Tag Archives: Disaster Recovery

disaster recovery

Reasons to Get an AWS Cross Region Disaster Recovery Plan

All businesses need a disaster recovery plan to ensure that data can be restored in times of a disaster. But when it comes to planning a strategy for Disaster Recovery, there can be no one single approach which will work for all businesses. Regardless of the numbers of variables which are actually part of creating any DR plan for a business, the truth is that every business will definitely benefit when there is an AWS cross region DR plan which guarantee geographical diversity.

Why is AWS cross region DR plan necessary?

– Businesses need DR plans as these are critical for maximizing up time. For those organizations which have a physical infrastructure for computing, DR is integral to their business continuity plans. This means that resources have to be replicated in an alternate site which is kept up and running and which has an updated replica of the total application stack. In clouds you can deploy a Disaster Recovery plan without involving capital expenses which are needed for the traditional business continuity plans. And, it is here that Amazon offers the requisite building blocks for setting up such a DR plan. While there may be many ways in which you can guarantee service availability, the strongest is the cross region replica of the application stack. In other words, this guarantees that even if the whole AWS region gets affected by any downtime instance, it will be possible to guarantee failover to the alternate region.

DR services– However, in order to deploy this Amazon Cloud Services cross region DR strategy you will need to select the finest AWS tools. The main reason for having a DR plan is to create backups of the business data. This means you need to know which data to back up and how frequently this must be backed up. Another rather pertinent question which you must ask is where to store this data backup. The idea behind DR strategies is to ensure that the business can continue to function even if there is a natural calamity or a man-made disaster. When you store business critical data near your regular production environment, the data may be at risk because it is exposed to almost the same threats as the data which has been affected. For instance, if there is a hurricane in the eastern coast of the United States, there may be power cuts all along the coastline which may need many weeks to repair. If the business you run is in the path of such a hurricane you would not want the replicated data to be also in the same danger zone. It is best to keep the data in a place which is far away from such natural threats. So, distance is of utmost importance when you must make sure your business stays online during a natural disaster.

– This is made possible with Amazon Cloud Services cross region DR plans. They will allow you to keep your data backups in various geographical locations all over the globe. This ensures that there is a lot of distance between your business site and the data storage facility and the backed up data will not be affected in any way. So, even if the whole AWS region goes offline, your business operations will continue unaffected. It will not be disrupted as long as there is a proper geographically diverse disaster recovery strategy in place.

– Another important reason to have cross region backups of your business critical data is that it helps to resolve latency issues. When the content gets stored in very close proximity to end-users, they can access it faster and this helps to eliminate latency problems. Latency issues are common when the data is far away from your end-users. So, depending on your budget and business needs, you may use either a warm standby or hot standby approach for disaster recovery. This is done by using many regions for DR. in other words, this approach will ensure that your data gets replicated across various geographic locations and users get routed to the option which is nearest to them based upon their locations. In case disasters happen, the traffic is simply re-directed to the region which is still online.

– Another significant advantage of cross-region DR plans is the power to transfer data amongst multiple countries or jurisdictions so as to comply with the regulations and local laws. There are many governments which have stringent laws regarding where and how data may be stored. When new regulations are made, businesses often find it hard to comply with these. However, when there is an AWS cross-region DR plan, the data may be sent easily across the globe to avoid or comply with local laws.

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Valuable Tips to Arrive at the Bespoke Disaster Recovery Strategy

As the incidences of cyber crimes and data theft continue to escalate in terms of scale and frequency, there is an unprecedented need to revisit disaster recovery plans. Enterprise data must be protected from natural or manmade disasters that seriously impact business continuity.

Considering the sheer variety of threats and their potential to cripple business activities, one should not be content only with the existing Disaster Recovery plan. The disaster recovery plans must be thoroughly assessed, reviewed, and updated on continuous basis.

You need to tune your Disaster Recovery plan to the ever evolving cyber attacks by adopting the most recent technologies and tools to make sure that the mission critical data assets are seamlessly secured with ability to rapidly and easily recover following any untoward event.

Scrutiny of threats and probable responses

A comprehensive study of all possible business risks is essential to design bespoke Disaster Recovery plans to handle every type of threat. You will also have to categorize the probable disruptors by understanding probability and frequency of occurrence. This will help prioritize your Disaster Recovery plans.

The easiest way to analyze the Disaster Recovery scenarios is to understand the gravity and probability of occurrence. Most often it is found that cyber threats rank among the most likely interruptions to the ongoing business activities. Obviously, cyber attacks should be assigned higher priority in comparison with acts of God such as earthquakes, tornadoes, fire, and so forth.

disaster recovery

Analysis of impact on business

This is also an important determinant of priorities in designing and planning of Disaster Recovery strategies. It is known as Business Impact Analysis or BIA in short. By performing BIA for every available system, one can easily draft an appropriate Disaster Recovery plan. Identification as well as evaluation of effects must be carried out by studying contractual, legal, financial, and regulatory implications of a possible disruption. You can also include other important factors such as organization’s reputation that may be impacted by unplanned events.

The major focus of Business Impact Analysis as far as the security is concerned will cover business continuity, privacy, and integrity.

The entire exercise of Business Impact Analysis is designed to outline dependencies and priorities of IT systems, so that you are in a better position to chalk out strategies that are aimed at mitigation of business loss at the end of the day.

One cannot jump to perform a Business Impact Analysis unless the right policy for a proposed Disaster Recovery plan is drafted. You will have a robust contingency plan ready that takes into account priorities with reference to your business. In addition to NIST, there are a great number of templates waiting to be downloaded from other reliable sources.

Shifting focus

It observed that most of the Disaster Recovery strategies are excessively focused on these technology aspects and thereby missing out a couple of very vital components including process and people. An ideal plan for Disaster Recovery must be an all-inclusive exercise that gives equal significance to every factor which is critical to the business continuity.

It is wrong to limit Disaster Recovery plan to only the technology related factors because one must be capable of recovering every business-critical factor. Availability of staff members who are assigned with critical duties of responding to the call in the event of a disaster is extremely essential. You should have all necessary contact details to access these core team members even at the odd hours.

Building a rapport with concerned authorities much before the disaster can help in the crisis period. You must assign individuals with good communication skills to deal with outside agencies, clients, and staff.

Significance of Disaster Recovery updates

Every time there is an alteration or modification in terms of the internal systems, one must carry out Disaster Recovery update exercise. These updates can also cover major applications that can be vital to the business processes. Since there is a constant change on the horizon of technology, one should make sure that the Disaster Recovery plan is modified every time a new technology initiative is performed.

Modern technologies are developing at break neck speed, thanks to the affordability and availability of compute power. This puts a great strain on internal systems that must fall in line with the latest technological developments by exhibiting remarkable resilience.

Cloud consideration

Cloud is increasingly becoming an ideal resource for availing Disaster Recovery as a Service or DRaaS. Cloud based Disaster Recovery service offers outstanding economy and convenience to help companies become disaster-ready without spending fortunes.

Appreciating the urgency

Procrastination can be a disaster by itself because of the endemic nature of cyber crimes that are hitting organization where it hurts. Preparing a disaster recovery plan after going through the event can prove to be fatal for any organization. You need to empower systems, technologies, and people in your organizations with ability to respond to a disaster without losing precious moments.

For more info:

Why do I need a Disaster Recovery Solution?

Choose DRaaS or Cloud DR Solutions

Should You Choose DRaaS or Cloud DR Solutions?

Every business must always have a Disaster Recovery or DR plan in place in order to ensure business continuity when there are manmade or natural disasters that can affect their operations. In cloud based DR, there is no need to buy or maintain the backup servers and storage servers. You can sign up for cloud DR with reputed vendors and enjoy a pay-as-you-go model of payment. Businesses can pay for data storage for a longer term and only make payments for the servers they use during failovers and testing periods. So, costs are far lower and this type of disaster recovery is obviously more pocket-friendly for businesses. In cloud based DR, the services will offer machine snapshots of virtual or physical servers within the main data center. The client enterprises therefore simply pay for storing such snapshots or storing apps in suspended state. Besides cloud DR sites can be automated and made to go live in a matter of seconds. So, it can guarantee far better business continuity and nominal data loss. It is possible to trigger cloud based DR sites simply through normal laptops and mobiles having Internet connectivity.

So, depending on business disaster recovery needs there can be two kinds of cloud based DR solutions namely, DRaaS or Disaster Recovery as a service and Cloud DR. Some people tend to use both these interchangeably but that is not right. Businesses are now trying to make a distinction between the two to see which will benefit them the most. For a CIO of any company, it is most essential to ensure that the critical infrastructure and data are properly protected against outages and the business runs without disruptions of any kind. However, when a disaster strikes, even the sturdiest and most resilient infrastructure is liable to get disrupted and business may come to a standstill.

In today’s digital age, companies cannot afford to remain inaccessible even for a few minutes. So, it is absolutely essential to see how quickly your DR plans can help you restore operations. Every CIO will be looking for a fail-proof DR plan which has robust recovery time. It is here that cloud computing can make a huge difference. So, DR today moves from data centers in remote locations to the cloud which can guarantee higher speeds, efficiency and scalability. The cloud successfully protects businesses from the after effects of disasters and spares them of the troubles of managing DR solutions.

How is cloud DR and DRaaS different from one another?

Both DRaaS and cloud DR solutions will try to ensure immediate accessibility and recover ability of business data, and boost business continuity plans. In cloud DR, there will be routine backup and storage of workload data within a multi-tenant environment which can be recovered onto virtual servers when disasters happen. So, the main aim of cloud DR is to allow a business to maintain its backups securely and not worry about location, infrastructure and test procedures. When there is a disaster, the company can get back its data seamlessly. In case of DRaaS, this data availability gets a further boost because customizable failover is added to regular cloud backups and recovery solutions. So, the DRaaS solutions will allow businesses to spin up hot DR sites on either private or public clouds which emulate its production environment. This DR site is also easily accessible across the Internet and it lets business critical apps to stay up and running instantly. This advantage can be enjoyed without having to pay a lot of money for hardware.

Cloud DR will boost an enterprise’s ability to configure its DR parameters flexibly for backing up data. It also allows for faster data recovery and lets a company break away from the complex traditional tape based DR solutions. But before one can adopt the DR on clouds the CIO must ensure that data is going to be shifted securely and that the users will be properly authenticated. So, when a disaster happens, there must be enough connectivity and bandwidth needed to redirect all users to the clouds. DRaaS, on the other hand, will provide comprehensive enterprise-level DR solutions without costs of ownership which is there in in-house plans. So, recurring costs like IT support costs, maintenance costs and energy costs will be maintained by the cloud vendor. DRaaS is easy on the pocket because it needs less operational resources and helps businesses save money on hardware and software licenses. Businesses using DRaaS will also not need to be concerned about backup servers as their vendor will offer state-of-the-art facilities backed by enterprise-level bandwidth and power. The cloud itself works like the DR site and businesses simply pay for facilities according to a utility pricing model. So, while DRaaS may seem slightly costlier to cloud DR, it is in the long run more affordable, scalable and robust compared to in-house DR set-ups. So, for businesses which have flexible tolerance levels for data loss or downtimes during disasters, cloud DR is perfect.

For interesting Topics :

What is a Cloud Disaster Recovery?

File Backup

How Important are File Backups Today?

Given the growing incidents of cyber thefts, data leaks, site breaches and hacks, the need to back up critical data is something that no business can afford to disregard. Any such cyber attack can inflict unspeakable damage to businesses, both big and small. For instance, the NotPetya malware managed to target big businesses in Ukraine by using tax software which had been infected. In another such incident, cyber thieves managed to get their hands on data belonging to as many as 148 million people when they successfully hacked into a credit reporting agency Equifax. These are only a couple of serious incidents which highlight the need for file backups but there have been many more in the last year which shows that businesses were not taking backups seriously enough.

Data loss or damage can cause downtimes, hamper productivity and inflict long-term harm to your business reputation and credibility in the market. Reports suggest that as many as 80% of the businesses which are victims of data theft tend to shut down their operations within the next few years. As many as 40% go out of operation within a year itself. Whether it is man-made disasters or natural calamities or breaches carried out by cybercriminals, you need to back up your data so that it can be retrieved seamlessly. In other words, it is the task of IT managers to ensure that there is a proper Disaster Recovery plan in place should the need arise.

Backups and disaster recovery plans are not the same thing; while backups are copies of the data which can help your business renew its operations, disaster recovery refers to tools and methods for recovering lose data or systems when disasters happen. Below are some important reasons which make file backups imperative for your business in today’s age:

Threats are not going to fade away; rather, they will be become more and more challenging to deal with. With every year, the incidents of data thefts are increasing and this year is not going to be an exception. Ransomware attacks, breaches and attacks using cutting-edge technologies like hacking using artificial intelligence have become the order of the day. Reports suggest that businesses handling very sensitive information are likely to be the new targets. Cyber attacks have been declared as the third biggest threat for the globe after extreme weather occurrences and natural calamities. So, every business needs to pay extra attention when it comes to including disaster recovery plans in their business plans.

For modern businesses, data loss is perhaps the gravest threat because data is integral to their functioning and in the event of data loss, downtime gets triggered. This will translate into huge economic losses for the businesses. Due to sudden power outages, downtimes can occur and these have been seen to inflict losses to the tune of millions of dollars for big businesses. Unless backups are made, such instances of downtime will go unresolved because the numbers are expected to increase in 2018.

From only 17% in 2015 Big Data adoption rate has increased to almost 53% in the previous year. This shows how fast Big Data and Internet of Things are going to become part of our daily lives. Big Data has become the rule for businesses rather than the exception. There are analytical tools which gives a business prescriptive and predictive insight into how it is running and how to take better-informed decisions for the future. At the same time, if there is any breach by accident, it will amount to loss of both critical data and personal data. So, with the continuous evolution of Big Data, it is becoming more critical and complex by nature. This means that businesses will have to adopt robust backup and disaster recovery solutions to tackle cyber threats.

When there are breaches, businesses are not only affected by revenue losses, but also by loss of reputation and credibility. So, when popular brands are hit by breaches, consumers slowly start to move away from them. Apart from the loss of reputation, precious time is lost because data recovery is time-consuming and no new work gets done during this period.

Risk management is absolutely imperative in digital transformation of enterprises. Businesses must be capable enough to address shortfalls and downtimes. So, there must be a robust and secure ecosystem in place to withstand such unprecedented calamities caused by infrastructure collapse or outage or cyber attacks.

Enterprise data is being increasingly managed by a wide range of devices like smartphones and laptops. This helps to improve remote work culture but this means that there are now more end points for data storage. Such end points are not restricted to the workplace anymore; they can be anywhere in the world. So, it is important to have backups for these endpoint devices to ensure that even if the devices get affected there is a central data repository which remains secure. Here, cloud data solutions are perhaps the safest and most resilient for data security purposes.

Finally, data which is backed up can always help you to analyze and formulate business strategies better. You may use this backed up data for data mining and data analysis, patch testing and application testing.

For Interesting Topics :

How To Restore A Backup?

A lowdown on Cloud Disaster Recovery Plans

A lowdown on Cloud Disaster Recovery Plans

Connectivity is a major concern with the businesses of today. While being online is well and good, it sure isn’t an easy task, especially if your business is situated in a disaster prone zone.

Any kind of interruption in service is termed as being a disaster these days. While in the earlier times, this term was only associated with natural calamities such as floods, earthquakes, hurricanes, etc., and some manmade ones like arson,things are different these days and it has come to include cyber-attacks, industrial sabotage, ransomware, etc. too in its definition.

Not just these, if there is any slight interruption in services or applications, that too comes under the purview of disaster.

The one constant among all these changes has been the amount most organizations keep aside for Disaster Recovery (DR), which is minuscule. Most companies seek effective disaster recovery plans to keep their data and applications safe, albeit at very low costs.  

In most organization, the amount of data to be protected is huge, and it keeps increasing every single second. So, the key aspect here is storage.

What DR services do
Most DR services offer features such as backup, archiving, and recovery. Let us understand these terms first.

This term means keeping a copy of the data to be used in case of a loss or failure. This step is undertaken by most companies, which keep their backup for some years, usually between three and seven. Now if these companies depend on the cloud for backup, that would mean their having to rent the capacity to store the backup of each day for their decided upon particular length of time. Now the thing is that if you have a gigantic amount of data backup to store, cloud backup and associated storage may not be as cost-effective as doing it on your own.

This is the term used when data is to be stored for a really long time. It is suggested that when data is archived, its final copy should be placed in two separate locations in two different formats. Most organizations archive their data for at the very least seven years, and many store it for far longer. If a company has to archive data, cloud hosting solutions may not be viable since it is not cost-effective to do that. This is because renting space for storing archived is not an inexpensive proposition. The recommendation in such cases is the storage of archived data in the company’s own storage space.

This term is utilized when data is demanded once a disaster has been dealt with. In most cases of recovery, and specifically in disaster recovery, the latest copy of stored data is required. In case the very latest copy is unavailable, the most recent copy in terms of time is called for. In terms of such recovery, cloud solutions are deemed the best. This is because the most recent data copies are stored in the cloud. And that’s not all. Most cloud solutions providers offer computing resources in disaster recovery times. How this helps is you are saved from the hassles and costs related to keeping and maintaining a server and associated hardware at a remote location. This way, cloud disaster recovery solutions help you, the client, from the headaches related to backup storage capacity issues.

To achieve this purpose, the client must remember to store the very latest copy of their data in the cloud. There are various formats offered by cloud providers to the clients in terms of storing data. You can see which format suits your company best, and even ask them to customize their solution to suit your unique business requirements. For example, some clients prefer having their data stored on high-performance servers so that the return to operations is super quick. If you too desire such a service to ensure almost seamless operations, you can go for that particular feature.   

Some clients prefer to run their applications in the cloud itself where the data is backed up automatically. This saves them from the task of sending data to the cloud for replication or storage in the form of backup. There are massive operational gains in this move, but the client has to be completely comfortable with the idea of moving all their data and applications to the cloud.

Cloud Disaster Recovery solutions are great since they offer compute resources almost immediately and there are no spare resources lying around going waste. You pay for the use of their services only when an actual disaster strikes or when you are trying to test out their services as a test.

This is a new-age service, and its benefits are far too many. With every passing second, more and more companies are moving to the cloud, and not without reason.

For Interesting Topic:

Should I Test My Disaster Recovery Plan?

Choosing The Right Solution For Disaster Recovery

Choosing The Right Solution For Disaster Recovery

Nowadays we often hear the term DRaaS, short for Disaster recovery as a service. What does this term mean? It is the simulation or creation of mimic of physical or virtual servers by a third party to provide failover in case of a disaster, either man made or natural.

Typically DRaaS requirements are stipulated in the Service Level Agreements (SLAs), so that the hosting vendor provides failover to the client.

But before we discuss DRaaS, let us understand the importance of disaster in an IT setting.

All IT companies put in place a disaster recovery plan (DRP).

After all, a business must continue to work without interruption. In particular the mission critical functions must have stability.

Disaster can come in various avatars. It can be a storm tearing apart your power lines, or some telecommunication staff digging and damaging your underground communication lines.

In whichever mode a calamity strikes, the result can be disastrous to your company’s business.

Companies experience a disaster due to any one or a combination of the following causes.

  • Mission critical application failure
  • Network failure
  • Natural disasters
  • Network intrusion
  • Hacking
  • System failure

“Disaster recovery is an important part of our business process management”, says a CIO.

No wonder companies go to great lengths to firm up recovery strategies. They perform a business impact analysis as well as risk analysis to establish the recovery time objective.

Cloud computing offers extremely fast recovery times at a fraction of the cost of traditional disaster recovery.

With virtualization, the entire infrastructure including the server, OS, applications and data is condensed in a single software package or virtual server. This entire virtual server can be replicated or backed up to an offsite data center.

A compelling benefit of such a strategy is that the virtual server is not dependent on hardware and hence the entire bundle can be migrated from one data center to another easily.

This process radically reduces recovery time compared to traditional non-virtualized methods where servers must be loaded with the operating system and patched to the last pattern before the data is restored.

IT companies typically have two options to choose from as a disaster recovery solution – Cloud DR and DRaaS.

Which one is better?
This is not an easy answer by any standard. A company must choose either of the one after a thorough evaluation of both the solutions.

Cloud DR
Cloud DR is within reach of any company.

“Whatever drawbacks a cloud may have, one thing is clear. It is extremely effective when used as a tool for a disaster recovery plan”, says an IT manager.

“We are now able to create a cloud based recovery site as a backup to the primary data center”

Before creating a suitable DR strategy, you must keep in mind the following.

Assess your data protection requirements
An evaluation is essential to come to a conclusion as to what kind of infrastructure and configuration is needed to facilitate cloud DR.

Companies keep the primary backups on-premise but they mimic them to cloud storage so that they can disable the data center in case of any natural disaster.

Select the appropriate cloud provider
You must remember that not all cloud providers are alike. Some of them offer only storage. That is why it is essential to select the vendor who has the capability to build the right disaster recovery site for your needs.

Moreover, costs must never be ignored. The manner in which the vendor bill’s you can have a decided impact on your finances. A good strategy is to use a reliable cost calculator tool.

Control bandwidth
Cloud backup can consume copious amount of bandwidth. A judicious approach will ensure that the bandwidth consumption will not exceed to the extent that other workloads suffer.

Several small and medium businesses are not too keen to put in place a disaster recovery plan. They feel such exercises are for those with deep pockets.

Many of them perform frequent backups and store data offsite. These measures are no doubt satisfactory, but sluggish by today’s standards.

Taking help of DRaaS vendors seem to be a sensible policy.

Yet, it is important that clients must weigh-in each vendor carefully. Some vendors may offer an apparently straightforward solution while others may offer a comprehensive solution tailored to your specific needs.

Whichever solution you seek, the following points must be kept in mind.

  • The vendor’s capability to backup critical data
  • Fast recovery with minimal user interface – the vendor must specify the time limit for hosting the recovery environment.
  • Transparent and easily understandable billing modes
  • Solution has numerous backup options

Moreover, the DR solution offered must make it easy to move from the backup to the live state.

Business continuity is not just about backing up data; it is also about fast recovery from a disaster.

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For Interesting Topic :

Disaster Recovery

Cloud Computing for Disaster Recovery

Relevance of Cloud Computing for Disaster Recovery

Every organization that operates online business such as ecommerce or any other business that depends on internet must have a clear understanding about impact of an unexpected outage.

Understanding the impact of downtime

There is a general opinion that unplanned downtime is most commonly caused due to natural disasters. However as confirmed by a study, that took into account feedback from 400 IT professionals, more than half of organizations have suffered from downtime impact lasting for more than eight hours which could be attributed to power outages and hardware or system failure.

Downtime can play havoc with organization’s operational efficiency and digital assets. It is common for enterprises to face annual downtime that can last for more than ten to twenty hours. Irrespective of the size of an organization, downtime can be a costly proposition. However, the effect of downtime can be avoidable if one is ready to face the curse of nature or sudden equipment failure.

Virtualized and cloud based disaster recovery

Virtualization guarantees availability of dynamically scalable resources. This can obviate need to maintain and operate additional data replication facilities at other locations. Running a parallel site to physically maintain replicated data to avert impact of downtime at primary location leads to double costs of operations.

Cloud based DR option minimizes these costs while offering assurance of instant failover capability, thanks to virtualization of data replication.

Importance of cloud based disaster recovery

If the events of unplanned outages are going to be unavoidable, then the best defense would be to make sure that the organization is prepared with a robust disaster recovery plan. Disaster recovery solutions offer the most practical and affordable approach to deal with severe impact of any unexpected downtime.

Since failure of mission critical applications can lead to operational irregularities and business loss, disaster recovery should be an inseparable part of organization’s IT strategy.

Common or traditional Disaster Recovery solutions follow the course of data replication. This can involve highly resource intensive process of replicating an entire infrastructure along with data to a remote location to serve as a backup site during downtime events at primary facilities.

Physical Disaster Recovery facilities involve huge costs of maintaining and operating the additional infrastructure. On the other hand, a virtualized infrastructure provided by cloud service providers can reduce hardware and other costs that are associated with physical DR solutions.

Cloud based DR resource can remain idle during ‘peacetime’ and would instantly scale up to meet the challenges of downtime that are about to impact business continuity at primary site.

Cloud based disaster recovery services are more popularly known as Disaster Recovery as a Service or DRaaS. Since these solutions do not need addition of any physical hardware to a primary site, users are not expected to maintain or manage any additional resources. It is possible to use DRaaS as a managed solution as you will not be required to upgrade or update the same.

On-demand provisioning

Time is an extremely vital factor during downtime. DRaaS solutions facilitate operation of your infrastructure in a cloud environment as soon as an unplanned outage strikes the facility. This allows the business to run seamlessly without any interruption of business continuity.

The backup facility of DRaaS is always prepared to support your business critical applications no sooner than an issue is about cause any outage. Users can look forward to a seamless transition of their facilities to cloud environment without impacting website availability.
Total time required for recovery from an outage can be minimized to reduce expenses of using a DRaaS resource. Once the primary site is ready to operate again, the applications are transferred back to the original site from DR environment with a negligible amount of downtime.

DRaaS and cost efficiency

One can expect significant cost savings by adopting a DRaaS capability instead of a physical DR infrastructure. In order to provide a reliable disaster recovery capability to your primary site, a Cloud based DR solution is only required during actual time of outage and will essentially remain un-operational during the rest of the period.

Thanks to the utility style billing method of cloud computing, your organization will be required to pay only for the period of activity, thereby considerably mitigating DRaaS associated costs.

Security considerations of DRaaS

Securing mission critical workloads from hazards of unplanned outages involve extreme care and concern. Thanks to the recent advances in security measures, cloud based DRaaS services ensure addition of multiple security layers and extensive data encryption facilities while the data is being moved to and from the cloud environments. Encryption of replicated data assures seamless protection and guarantees peace of mind to users.

State of the art data encryption, automated backups and other cost efficient security measures ensure that the users are able to save costs and ensure protection of mission critical workloads during unexpected outages.

Interesting Topic:

What Is Your Cloud Provider’s Disaster Recovery Plan?


Attributes of Hybrid Cloud BDR FOR SMBs

Significant Attributes of Hybrid Cloud BDR FOR SMBs

Every organization that is planning an overhaul of its backup and disaster recovery facility needs to think about a hybrid cloud option. Hybrid cloud is an extremely flexible option in contrast to the conventional disk and tape backups. It empowers your IT staff with remarkable flexibility by offering excellent availability and rapid recovery in an economical way.

Relevance of cloud BDR solution

Cloud computing is helping organizations in more ways than we could have imagined. Small and medium businesses can leverage cloud backup and data recovery to achieve outstanding ability of securing mission critical data without banking on traditional ways of using tapes or disks.

Hybrid cloud backup and disaster recovery is one of the most innovative ways of using cloud while moving over to an online environment. Since data storage and disaster recovery is an indispensible function of any organization, cloud helps even smaller organizations acquire cutting edge capabilities of disaster recovery and data backup.

Since every organizations data backup and disaster recovery needs are unique, the cloud backup and disaster recovery has potential to allocate different workloads on public and private clouds or on-site servers to augment capabilities and resources of the enterprise to support growth plans.

Cloud is an essential and integral part of an efficient solution for backup and disaster recovery. It helps enabling multiple snapshots of business critical data and sending these to a highly secure and remote facility of remote data center. The cloud helps easy access and deployment of the data. Till the time you are able to bring your business back on its tracks, hybrid cloud backup and disaster recovery resource has potential to takeover functions of an enterprises primary server in the event of the unexpected outage or any kind of disaster.

Dependable and secure solution

Hybrid cloud solution facilitates backing up of the organization’s critical data at local facilities and provides a virtualized replica of the same at an off-site as well as secure location. It also enables protection of in-house data with help of redundant arrays of information to enable the local device act as a primary resource for defense. In majority of scenarios, there are three sets of the data existing at separate locations including local device, on-site server, and in a public or private cloud.

As an additional defense, the hybrid BDR solution stores the encrypted files are also stored at off-site location to address any unforeseen event. The businesses can thus achieve ability of accessing the vital data irrespective of any unwarranted situation.

Any business, which is handling highly critical data such as customer’s security credentials, must devise ways to assure end users that security of their important data is its prime concern.

Large storage capacity with smaller footprint

Hybrid cloud backup and disaster recovery resource is able to provide flexibility of a local storage resource to organizations irrespective of their size. In fact, for a small enterprise this is a vital consideration.

Due to its economy, a hybrid cloud resource can be used to store large volumes of data by reducing reliance on local storage facilities. This will result in considerable reduction of local storage footprint. Hybrid cloud backup and disaster recovery solutions are ideal for small organizations that have limited resources as far as their local storage facilities are concerned.

What’s more, these small and medium businesses can also decide as to how long the data should be retained as a local backup without getting involved in complex decision making process of deletion of files. 

High availability and scalability

Assurance about data accessibility in the event of natural or man made disaster is an important attribute of cloud BDR solution, since organizations are able to plan restoration of data in a planned manner to avoid errors or omissions.

This underlines significance of virtual machines that can prove to be differentiating factors between uptime and downtime. Since virtual machines exist as copies of servers or workstations and rely in cloud servers for their operations, they have ability to run without being vulnerable to local happenings or catastrophes such as storms or tornados. Cloud provides a reliable fail over resource to sustain disasters by retaining seamless availability.

Affordable and efficient cloud BDR

Any technology decision is influenced by the concerns of economy as far as small and medium businesses are concerned. Thanks to cloud backup and disaster recovery option, there is an amazing level of economy that helps even the small and medium businesses improve their ability to sustain in the event of the unexpected.

Hybrid cloud helps enterprises obviate high expenditure for purchasing costly hardware for establishing local storage infrastructure because a major portion of their data is secured in cloud. Peace of mind is guaranteed with hybrid cloud backup and storage solutions that are also able to secure bottom-line of the organization.


Organizations are able to enjoy the best advantages of private as well as public cloud by availing BDR solutions that are backed by hybrid clouds.

Interesting Topic:

What Is Hybrid Cloud Hosting?


Key Factors to be Considered while Choosing a DR Colocation Provider

Key Factors to be Considered while Choosing a DR Colocation Provider

Just like any other service category in web hosting, selection of a colocation hosting provider for the facility of disaster recovery is an extremely overwhelming process. It is therefore essential to gain in-depth knowledge about the key parameters that are required to be fulfilled by the colocation host that is being chosen to handle disaster recovery.

Importance of DR colocation facility

General considerations about data center DR would be centered around availability of remote facilities Modern businesses are offered a wide spectrum of choice for gaining ability of Disaster Recovery including sophisticated cloud solutions, managed colocation hosting or non-hosted colocation to name a few. Ultimate selection of the option would depend upon actual capabilities and requirements of businesses.

Enabling data centers for efficient management of unexpected events is one of the most crucial and intricate aspects of planning, as far as IT infrastructure management is concerned. This encompasses protection of data centers against severe damage to facilities and colocation is found to be an ideal choice for remote replication of onsite data center resource. Such facility of DR colocation offers assured protection without disrupting ongoing operations.

One needs to take into account two vital aspects that influence choice of a DR colocation facility.

Important prerequisites of DR colocation facility

One must understand that the most significant requirement for any DR facility is its seamless availability. Other important factors include economical, political, and geological stability of the DR facility. In addition to this, you should also consider availability of proficient technical manpower by checking out number of IT institutions and overall development of IT industry in the region.

This should be supported by well-established network of utilities including power distribution companies, reliability of on-premise power generation resources, and redundancy of connectivity options among others.

Security of the DR colocation data center should be a prime consideration since the business data must be perpetually online even if the physical hardware ceases to operate. This calls for securing physical facilities of server colocation facility by implementation of adequate security measures to prevent unauthorized access to areas including data center building and hardware storage areas.

You should be in a position to call responsible service executives by knowing the SOP for escalation and who is in charge of support services. Even if you have the most impeccable colocation facility, lack of proper and responsive technical support will significantly impact its ability. Business history of the colocation provider in terms of change of ownership should also be taken into account to understand positive effect of long term stability of management.

Since your colocation provider has power of keeping your business online in the event of a disaster, you should consider all important factors that facilitate security and online availability of the provider. It is obvious that any untoward incidence that impacts operation of your DR colocation host is ultimately going to hamper prospects of your business in addition to aspects of regulatory compliance.

Responsibility of checking performance criteria and other technical aspects of colocation provider needs to be shouldered equally by businesses, since the online operations depend solely on the colocation facility in the event of any disaster. You should also understand that actual responsibility of the host is only limited to compensate for downtime and you as a business owner will bear the brunt of lost business and reputation.

Proximity of colocation host to your main IT infrastructure facility

The optimum distance between your main data center and proposed facility of Disaster Recovery colocation center largely depends upon the nature of disaster that is being considered. If you are looking forward to secure your facility against localized disasters such as fire or facility damage, then it is better to choose an affordable colocation facility, which is situated close to your main premises.

In contrast, if you are anticipating a major act of God that will cover a large geographical area such as floods, tornadoes, or earthquakes, then your facility for DR colocation must be safely ensconced far away from your main facility. However, you need to take into account the effect of latency as well, since the distance plays a major role while moving data across the network from main site to colocation DR facility.

There are multiple issues including network bottlenecks and levels of ISP traffic that can severely impact user experience. However, if your business is dealing with general or asynchronous business applications, then the issue of latency need not be a major deciding factor for moving colocation DR facility farther away from your IT facility.

Latency can however be a significant parameter for operating real-time or transactional workloads such as payment processing, service portals, and other interactive services. It is therefore vital to consider all aspects of your business and the nature of anticipated disaster while selecting a DR colocation facility for optimum protection with minimum latency. Moreover, the distance between the two facilities can be a major issue for staff movement in the event of disaster. 

Interesting Topic:

Disaster Recovery

Risk Mitigation with Effective Disaster Planning for Businesses

“It wasn’t raining when Noah built the ark.” Howard Ruff has hit the nail on its head while explaining the significance of preparedness to deal with calamities or disasters that must be accepted as part of life.

Preparing for disasters essentially involves building strategies as well as re-examining existing plans in addition to testing these plans to remove gaps and holes.

Business implications of disaster

It is foolish to expect warnings before disasters with few exceptions of major storms that have names and categories. Natural or man-made disasters can be in the form of electric fires, failed air conditioning units, terrorist attacks, earthquakes, and so forth.

Impact of disasters on businesses is usually catastrophic. It can not only cause financial losses in terms of revenues but can also result in loss of productivity, or jeopardize reputation of organizations with loss of customer confidence. Disasters put a brake to business continuity causing long terms loss of business and shelving of future expansion plans.

According to USSBA, more than 90 percent of enterprises crash within two years after being struck by a disaster and as per Insurance Institute for Business and Home Safety, one out of four companies are unable to resume operations post a major disaster.

It is therefore essential to prepare your business to restore, resume, and continue the routine operations with a minimum downtime during or after any outage. An ideal disaster recovery plan must enhance ability of your organization to face the unexpected.

Planning DR solutions for business

There are multiple steps involved in the process of DR planning for business enterprises. The major highlights of Disaster Recovery planning process are as follows:

• Risk identification
• Risk classification
• Identification of resources for business continuity during disaster
• Mechanism to restore business to normalcy

Risk evaluation and identification of threats

Disasters have potential to cause widespread damage to property as well as business processes. Every organization must evaluate risks by considering different categories of processes including supply chains, inventories, hardware failures, accessibility, network connectivity, communications, security, utilities, and so forth.

This should follow categorization of these business aspects according to their potential to impact business continuity. This will facilitate prioritization while focusing on restoration of these processes during the disaster recovery. It will also provide you with estimates about potential of your organization to tolerate extreme environments and optimum level of IT resources that would be required while dealing with disasters.

Risk evaluation is very important for every business because categories of high risk business processes vary according to different business verticals. For example, for a healthcare provider, the most important risk would be restoration of power to ensure well being of patients.

Estimation of recovery period

Critical period of downtime before a business can be impacted varies significantly for different verticals of industries. Online enterprises or manufacturing industry with continuous process cannot afford even a single minute of downtime. This period is called as tolerance limit of an organization.

It is extremely important to determine tolerance limit of the organization since the implementation of recovery sequence depends on this. By understanding tolerance limit of different applications you can prioritize the applications with less tolerance limits.

In the similar fashion you need to evaluate acceptable level of RPO (Recovery Point Objective) as well as RTO (Recovery Time Objective) for different sets of applications. Ideally, disaster recovery solution based on public cloud can efficiently meet your requirements of Recovery Time Objectives due to absence of single point of failure. In addition to this the recovery is also faster as well as more affordable with Public Cloud Disaster Recovery Solutions.

Significance of encrypted and secure backups

For any business, its data is considered as its lifeblood and therefore it deserves to be secured under all circumstances. In order to ensure that your business survives the most overwhelming event, you need to backup your databases, emails, files, and operating systems. It is also recommended to have special recovery procedures in place for data restoration from repositories.

This brings us to importance of off-site data backup facilities that would not be impacted by disaster that strikes your on-site infrastructure. Ideal backup solutions must provide facility of online data backup via a secured connection.

It is for the same reason; cloud data backup solutions are highly sought after by modern businesses. These are usually preferred as an alternative or addition to tape backups. Cloud data storage and backup solutions are significantly more cost effective as well. Additionally these data storage options offer shorter recovery periods and longer retention periods.

Developing effective communication plans

Communications play significant ole during emergencies and therefore you should be in a position to support your DR plan with effective communication strategy with concrete assignment of roles.

Make sure to compile updated records of contact numbers of key personnel and availability of the effective collaboration suite to facilitate instant messaging, document sharing, and online meetings. Try to establish alternate means of communications because the basic communication platforms are usually affected during disasters.

Disaster recovery plans based on cloud computing are regarded as ideal for business environments because these can rapidly restore business availability with minimum downtime. These are efficient, secure, and economical. It is important to design and test a practical and robust DR plan. You can also ensure that the DR plan is part of Service Level Agreements.


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Should I Test My Disaster Recovery Plan?

Server virtualization’s effect on DR

Achieving Seamless Business Continuity via Public Cloud Disaster Recovery Approach

It virtually impossible to avoid natural disasters, manmade catastrophes, or cyber threats, when it comes to protection of an organization’s web presence or mission critical digital assets. Companies must acquire resilience to recover rapidly from data loss or system failure to gain an upper hand over such events.

Disaster Recovery solutions can be highly expensive particularly while creating a comprehensive and fail-safe Disaster Recovery plan for an organization. This brings us to explore capabilities of public cloud to boost backup and Disaster recovery solutions.

Close up on a red panic button with the text Distaster Recovery with blur effect. Concept image for illustration of DRP business continuity and crisis communication.

Exploit on-site resources

It has been observed that local resources can provide the best and the most easily accessible first line of protection to the data as well as systems. This leads us to our second line of defense that is a public cloud. This is because a public cloud can provide vast resources of servers and storage that are flexible and scalable.

Determine business critical systems and their dependencies

Public cloud enables dynamic addition and removal of resources in response to the demands and thus relieves users from capital expenditure. As a second step to explore Disaster Recovery capabilities of public cloud, you need to identify and prioritize data and servers that are critical for performing routine operations and business processes.

This should also include a thorough understanding of various dependencies of systems that are critical to day-to-day operations. These can be middleware and databases. You need to leverage public cloud to secure these systems and their related dependencies.

Thinking beyond conventional backup

It is observed that businesses are so much obsessed with large scale disasters that may lead to loss of entire servers that they overlook simple and routine instances of data loss. This includes routine events of application crashes and subsequent loss of data that may result from file over-writing or an inadvertent deletion of files.

Such loss of data may not be initially understood. This calls for carrying out several point-in-time snapshot or image copies of data. Multiple and incremental backups that are image-based have potential to support or substitute legacy backups facilitating you to establish more recurrent recovery points to enable an easy restoration of data that can relate to a particular time frame.

In addition to this one should not miss use of replication technologies for achieving consistent data protection in cloud as well as locally. It must be noted that replication can never be considered as substitute to data backups. This calls for leveraging high availability applications that can be run by using public cloud to gain capability of automated and push-button security for a plethora of applications as well as systems.

Understanding backup methods to achieve specific goals

Bare metal recovery for restoration of an entire environment can be achieved by system and storage backup that is performed to secure everything related to a particular OS instance. In order to protect certain services such as MS Exchange you will have to restore a single mail or even a particular mailbox.

In the same manner you need have a thorough understanding of the components that need to be restored in order to meet desired objectives. You may have to access a backup agent that is able to clearly understand what services need to be protected.

Limitations of hypervisor level backup

Although, virtualization facilitates us to execute backups at the level of hypervisor in relation to Virtual Machines, there are serious limitations to such backups. It will help you achieve a superficial backup that could only be limited to VM level or to the files within that Virtual Machine.

Performing backup by running backup agents within a Virtual Machine’s operating system offers rich services inside the Virtual Machine and a full-fledged restoration experience.

Leveraging cloud for long term data archival

The foremost reason for data backup for a long term basis is to cater to organizational requirements or to conform to regulatory obligations. It is obvious that long data backup by using legacy methods of disk based data backups can be highly expensive. This leads us to explore public cloud capabilities to archive old or sparingly accessed files as a cost effective data archival resource.

Securing data in public clouds

Data security in public cloud is a major issue and you must explore ways to protect your data on cloud by assessing physical security arrangements of public cloud locations, logical isolation of data belonging to different client organizations pertaining to the same cloud, and data encryption related to storage or data at rest. This also includes assessment of data encryption during data transmission.

Performing recovery right in cloud

It is well established that the entire gamut of data, applications, and systems that belong to your site are properly stored in the form of backups and are flawlessly secured in cloud. This is done with an objective to restore everything in the event of losing your site lock stock and barrel.

You need to understand clearly the available options that will make sure that your site is recovered and restored to be up and running without any hassles. The options are usually examined by running your systems in virtual environments.

Comprehensive data management and backup

Instead of creating too many backup options such as localized backups and cloud based backups, it would be better to explore a single unified solution that may support hybrid architecture to facilitate a unified approach of management.

Identification of vital changes through frequent testing

It pays you to execute periodic testing for establishing that entire assortment of restoration processes is able to perform seamlessly and for checking the validity of the data that is bring protected.

In conclusion

Public cloud is a promising resource for setting up enterprise Disaster Recovery and backup facilities. Whether your primary systems are at your own site or are positioned in cloud, public cloud based disaster recovery solutions can have you covered. Cloud backed Disaster Recovery solutions are not only accessible easily but are also highly cost effective when compared to traditional tape based Disaster Recovery approach.

Role of Hybrid Cloud as an Effective Disaster Recovery Solution

Disaster Recovery is one of the most vital pre-requisites of data storage. It is a pity that some organizations fail to take necessary steps to make sure that proper precautions for Disaster Recovery are taken.

It is observed that companies that are tight on resources tend to make compromises with server clusters, backups, snapshots, and overall redundancy in network connections. In addition to this, traditional Disaster Recovery solutions can be susceptible to errors in spite of being highly resource intensive and prohibitively expensive.

There is however a much better option of carefully designed hybrid cloud solutions that can be leveraged for flawless Disaster Recovery without significant operational investment and massive capital expenditure.

Disaster Recovery expenses can be reduced considerably to achieve recovery time and recovery pint goals by accessing public cloud to manage storage, backup, and compute. Entire gamut of secondary infrastructure can be controlled in terms of maintenance of sensitive data with cloud solutions.


Disaster Recovery and hybrid cloud

It is possible to exploit benefits of hybrid cloud for managing disaster recovery. Significant improvement of disaster recovery can be achieved by harnessing hybrid clouds. Its architecture itself is responsible for securing and improving agility and flexibility of disaster recovery.

In terms of operating architecture, hybrid cloud is an ideal resource for disaster recovery. It has immense potential to become the most sought after Disaster Recovery route when it comes to adoption of a more effective and efficient method to secure mission critical applications.

On-site replicated data centers- Although on-premise data centers are able to support many enterprises, it is observed that these are highly resource intensive when it comes to consumption of power and cooling utilities, and need for manpower. These methods need to be backed by efficient networking infrastructure for proper Disaster Recovery support. It has been observed that traditional Disaster Recovery methods such as colocation and on-premise replicated data centers are rapidly being replaced by hybrid cloud.

Colocation- Leasing a third party site for implementation of Disaster Recovery has been a common approach adopted by many organizations. In addition to its easy availability, colocation can be employed without any hassles. It also helps reduce capital investment. The cost of colocation can be a concern because the facility needs to be positioned in a remote geographical location to work effectively as a solution for Disaster Recovery.

Hybrid cloud- This is rapidly emerging as the third approach for Disaster Recovery and is termed as DRaaS. It is the most appropriate approach to Disaster Recovery because it possesses all attributes of an ideal Disaster Recovery solution. Hybrid Cloud can offer much needed geographic diversity in addition to advantages of managed services and fixed pricing. It is not surprising that the public cloud is increasingly being accessed as an offsite resource for storage of secondary copy of data.

DRaaS is backed of virtualization technology and hence offers a plethora of advantages including simple infrastructure, automation, and reduced costs.

Hybrid cloud or DRaaS helps optimize resources without compromising with the advantages that are available with traditional Disaster Recovery approaches.

Organizations are able to make sure that the most recent data is also being secured due to live data replication in real time with help of DRaaS. Hybrid cloud also offers ease of remote access for operating cloud data.

Understanding relevance of hybrid cloud as an ideal Disaster Recovery solution

It is hard fact of life that many organizations spend billions of dollars for maintenance and operation of racks that store copies of data. Organizations can even go the extent of operating entire data centers for managing duplicate data resulting in the huge investment.

The amount of investment required to maintain copies of data represents the highest IT related expenses.

Approach to Disaster Recovery by adopting traditional methods can be justified by arguing that the investment is not being wasted because the money is actually being spent to make sure that data as well as applications are seamlessly available for users. However the fact remains that this Disaster Recovery approach accounts for the maximum investment with minimum ROI.

In this context, hybrid cloud based Disaster Recovery offers a great respite and is the most cost effective approach to Disaster Recovery. Hybrid cloud has capability to act as a seamless extension of physical data center.

It is the most feasible option for small and medium enterprises that cannot afford huge capital investment of legacy Disaster Recoverymethods. Hybrid cloud solutions empower these organizations with enterprise grade Disaster Recovery capabilities that can be afforded by large companies. In terms of cost optimization, hybrid cloud helps companies save costs that can be channelized for development of their IT infrastructure.

Unfortunately hybrid cloud is still perceived as a lose combination of private and public cloud by many IT execs. Unless we perceive the hybrid cloud as an integrated extension of data center backed by state of the art functionalities, including active directory, authentication, and LDAP.

Adoption of hybrid cloud as an effective Disaster Recovery solution depends upon the proper understanding of the amazing capability of hybrid cloud as a reliable and highly cost effective approach for robust protection of mission critical applications.

Secure your data center from the vagaries of nature

The recent Chennai floods were a stark reminder of the vulnerability of our modern age mega-cities.  In a world characterized by freak weather events globally; this event once again highlighted the quirkiness of nature and the need for effective Business Continuity Plans (BCP) to be put in place by organizations to ensure minimal disruptions and losses in the event of a disaster.

BCP refers to a set of planned measures to be implemented by organizations to ensure continued business operations in the event of a disaster – both natural and man-made. It includes a careful examination of the various threats and risks faced by an organization and preparing an actionable blueprint for minimal business disruption in the event of a calamity. BCP plans include both IT and non-IT related aspects of a business that include data protection and recovery, technology infrastructure, employee safety, facilities management, crisis communication amongst others. In this blog, we shall focus only on IT disaster recovery, a critical subset of business continuity planning in today’s digital age.

According to Wikipedia, Disaster Recovery (DR) is a set of policies and procedures to enable the recovery or continuation of vital technology infrastructure and systems following a natural or human-induced disaster. Natural disasters include floods, fire, earthquakes, hurricanes, whereas man-made disasters refer to hacking and virus attacks, security breaches, technical and power failure amongst others.

Organizations need to formulate their DR plans based on the criticality of the technology infrastructure for their business. For example – A few hours of downtime can cause severe business loss for an e-commerce business. Similarly a financial institution like a retail bank cannot afford technology outages for long periods of time. Imagine the ATM network of a bank remaining inaccessible to clients for a few hours or days. It would not just cause loss of business but also lead to thousands of disgruntled consumers and heavy erosion of its brand reputation.

Considering this growing dependence of businesses on technology infrastructure, DR planners need to work with various functions (Operations, Human Resource, Finance, Purchase, Sales) within their organization to define the recovery point objective (RPO) and recovery time objective (RTO) for their various business functions. Once these are specified, DR planners should map it to underlying IT infrastructure to support the functioning of these processes. While most business functions would prefer a zero data loss and quick recovery in the event of a disaster, maintaining that level of system agility could involve extremely high costs and therefore opted only by a small fraction of organizations. Considering these factors, the most common measures employed by DR planners to ensure data protection and speedy recovery are:

  • Backups on tape and sent off-site on a periodic basis
  • Backups to disks on-site and automatically copied to off-site disk, or made directly to off-site disk
  • Data replication to an off-site location using of storage area network (SAN) technology
  • High availability systems which keep both the data and system replicated off-site, enabling continuous access to systems and data

The other important step in ensuring a full-proof disaster recovery plan is choosing the type of back-up site in case of a disaster. Once again, this decision has to be based on the dependence of the business on technology. If the organization can afford to manage a few days of downtime without affecting its business, then a cold DR site can be considered. If technology is important but budgets are limited then a warm site should be considered. If technology is extremely critical to the functioning of a business like an e-commerce firm or bank, then the only option is a hot DR site which is cost heavy but ensures almost zero downtime.

Traditionally DR planning and recovery has been the mainstay of in-house IT teams. However in the past few years, an increasing number of organizations have started outsourcing disaster recovery to third-party data center companies specializing in such services. The benefits of contracting Disaster Recovery as a Service (DRaaS) include minimal or no start-up costs, shared costs of staffing and technology resources, managed security at the site and round the clock technical assistance. For non-technology businesses, DRaaS offers the freedom to focus on core business activities while this critical element of their business is managed by a specialized external partner.

The growing demand for DRaaS has led several technology companies to offer it as one of their key services in the current digital age. Organizations planning to outsource their DR services need to do a thorough reconnaissance of the ability of such players before finalizing to ensure their IT infrastructure is in safe hands.

Still thinking? Talk to one of DR experts for a customized solution for your business. Call us at 1800-212-2022 or e-mail us at [email protected]