4 Steps To Create Your Disaster Recovery Plan

Disaster Recovery Plan When disasters strike unprepared companies the consequences range from prolonged system downtime and the resulting revenue loss to the companies going out of business completely,  yet many IT shops are not prepared to deal with such scenarios. How would you recover your data and keep the business running after an unforeseen disaster?

The key to surviving such an event is a business continuity strategy, a set of policies and procedures for reacting to and recovering from an IT-disabling disaster, and the main component of a business continuity strategy is a disaster recovery plan (DRP).

Step 1: Risk Analysis
The first step in drafting a disaster recovery plan is conducting a thorough risk analysis of your computer systems. List all the possible risks that threaten system uptime and evaluate how imminent they are in your particular IT shop. Anything that can cause a system outage is a threat, from relatively common manmade threats like virus attacks and accidental data deletions to more rare natural threats like floods and fires. Determine which of your threats are the most likely to occur and prioritize them using a simple system: rank each threat in two important categories, probability and impact. In each category, rate the risks as low, medium, or high.

For example, a small Internet company (less than 50 employees) located in California could rate an earthquake threat as medium probability and high impact, while the threat of utility failure due to a power outage could rate high probability and high impact. So in this company’s risk analysis, a power outage would be a higher risk than an earthquake and would therefore be a higher priority in the disaster recovery plan.

Step 2: Establish the Budget
Once you’ve figured out your risks, ask ‘what can we do to suppress them, and how much will it cost?’ Can I detect a threat before it hits? How do I reduce the potential of it occurring? How do I minimize its impact to the business? For example, our small California Internet company could employ an emergency power supply to mitigate its power outage threat and have all its data backed up daily on RAID tapes, which are stored at a remote site in case of an earthquake. The more preventative measures you establish upfront the better. Emerson says, “dollars spent in prevention are worth more than dollars spent in recovery.”

The results of Step 1 should be a comprehensive list of possible threats, each with its corresponding solution and cost. It is imperative that IT presents all of these threats to the business operations units, so they can make an informed decision regarding the size of the disaster recovery budget (i.e., which risks the company can afford to tolerate and which it must pay to mitigate). Emerson believes IT “falls down” in its failure to communicate the real risks for system downtime to the business operations units of their companies. He says, “It’s okay for operations to say no; it’s not okay for IT not to let them know the risks.”

A good place to begin is by presenting the cost of downtime to the business. How long can your business afford to be without its computer systems should one of your threats occur?

Ultimately, the business operations unit decides which threats the business can tolerate. According to Emerson, when developing a DRP, IT departments are “shooting in the dark without those business indications.” Both IT and the business units must agree on which data and applications are most critical to the business and need to be recovered most quickly in a disaster. The management of our small Internet company, for example, may decide they can supply the budget only for the emergency generators and the company will have to assume the risk of an earthquake.

Disaster recovery budgets vary from company to company but they typically run between 2 and 8 percent of the overall IT budget. Companies for which system availability is crucial usually are on the higher end of the scale, while companies that can function without it are on the lower end. However, these percentages may be too small. For a large IT shop 15 percent is a best practice rule of thumb according to Emerson.

Step 3: Develop your Disaster Recovery Plan
The feedback from the business units will begin to shape your disaster recovery plan procedures. If, for example, they determine that the company must be up within 48 hours of an incident to stay viable, then you can calculate the amount of time it would take to execute the recovery plan and have the business back up in that timeframe. Emerson suggests that you have the recovery systems tested, configured, and retested 24 hours prior to launching them. He says the set up takes anywhere from 40 hours to days to complete.

The recovery procedure should be written in a detailed plan or “script.” Establish a Recovery Team from among the IT staff and assign specific recovery duties to each member. The manner in which your team conducts its recovery probably will be no different than its regular production procedures: the chain of command likely won’t change and neither will the aspects of the network for which each member is responsible.

Define how to deal with the loss of various aspects of the network (databases, servers, bridges/routers, communications links, etc.) and specify who arranges for repairs or reconstruction and how the data recovery process occurs. The script will also outline priorities for the recovery: What needs to be recovered first? What is the communication procedure for the initial respondents? To complement the script, create a checklist or test procedure to verify that everything is back to normal once repairs and data recovery have taken place.

Step 4: Test, Test, Test
Once your Disaster Recovery Plan is set, test it frequently. Eventually you’ll need to perform a component-level restoration of your largest databases to get a realistic assessment of your recovery procedure, but a periodic walk-through of the procedure with the Recovery Team will assure that everyone knows their roles. Test the systems you’re going to use in recovery regularly to validate that all the pieces work. Always record your test results and update the DRP to address any shortcomings.

As your business environment changes, so should your Disaster Recovery Plan. Reexamine the plan every year on a high level: Do you still need every part of the plan? Do you need to add to it? Will the budget need to be adjusted to accommodate changes to the plan? As applications, hardware, and software are added to your network, they must be brought into the plan. New employees must be trained on recovery procedures. New threats to business seem to pop up every week and a sound DRP takes all of them into account.

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Causes Of Data Loss: Natural Disaster

Causes Of Data Loss: Natural Disaster Natural Disasters is the least likely cause of data loss however they can kill an entire company. The eruption of natural disasters and the complete equipment failure are rare but they do occur. Although it accounts for around 3% of all data loss but the magnitude of data loss is highest.

The disaster may strike anywhere and occurs in many shapes and sizes. Natural disasters may occur in the form of fire, flood, lightening strikes followed by power surges.

You can protect your valuable information from getting destroyed by the evil effects of a disaster by following the below-mentioned preventive measures.

Since, it is statistically unlikely for natural disasters to occur in two locations simultaneously. Hence, the perfect solution to protect your system from a natural disaster is an offsite backup i.e. you can keep your data in two different locations away from each other.

Fire Damage:
When the fire catches your computer, it may damage the plastic encasings and components of the computer but the data present in the metal hard drive may still be recovered. There are many data recovery software & Service companies, which provide data recovery from fire damages.

When the fire strikes, you can do a bit from your end to lessen the extent of damage.

• When your computer becomes wet from fire hoses, take the wet hard drive out of the system and do not dry; instead place it in a plastic and airtight bag. It is because during a fire, with the help of small air vents, extreme pressure changes pull the contaminants and water inside the drive.
• If you notice that you are not able to pull the hard drive out of the melted computer because it is sealed, then leave it like that.

Flood:
When a single drop of water can short out your computer, what when the whole equipment is completely submerged in the river water. Calculate the extent of damage when it is sunken not only for an hour but for days. However, no matter what, your data can still be recovered if you follow the following measures.

• Make sure that you turn off the computer and do not turn it on. It is because the drive may seem dry but there is small amount of water, which may still be present on the components and can cause a short when powered on.
• You may think that drying the wet drive may be of help but it is not the case. However, dried water leaves contaminants on the drive and can cause a head crash to occur when the system is powered on. Hence, it is recommended to place the media in a plastic airtight bag instead.
• Do not store your mission critical data in a flood plain.

Power outage/ surge:
Power outages are known to be the most common cause of data loss than all other natural disasters.

When you notice a spark, smoke or you observe that your hard drive does not spin and if it is, you are unable to access the information, then your system might be victim of a power surge. Power problems caused by small surges, spikes, sparks and line sags in the electricity make it essential to protect servers, workstations, and networks.

When you think of preventing data loss due to power supply problems, you automatically think of connecting your system to a UPS (Uninterrupted power supply), surge protectors, isolation transformers, or a surge suppressor. However, you can follow these protective measures to prevent your computer from a disastrous effect.

• Make sure that you unplug all the power cords connected to your system in order to prevent further damage to have occurred. The cords could be a power cable, modem, printer, or network cable.
• The most severe damage to your hard drive occurs when the power supply returns. Therefore, after the power returns, wait for at least half an hour for the power to get stabilized and then you may power on the computer.
• UPS main objective is to provide continuous, sufficient-grade power to electronics possessing valuable information. So, make sure that you connect your system with a UPS or a surge protector to prevent your computer from further power attacks. It is for the reason that extreme power fluctuations can damage sensitive electronic components.

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Why you Should Have a Disaster Recovery Plan in Place

There is something that is inevitable. You never know when an entire system is going to crash or another disaster may come about. You have to be prepared for these things. If you’re not, then everything will be chaotic. No one will know what to do. In other words, everyone will be running around asking each other, “What do we do now?” And no one is going to have an answer.

What is a disaster recovery plan?
A disaster recovery plan is that protocol in which your employees follow when a certain disaster comes about. You have to evaluate everything that could go wrong within your business and have a recovery plan for each one of those situations. Since not one situation is the same, there has to be a protocol for each. From there, your employees have to study it and know what to do immediately. This means they need to memorize. There are many disasters that do not allow time for someone to pull out a manual and read what needs to happen. They have to act immediately.

But why have a disaster recovery plan in place?
You should have one in place because you need to conduct business in the best manner possible for your customers. Your customers expect seamless service no matter what, so you have to try to make things as convenient for them as possible. If you don’t, then you risk losing their business.

Your disaster recovery plan will include dealing with data loss during a natural disaster, dealing with a system meltdown, power surges, and so much more. It depends on what sort of business you are in as to what kind of plans you use. Just make sure that you cover all of your bases and that you also have a master plan so that you can take care of something that may not have a plan. You just never know what could happen.

Statistics
Statistics have shown that businesses with a disaster recovery plan are amongst those that recover better. Those who have experienced some sort of disaster that lasts for more than 10 days will never recover financially. 50% of those companies without a disaster recovery plan will spend so much time making up for lost cash that they will most likely be out of business in 5 years. That is not something you want to have to deal with. The cost of an outage that lasts only a few days is already bad enough. Contracts can be broken, credibility can be lost, and even future customers will never be acquired. These are extreme losses.

So take these statistics to heart so that you know why it is you need a disaster recovery plan. Not one more business needs to go out of business due to an outage, so you need to be on top of things. You need to realize that anything that prohibits you from carrying out your business practices can do irreparable damages. Your customers expect for you to be there for them whenever they need you. There is nothing more frustrating to them than trying to resolve an issue that you can’t resolve because of an outage. If their request is not fulfilled, then they may suddenly become your competitor’s newest customer.

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