Healthcare 2021, a business strategy that aims to transform healthcare facilities in the United States, is described. It replaces the Federal Enterprise Modernization Act(Fema), and Health Planning and Management Practices Act (1996). The primary mission of Healthcare 2021 is to develop and deploy data sets to support strategic decisions about clinical care delivery, provider reimbursement, research and development, and information exchange. One of the key features of this strategy is the creation a single platform for all clinical data within the healthcare organization. This platform will have greater functionality than that of current formats such as Electronic Health Record (EHR) and Electronic Medical Record (EMR). It will make it easier for health care providers to collaborate with payers, insurance companies, care agencies, and payers.
The primary challenge for the organization in implementing healthcare 2021 lies in creating a flexible yet highly reliable data repository using applications that are both web- enabled and data- centric. Healthcare must move from current formats to “big data” in order to leverage the valuable real-time insights it produces. Healthcare organizations should move from opaque data management to transparent and accountable collaboration and information exchange. This requires leveraging all the tools of modern computing: application programming interfaces (APIs), structured query language (SQL) models, and clouds based platforms like Amazon Web Services (AWS), Google Cloud Platform, and IBM Bluemound/HAVA. Only then healthcare will be able provide accurate cost comparisons between its different services and environments.
Healthcare 2021 has two main objectives. The first is to increase decision making and lower costs by better data usage. Second, to increase internal management services through digital health technologies improvement and better data usage. These two objectives can be interconnected because they both require the integration of different sources of value and an improvement in data usage. Additionally, quality data usage improves care delivery.
What are the prospects for the next ten year? Digital healthcare has many exciting opportunities, especially in areas such as financial and social care. The development of computer-assisted, telecare machines (CAT) that perform routine and basic tasks currently done by nurses and doctors is a promising outcome. The use of this equipment will greatly enhance the efficiency and productivity for tasks such as filling in insurance forms, collecting patient information, and tracking and analyzing patient health histories.
The development and use of better diagnostic and surgical tools is a must for healthcare. The development of more cost-effective and reliable diagnostic and surgical instruments that can reduce errors and speed up recovery after any type of surgery is a promising result. A second outcome would be the development of safer and more efficient health care technology agreements. Companies that sell medical devices are legally required to ensure the protection of intellectual property rights. It is no wonder that pharmaceutical companies are focused on building digital healthcare technology agreements.
One outcome of data-sharing agreements is increased access to personalized healthcare. These agreements could include personalized care plans and patient education that address the individual healthcare needs of each patient. There are concerns about the possible transfer of patient information to large outsourcing firms. It is not a valid concern: the data will most likely be stored on-site in safe, locked cabinets. Only those with a medical need for it will have access to them.
There will be more medical things that are connected to wearable technologies, either through sensors or biometric data-sharing mechanisms. We have already seen the development of connected devices such as pacemakers, glucose monitors, and even artificial hips. The development of more connected devices such as artificial hips or artificial knees will greatly reduce the incidence of back surgery. Researchers at Massachusetts Institute of Technology discovered that personality questionnaires can be used to detect personality traits in patients.
Healthcare promises great improvements in all these areas. A greater degree of freedom will lead to better outcomes for patients. Correct diagnosis leads to less errors in surgery. Personalized treatments can lead to happier and more fulfilling lives. Open-source software access will make it easier to take the right decisions.
