To overcome challenges in the likes of the examples mentioned above, the cloud for medical records ensures the seamless exchange of valuable medical information and patient history in a secure environment. Sans this, stronger communication, better diagnosis, and better care would be impossible.

Here, let’s introduce a familiar term “big data”, which is widely used among businesses who mine data for developing production or marketing strategies. Similarly, in the medical realm, instead of narrowing down the preferences of consumers, big data empowers the doctors to nail the health conditions of the patients, comparing them to others to proffer a focused and veracious evaluation of their sicknesses.

Into the bargain, instead of wondering how to design a healthcare product that would be most appealing, this information could be used to tailor care, so that there’s minimal room for treatment errors. Since big data is too big for any in-house server to manage, the cloud stands as an indispensable asset to gain access to the much-needed data and analytics.

With the application of cloud computing in healthcare, new doctors could now receive real-time guidance. Additionally, important information could be transferred to and fro medical professionals when needed the most, thus saving lives. A fringe benefit comes in the form of enabling important diagnosis via smartphones - all thanks to cloud healthcare.

And astonishing as it is, no matter the remoteness of the patient’s location, as long as there’s a stable internet connection, help could be fetched.

Thankfully, the cloud makes it possible for IoT to save the lives of patients. Novel mobile devices could be launched to monitor patients’ conditions. With applications on smartphones, doctors could be kept informed of the patient’s health status to deliver remote consultation. This paves the way to deliver high-quality care without even entering a hospital.

With cloud computing in medicine, patients who are unable to get to the hospital, or who dislike their doctor visits altogether, could be amassed by launching new devices powered by the cloud via which information could be transmitted and medical advice could be delivered from a doctor on standby. This is a proficient means of catching the dangers at an early stage.

With cloud computing, healthcare providers could keep tabs of all the records, which the in-house equipment is inept to store, all while avoiding the extra costs of maintaining the physical servers. Also, depending on the volume of the incoming patients, the data storage could be increased or decreased.

Thus, during peak seasons, say during the flu, healthcare institutions could adapt their technology to meet the increased volume of patients without wasting time and money on software updates and hardware upgrades.

More on the bright side, cloud computing not only allows doctors to access patient data remotely but also facilitates automated backups and disaster recovery plans to effectively address data breaches. This way, institutions could cut back on the downtime and also keep all data safe.