Disaster Recovery—Don’t Gamble on Your Security

In this new age of cloud computing, we see companies adopting new systems that they hadn’t previously considered to keep up with the times. IT departments, often formerly regarded as a token failsafe in case of technical disaster, are now taking the lead to overhaul outdated data infrastructure and create lasting change in their companies.

Cloud computing is spreading through the business world, and businesses both large and small are working to adopt the cloud to better leverage their data and provide an easy backup. However, companies often overlook the security and backup measures necessary to ensure that cloud systems aren’t crippled in the event of an outage.

As a result, IT disaster recovery (DR) has gained attention, with businesses needing specialized plans and contingencies to ensure that their systems can be recovered as soon as possible in the event of an issue or an outage. DR has been around for awhile now, but with cloud computing placing further emphasis on Internet integration, the practice is more important than ever.

So what does disaster recovery entail? Are offsite backup servers necessary to ensure the security of your IT systems? Fortunately, the answer is no. With the rise of disaster recovery as a service (DRaaS), paying what you need for the promise of a secure cloud service in the event of a disaster is both cost-effective and highly beneficial.

The main issue with convincing businesses to adopt a DR plan is because of skewed perceptions of the factors that can causes outages or disasters. The name itself implies some cataclysmic event, such as a natural disaster or major storm, when in reality, the majority of outages are caused by operational failure or human error. For that matter, these outages are often very short-lived, and though companies can often get their systems running again in a short time, your customers’ widespread expectation for instantaneous action can make a surprisingly negative impact on relations.

In fact, a 2016 survey discovered that 69% of respondents reported that minutes of downtime would be disruptive to their businesses.

One of the best aspects of DRaaS systems is their ability to address failover in a comparatively small number of systems. As previously mentioned, failures are often much more minor than the moniker of “Disaster Recovery” would indicate. DRaaS systems are often able to group systems into virtual protection groups, allowing for more precise control when addressing problems.

Not all DRaaS systems are created equal, however. It is up to you as a business professional to seek a solution that is largely automated and offers good technical support. There’s no sense in recommending plans or companies here; every business will have its own unique needs when it comes to implementing a DR plan.

That said, adoption is pretty much necessary in this age of technological flux. 72% of companies have reported using their DR plans at least once, and beyond the issues previously mentioned, inconsistent cybersecurity measures have lead to a string of attacks by hackers.

Often, it can be difficult to make business leaders cognizant of the benefits of more robust IT systems. However, highly outdated IT practices have led to inefficiencies in some businesses. Anticipating and overcoming these issues can be the key to optimizing business practices and easing data analytics.

Cloud Computing in Rural India

Cloud computing has been hailed unanimously as a positive development for the healthcare industry. Thanks to the cloud, medical professionals can easily track, store, and analyze data, improving both research and patient care.

Perhaps one of the most notable applications of new cloud technology is the enhanced capability to provide care to patients in remote areas. This may sound counterintuitive, as most cloud systems are dependent on a robust Internet connection to operate at their fullest, but a health technology company has created a cloud platform capable of operating at low bandwidth, addressing some of the hurdles faced when implementing these systems.

While India offers free healthcare to its citizens, its system is far from perfect, as the 70% of citizens that live in remote villages are often unable to receive attention as readily as their urban counterparts. To attempt to bring some balance to the healthcare market in the country, Sameer Sawarkar and Rajeev Kumar recently released ReMeDi (Remote Medical Diagnostics) to allow individuals with little training to represent doctors in remote areas.

Kumar and Sawarkar’s company, Neurosynaptic Communications, has dispatched medical technicians to over 2,000 villages across India to provide on-site examinations. The technicians use ReMeDi to gather basic information about patients, entering it all into a cloud-based medical repository. Patient information is then reviewed by an offsite doctor, who can provide recommendations and diagnoses based on the provided data. Additionally, an audio/video connection allows for personal consultations between doctors and patients.

And, as with any other cloud system, it gets better the more data is gathered. Studying health trends based on Big Data can help detect early signs of certain ailments and lead to administration of potentially lifesaving care. The integration that cloud computing provides is helpful not only for managing a large number of patients, but for fueling future research and innovation.

Other diagnostic platforms, such as Sana, Intelehealth, and CliniPAK, seek to solve similar issues as ReMeDi. Sawarkar has been ardent about the potential changes that ReMeDi can make to the Indian healthcare system, with the stated goal of lowering costs for companies and enabling more rapid delivery of health services, something that ultimately benefits patients. To that end, he has stated that the basic cost for a consultation under this new platform is under a dollar.

India’s healthcare system does little to service outlying areas, and as a result, many residents of remote villages seek out private healthcare, which can be costly for families and individuals with little income. 80% of Indians use private healthcare, and costs to travel and receive medical attention are financially crippling to many. This is the root of Sawarkar’s excitement with ReMeDi; what would require hours or even days of travel and weeks worth of wages can now be accomplished in the villages that need attention.

Sawarkar has strived to make ReMeDi as flexible as possible, and the platform is capable of running on a wide range of devices. With the market for cloud-based healthcare systems growing, Sawarkar intends to expand distribution of the platform in India as well as developing countries without decent access to healthcare.

Currently, ReMeDi is used in eight countries, including Bangladesh, Ghana, and Kenya. With African countries facing similar issues with disadvantaged citizens in remote areas, it stands to reason that their governments will be similarly interested in improving healthcare distribution.