Salesforce Health Cloud
Salesforce is an emerging technology in healthcare. It has gained momentum, especially after the COVID-19, where the world has transitioned to digital services, having no apparent choice. By giving patients access to a significant health ecosystem, they can become active participants in the care process by using the Salesforce health cloud.
Salesforce Health Cloud gives healthcare professionals and health businesses a holistic view of the care environment, allowing them to communicate better and track patient data.
There are many tools like ACCELQ that facilitate users to leverage personalized health cloud services. However, you can go through salesforce automation tools comparison to see the one that suits your requirements.
Patients can not only find essential knowledge about symptoms, trends, diagnoses, and therapies, but they can also boost their health awareness by communicating with physicians in real-time and having access to care schedules and rehabilitation tracks.
We are living in times where technology has transformed almost everything (for good, for sure). From basic tasks like going grocery shopping to having a one-on-one conversation with a health specialist, tech’s touch has become a major source of comfort for us.
Although we normally see the term ‘tech’ or ‘innovation’ being used in sectors like finance or business, it has definitely made a spot in healthcare as well. Tech has helped healthcare providers to advance their services, like accessing user data quickly and accurately with salesforce health cloud services or implementing AI to have a more defined direction.
But the question here is: Has tech’s touch really improved a patient’s healthcare experiences? Let us look at the factors that we can consider as a contribution to the patient’s healthcare.
Telemedicine uses communication technologies to allow health professionals to provide clinical care to patients from a distance. We can trace the roots of telehealth back to the vast, challenging landscape of Australia’s outback.
NASA pioneered telemedicine in the 1960s by incorporating remote monitoring equipment for astronauts costumes to track vitals and psychological health. However, it’s not until the 1980s that telehealth saw its first professional use when MedPhone created a device that used traditional telephone service to treat the patients who needed cardiac resuscitation remotely.
The ongoing telecoms revolutions over the next two decades paved the way for today’s telehealthcare services. Doctors today consult patients and confer with experts using various techniques such as phone, chat, email, and teleconferencing.
They built a network including over 3,000 pedal-operated generators and radio receivers to serve this niche market, allowing visual aids and the first large-scale telehealth network.
The Distributed Ledger Technology (blockchain)
Though data analytics can extract value from incredibly bigger repositories, blockchain has the potential to alter the data’s fundamental value.
The blockchain, also known as a decentralized ledger, has two fundamental characteristics that set it apart from conventional centralized data sets.
No single individual owns or controls the blockchain. Rather, each participant has their duplicate, and any new knowledge must be agreed upon by all participants.
Immutable data hold: Once a block of data is committed to the blockchain, it cannot be modified. As a result, blockchain provides a leak-proof record that is immune to bad actors.
Several sectors that rely on complicated, trust-based contractual obligations, such as finance, industrial distribution networks, and power, have decided to utilize blockchain applications due to these appealing security devices.
With technological advancements being seen all over the world, the health sector has been a great host of the change. Hospital records, medical device suppliers, and clinical testing management are examples of similar use-cases highlighted by the healthcare industry.