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Disaster Recovery

Disaster recovery service for the safety of your data
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Overview

Trusted Recovery Solutions

  • Automated Backup and Recovery

    Ensure uninterrupted business continuity with easy, scalable and efficient cloud-based recovery solutions.

  • Security on Public and On-Prem Cloud Servers

    Protect your critical data both on-premises and in your cloud infrastructure with DT Cloud's automated data recovery and backup service.

  • Access Your Multi-Cloud Infrastructure

    Easily access and restore your data, even in a multi-cloud environment.

  • Business Continuity in On-Prem Infrastructure

    Securely back up all business-critical data, individual files, applications or complete systems on your on-prem infrastructure.
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Disaster Recovery Scenarios: Solutions for Every Industry

Disaster recovery solutions are used effectively in all sectors, especially in healthcare, finance and public sectors where IT infrastructure is critical. This solution, which can be applied in a wide range of applications from data centers to small businesses, ensures that businesses of all sizes are prepared for disasters and maintain business continuity.
  • Natural Disasters

    Natural Disasters

    Natural disasters such as earthquakes, floods or fires can cause serious damage to data centers, servers and infrastructure. A well-planned recovery strategy helps to recover applications and data quickly. This minimizes downtime and ensures business continuity.
  • Cyber Attacks

    Cyber Attacks

    As cyber threats such as ransomware and DDoS attacks increase in frequency and sophistication, organizations need to have a strong recovery plan in place.
  • Power Interruptions and Failures

    Power Interruptions and Failures

    Unexpected power outages or hardware failures can halt operations. A recovery plan ensures that critical data and systems are quickly restored from backup sources, minimizing loss of productivity and revenue.
  • Human Error

    Human Error

    Accidental data loss due to human error, system configuration issues or problems that can disrupt operations can occur. Recovery solutions act as a safety net, restoring data and systems to their last known good state.
Features

Disaster Recovery with Extensive Features

Disaster recovery, with its powerful and flexible infrastructure, provides protection against any disaster scenario and is an important investment for businesses of all sizes. By protecting against all kinds of disaster scenarios, it prevents catastrophic situations such as data loss, business interruptions and financial losses.

  • Data Storage

    Regular backup of critical data is essential to prevent data loss in the event of a disaster. This includes various backup techniques such as full backup, incremental backup and compressed backup.

  • Data Replication

    Replicating data across multiple geographically distributed locations prevents a single point of disaster from affecting all data. This means that if one data center becomes unavailable, data from other locations can be used.

  • Automated Disaster Recovery

    In case of disaster, it enables automatic restart and restoration of critical systems and applications. This feature enables a fast recovery process without the need for human intervention.

  • Cloud Integration

    Integrating Disaster Recovery solutions with cloud services provides a more flexible and scalable recovery infrastructure. In this way, additional resources can be provided quickly in times of need and costs can be optimized.

  • Cost and Resource Management

    Disaster Recovery plans optimize costs and resource utilization in disaster situations. This enables businesses to effectively utilize their resources in the event of a disaster.

  • Monitoring and Reporting

    Monitoring and reporting of processes allows potential issues to be identified and improvements to be made. This feature also helps to meet compliance requirements.

Frequently Asked Questions

Disaster Recovery is the set of procedures, tools, policies and resources that collectively aim to revitalize IT infrastructure and resume critical business functions following a natural or man-made disaster such as a cyber-attack, hardware failure, accidental data deletion, etc. You can think of it as a subset of business continuity as it seeks to restore all vital processes after a service interruption.
Backup is the process of creating copies of data and storing them in primary and secondary locations. You can back up your files to local drives, NAS devices, off-site data centers, cloud storage and other means. This allows you to restore your data if you experience data loss. Disaster recovery, on the other hand, is a more holistic process aimed at protecting your data and IT resources against problems, as well as facilitating the rapid restoration of core business systems after a major disruption. We can therefore conclude that backup is only a sub-component of disaster recovery.
Managing disaster recovery requires drafting, implementing and testing a robust disaster recovery plan as well as a corresponding business continuity plan. When conducting a business impact analysis, you should consider the ideal recovery infrastructure, whether on-premises or in the cloud, and the disaster recovery approach, such as multi-site, hot standby, pilot light or backup and recovery.
A Disaster Recovery Plan is a structured document that provides detailed guidance on how to effectively respond to service interruptions caused by natural and man-made disasters such as cyber attacks, power outages and natural disasters.
A disaster recovery plan aims to help you respond quickly and effectively to service interruptions. It focuses on minimizing the impact of the potential disaster and restoring core business operations.
To create a disaster recovery plan, you must first estimate the time objectives and the tolerable loss of data that the business will bear in the event of an outage. These objectives are referred to as recovery time and recovery point objectives. RTO, in full, refers to the Recovery Time Objective. This metric determines the amount of time you need to restore your IT infrastructure and services after a disaster for the sake of business continuity. Then, RPO, or literally Recovery Point Objective, defines the maximum tolerable amount of data that an organization can tolerate losing during a disaster. In addition, it provides information on the maximum time allowed between the last data backup instance and a disaster. This means you can use it to determine the appropriate backup schedule and frequency.

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