of your data and improve the RPO and RTO of your business DR plan at a reasonable price.
With over 40 PoP sites and automatic load distribution, Arvancloud’s Content Delivery Network (CDN) helps you restore your data from a disaster. The feature of Active Health Check of CDN allows you to define several clusters, select Passive/Active or Active/Active mode of architecture, and monitor your infrastructure continuously. Also, by configuring Geo Load Balancing, at the time of disturbance, your traffic will be automatically directed to a backup cluster.
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