This policy defines acceptable methods for disaster recovery planning, preparedness, management and mitigation of IT systems and services at Weill Cornell Medical College. The ITS Disaster Recovery Program (DRP) addresses the protection and recovery of WCMC IT services so that critical operations and services are recovered in a timeframe that ensures the survivability of WCMC and is commensurate with customer obligations, business necessities, industry practices, and regulatory requirements. A Risk Assessment must be conducted at least every other year to determine threats to disaster recovery and their likelihood of impacting the IT infrastructure. The IT Disaster Recovery Manager should be part of the ITS representation within the institution's Emergency Management Team .
Each IT division must develop and maintain a documented emergency plan including notification procedures.
IT DR budgeting must be informed annually by requirements gathered in the BIA and CA as well as the ITS budgeting process. IT DR plans must provide information on Business Impact Analysis, Data Backup, Recovery, Business Resumption, Administration, Organization Responsibilities, Emergency Response & Operations, Training and Awareness and Testing. Backup strategies must comply with predefined businesses continuity requirements, including defined recovery time and point objectives.
Recovery strategies must be implemented within a previously agreed upon period of time, generally not more than 180 days after management approval.
IT managers are responsible for briefing staff on their roles and responsibilities related to DR planning, including developing, updating, and testing plans. Disaster recovery risk assessment and business impact analysis (BIA) are crucial steps in the development of a disaster recovery plan. As you can see from The IT Disaster Recovery Lifecycle illustration, the IT disaster recovery process has a standard process flow. Detailed response planning and the other key parts of disaster recovery planning, such as plan maintenance, are, however, outside the scope of this article so let us get back to looking at disaster recovery risk assessment and business impact assessment in detail. A key aspect is to know what services run on which parts of the infrastructure, said Andrew Hiles, FBCI, managing director of Oxfordshire-based Kingswell International. A documented decision making process will be used to determine what subset of backup data will be additionally encrypted, and stored off-site in a secured location outside of the geographical area of the system they are backups of. They are based on multi-site organizations or on mobile employees and the co-ordination and processes which are at the heart of the business.
One of the fundamental elements of Business Continuity Plan is Data Center Disaster Recovery. Data Center Disaster Recovery complexity is the measure of how difficult it would be to recover the database to a satisfactory level of service following a prolonged disruption or outage. The best feature of Data Center Disaster Recovery Plan is that it will help you in numerous ways no matter the adversity strikes or not. Given below is the list of Data Center Disaster Recovery Template Packages that can initiate your Data Center Disaster Recovery project. Business Continuity and Disaster Recovery Plan for small businesses need effectual strategies to deal with and to recover from disrupting occurrences. It is apparent that disasters such as earthquake, floods, hurricanes and several other disasters inflict thousands of businesses to suffer heavy losses and many of them even get locked.
As an owner of a small business, it becomes unavoidable to protect critical units of your organization, including your IT server room, power utilities, and highly expensive and heavy equipments including employees and customers from injury within your business premises in an event of disaster.


Our BCP & DRP packages comprise of templates, forms, checklist, guide, policies, standards and samples.
Disaster data recovery planning is one of the major parts of business continuity in the digital world. Disaster recovery and business continuity may include complex steps that require unique methods and thorough knowledge of the operational aspects of various applications and data sets.
Even with a recovery plan put in place for disasters, a lot of corporations don't fully consider a disaster until it happens. Unfortunately, backup infrastructure and planning is not failure-proof and can be affected by data loss in the same way current storage systems can. With more and more corporations move to virtual backup systems, it is important now, more than ever, to frequently check the integrity of business data as virtualization contracts often claim no liability for deletion, corruption, destruction or loss of data.
With the expensive cost of downtime and overwhelming results, data loss is a potentially devastating issue that can affect any enterprise making it a critical area that should not be overlooked. The disaster recovery standards in this policy provide a systematic approach for safeguarding the vital technology and data managed by the Information Technologies and Services Department. The Disaster Recovery Manager is responsible for conducting Business Impact Analyses (BIA) to identify the critical business processes, determine standard recovery timeframes, and establish the criticality ratings for each; at least every other years. IT Managers are responsible for tracking and reporting on planned and unplanned outage spending related to the recovery and restoration effort. Technological solutions for data availability, data protection, and application recovery must be considered by data gathered by the BIA and CA.
Approved recovery strategies must be tested to ensure they meet required recovery time and recovery point objectives. The ITS Disaster Recovery Manager is required to provide DR training and awareness activities at least twice per year. To do that, let us remind ourselves of the overall goals of disaster recovery planning, which are to provide strategies and procedures that can help return IT operations to an acceptable level of performance as quickly as possible following a disruptive event. Following the BIA and risk assessment, the next steps are to define, build and test detailed disaster recovery plans that can be invoked in case disaster actually strikes the organisation’s critical IT assets. Traditional IT employees need to understand the big business picture and what the cloud offers to remain relevant. But, before we look at them in detail, we need to locate disaster recovery risk assessment and business impact assessment in the overall planning process. The rising prevalence of disaster and insecure environment has made it indispensable for every organization to create standard security policy and procedures that comply with regulatory authorities.
Complexity can be associated to availability of technology resources, infrastructure, platform requirements, telecommunications, equipment, and availability of trained personnel.
The Data Recovery Plan helps you in creating proper backup system in place, provides immediate access to have files restored, highly confidential and critical data security, and helps in keeping the vast documentation database in order. In order to retrieve critical data and get systems back online in the right order, businesses should allocate the time to record and automate the recovery process into a series of steps. Organizations had to weigh the risk of not being ready for a disaster with the cost and level of recovery they could afford. Not considering the fact that the rate of disasters is increasing, a wide range of other events can put business continuity at risk, including data corruption, system failure, human error, and datacenter or facility loss.


A 2011 report by Forrester stated that as little as 1% of businesses surveyed have tested their backups on a daily basis. Despite having a variety of methods available to help recover and evaluate data, the safest bet to ensure that the loss is minimal is to be proactive about developing a plan in advance.
The Disaster Recovery Manager is responsible for conducting Capability Analyses (CA) to determine ITS's capacity to recover critical IT services that support defined critical business processes and recovery objectives; at least every other years. All Backup data must be labeled and logged, and are available for use during an emergency within stated recovery time objectives.
Having established our mission, and assuming we have management approval and funding for a disaster recovery initiative, we can establish a project plan.
The Service managers are required to prioritize their IT processes and associated assets based upon the potential detrimental impacts to the defined critical business processes. Such plans provide a step-by-step process for responding to a disruptive event with steps designed to provide an easy-to-use and repeatable process for recovering damaged IT assets to normal operation as quickly as possible. A high end server, computer backup system guarantees that your critical business unit continues to run smoothly and competently, even if something unforeseen happens. Executed correctly, even if the individuals who administrate the applications are no longer available, an organization can be assured that it has created an intelligent and efficient approach to recovery.
The report found that only 12, 19, and 27 percent of corporations performed a review on their recovery systems on a weekly, monthly, quarterly basis respectively. The Disaster Recovery Manager is responsible for maintaining the Recovery Tier Chart , which defines the Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO) of all ITS-managed systems. Upon completion or update, DR plans must be sent to the Disaster Recovery Manager and ITS Change Manager for review.
A disaster recovery project has a fairly consistent structure, which makes it easy to organise and conduct plan development activity. During an outage, IT Managers may incur special recovery and restoration costs that are unbudgeted. If you reside outside of the United States, you consent to having your personal data transferred to and processed in the United States. ITS is required to create disaster recovery plans for the IT portion - including services, systems, and assets - of critical business processes.
For example, in the Lloyd's insurance market in London, all businesses depend on a firm called Xchanging to provide premiums and claims processing. Those events with the highest risk factor are the ones your disaster recovery plan should primarily aim to address.
While NEC recommends fault tolerant solutions for local resilience in order to avoid switching of applications and processes for a simple hardware fault, NEC recommends the implementation of an inter-site DRP in order to protect oneself from threats to the main site.NEC solutions are based around Cluster solutions (ExpressCluster, Double-Take) ) which can replicate data from an asynchronous system through a WAN and switch from one site to another in case of damage to the main site.



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