Remote Patient Monitoring

Remote Patient Monitoring

Industry Scenario

In an increasingly connected world, enterprises are looking for affordable healthcare tools and the smartest devices today that help save time and money are either wearable or remotely connected.

The development of newer technologies and tools that allow remote communication for easy and clear data collection and analysis for strategic as well analytical purposes has opened up several new avenues of industry usage for the healthcare industry. These tools offer technologies that will enable health care and diagnosis to move beyond the hospital and often in the hands of the patient themselves!

We today have tools that focus on capital and tool efficacy, ensuring that data collected at remote locations can be used as a reliable diagnostic and healthcare service factor. With devices and appliances that can communicate with each other, Remote Patient Monitoring (RPM) becomes, in many cases, preferable for patient care.

Adding value both from the care provider side as well as for the patient, RPM is all about increased interactivity of devices that allow patients to monitor their condition, share data with their care givers – especially so for chronic diseases, and help cut down drastically on hospital bills. It serves to save costs, re-admissions and provide healthcare providers with data that can help in further research, as well as service patients more efficiently. Increasingly, data focused technologies and devices can leverages remote as well as real-time information to provide healthcare facilities remotely, cutting down on infrastructure and resources costs as well.



The RPM Advantage

With technologies in place, the industry needs innovative solutions and applications that can help remotely pre-empt issues, based on intelligent parameters that use remotely collated data to achieve faster yet real time decision making for better healthcare. This is an activity that can bring together data from remote monitoring devices, from analytical and diagnostic, wearable devices and integrate it with physician inputs, to help in achieving actionable intelligence for strong, clear decisions.

All these tools will benefit from an increasing utilization of IoT coupled with M2M technology. M2M technology, that allows devices to communicate securely over networks, can bring about the much needed impetus to healthcare operations in the current, extremely dynamic scenario in the industry. It will also help reduce data collation costs on remote devices, since M2M and IoT technologies enable free and secure flow of information – remove information barriers thus enhance treatment expertise.

This is the underlying principle of Ranial’s IntelliEMS solution, it utilises M2M technology to ensure all security, communication and operational barriers are removed and all healthcare solutions can run remotely as well as onsite function like a well oiled network. Without adding mass to existing applications; it efficiently ensures that all platforms involved in this exercise- technology, the machines and the end user (patient/ doctor/ healthcare giver) points stay in sync, and the data thus gathered can be integrated and analysed to create the most efficient healthcare insights for both consumer as well as enterprise usage.

Want to know more, check our industry details section!

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