Secure Patients Data Transmission Using

Ultimately, the software, equipment and cloud solutions the companies and vendors provide will have to demonstrate a high quality of security and reliability. Patients’ private medical data as well as their lives are at risk in this new arena of technology.

With the introduction of information technology advancement into the hospital health care system, we must embrace in this technology and must ensure that we have a more efficient and secure system. This will allow us to create measures that will allow us to protect electronic protected health information (ePHI). All data that is being transmitted on any open networks will be protected from any cyber attackers or unauthorized personnel. In order to protect this data, any ePHI data will be sent by encrypting the data to ensure that in the event that it is intercepted it

Because technology is being use more and more by medical practice, there is a lot of information about patients being gather on an electronical from and the security rules is intended to protect that information.

The electronic protected health information (ePHI) gets electronically stored and collected in hard copy form as they secure the information. According to the U.S. Department of health and Human Service Office for Civil Rights (OCR) report, millions of people have been impacted by HIPAA data breaches. Hence, healthcare organizations must protect and secure personal health data now more than ever because of the threats that are associated with information. This would substantially increase the protection of healthcare from cyber threats. Moreover, these people are extremely diverse and the cleverness of their data information must be organized within hospitals. Medical records are in high demand because of the sophistication of the records.

Remote patient monitoring. Devices remotely collect, store, and communicate patient or client biometric health information to practitioners. “ (Stephens 2014)

However, designing and developing such a medical system must be build and deployed keeping a few things in mind such a privacy, confidentiality, system availability and security. By ensuring

Gathering observations of patients is a vital task that all Nurses must complete on a regular basis, they include Blood pressure, respiration rate, pulse, temperature and oxygen saturation. The information gathered from the observations enable for warnings when a patient is deteriorating

The other technology applied in the healthcare sector is that of applying the connected medical devices. These devices have been applied in making sure that patient information is picked up and automatically transmitted to other connected computers for analysis and easy treatment (Desourdis, 2009). The devices usually allow the patients to see how they are fairing in real-time as well as giving them an opportunity to monitor their own lives on real-time basis. The other important technology that is important in the merged healthcare system is the of installing electronic health record systems that are hosted on physical servers with few healthcare entities by applying cloud-based systems to make sure that data security in the

Information security so important in healthcare because being able to share data digitally holds a lot of potential for doctors, nurses and clinicians to send and receive content fast and effectively. Although this is a great thing, on one hand, it is also dangerous because patient data and other sensitive information are even more at risk of being stolen, exposed or accessed by unauthorized parties. Because of this, security must be a top priority for any medical organization today and for the future. In order to ensure patient data will be secure, healthcare facilities should implement safeguards on data information.

Health information technology privacy and security standards are essential to maintaining interoperability and security in the exchange of health information. Standards provide a common language between different systems that need to share information (Himss.org, 2016). These standards are relevant to healthcare providers to gain access to health records from another facility as to streamline patient care. A more effective and efficient way for a provider to obtain information is to have a provider log- into a device to see results. In gaining access to health information, it is critical to maintaining security. With easy access to information come concerns for securing that information. Security standards provide protection over electronic protected health information.

The advancement in technology has changed the way the world functions and has become an important part of the lives of people. Consequently, the medical world has adopted the electronic medical records which ensure that patient’s information is stored electronically (Celluci, Wiggins & Woodhouse, 2010). The advantages of electronic medical records exceed the challenges that come along with it. Firstly, the records are accessible from any location at any time and therefore a patient’s medical team can efficiently coordinate care and this is more important in cases of emergency. Secondly, the electronic medical records have secure

The profusa biosensor is able to monitor multiple diseases/conditions from tracking chemicals in the body. These include diabetes, Peripheral arterial disease, heart attacks and heart failures. The occurrence of these diseases/conditions, can change the oxygen, glucose levels or blood pressure in the body. The biosensor could potentially result in faster treatment for paramedics when in contact of an unconscious person. The paramedics would be able to look at the patient's’ biomarkers stream and will help them to treat the patient faster, potentially saving their life. In hospitals, it could help aid doctors to better monitor a patient’s health. The profusa biosensor allows the doctor to keep track of the patients’ health even when sent home.

The confidentiality and safety of patient health data is an urgency for patients and their relatives, health care benefactors and experts, and the administration. Federal laws necessitate many of the key peoples and governments that handle health data to have guidelines and security safeguards in place to defend your health data — whether it is deposited on paper or by electronic

Information security and privacy is occupying a most important role in the healthcare territory in order to deliver protected information process to their patients (Appari, & Johnson, 2010). As healthcare department is the organization with vast data and essential information the hospitals has to keep a useful information security technique in their enterprise process (Mishra et al., 2011). Information security is one such phase in the healthcare sphere which is extremely problematic to describe and evaluate even to the individuals who are working on the process. In the healthcare organization, information is of many types which required for the work and even the security is a main control for almost all the practices which are transmitted out in the healthcare field (Appari, & Johnson, 2010). Hospitals, in specific, have been instructed to create a new set of security specialists to protect healthcare data tools techniques upon which exists may rely. Healthcare data is very critical for patients because it is very confidential records. If a medical apparatus is filled with a computer virus it can even exemplify a possibility to patients ' lives. Hence, hospitals should design alertness of the risk, to defend against concerns to healthcare databanks and be concerned about the high risk of infected computers or medical tools being connected to their networks (Mishra et al., 2011).

As no of patients that are suffering from cardiac diseases are increasing very rapidly, it is important that remote ECG patient monitoring systems should be used as point-of-care (PoC) applications in hospitals around the world. Therefore, huge amount of ECG signal collected by body sensor networks from remote patients at homes will be transmitted along with other personal biological readings such as blood pressure, temperature, glucose level, etc., and get treated accordingly by those remote patient monitoring systems. It is very important that patient privacy is protected while data are being transmitted over the public network as well as when they are stored in hospital servers . In this paper, a one new technique has been introduced which is the hybrid of encryption and wavelet-based ECG steganography technique . Encryption allows privacy and ECG steganography allows to hide one sensitive data into other insensitive host thus guaranteeing the integration between ECG and the rest.