Cybersecurity In Health Care

The entire cyber security industry is in a period of growth. As both corporations and private consumers are becoming aware of vulnerabilities with their online presence cyber security firms, have learned how to offer in-demand solutions for a wide variety of customers. Within the field of cyber security, there are several different types. These different types of services range from protection on the Internet of Things to producing devices to protected connected cars or phones. Each of these areas are expected to grow by the year 2020 with some being more in demand than others. In the article, “Cybersecurity Market Reacher $75 Billion in 2015, Expected to Reach $170 Billion by 2020,” Steve Morgan notes that, “the hot areas for growth are security

In the mid-90’s, the internet and various advanced technologies were an unescapable part of everyday life. The World Wide Web, computers, and software became common place fixtures in any business or health care related profession. While these advances increased workplace efficiency and the ease in which one could access company and patient information, it opened organizations and individuals up to security breaches and unsecured information. Overall, these developments brought to light the need for enhanced security and patient control over medical records and treatment. In 1996, the Health Insurance Portability and Accountability Act (HIPAA) was enacted by Congress and has become a legal standard in healthcare and method of ensuring

One major problem the industry faces today is unauthorized access into their computer software infrastructure. Vulnerabilities in the system software, especially the Remote Desktop Protocol (RDP), provides hackers the opportunity to completely take control of the affected systems, allowing them to steal protected patient data, install malicious software programs, and/or commit cybervandalism. However, if the attempt fails to exploit the system, Denial of Service (DoS) conditions could result, making it impossible for legitimate users to gain access. Desktop productivity software tools, such as Microsoft Access poses software vulnerabilities due to hidden bugs or program defects. Although businesses use encryption to protect digital information, hackers are finding ways to exploit the digital credentials of the Electronic Health Record (EHR) system by using phishing scams. From a security standpoint, the healthcare industry is ill-prepared in dealing with hackers looking to gain access to highly confidential data, even with HIPAA laws enforced. The organizations' failure to recognize where risks are and how to implement preventive security controls can have devastating repercussions on their stockholders. Although errors in application controls can be corrected with a process called patch management, those less prepared tend to be one step behind the threats, impacting the businesses’ time and bottom line. Identify theft, which has increased exponentially, can have a significant effect on customers’ financials and time lost by correcting erroneous information. As cybercrime increases, it is imperative healthcare organizations and their leaders start protective proactive measures, this includes performing risk assessments, implement a security policy, and conducting information systems audits to

The field of healthcare today is continuing to advance. The use of new emerging technologies is largely responsible for that. Healthcare professionals are able to communicate with one another and share pertinent patient information with one another faster, and easier than ever before. With the signing of legislation like the HITECH Act and the Affordable Care Act, healthcare organizations are beginning to transform the way patient information is used and stored. As healthcare pushes further toward more advanced technology the care that patients receive becomes more personalized and optimized allowing for shorter hospital stays and better care overall. But, as these new technologies are being implemented, risks to the security of patient

Every day, hospitals in the United States and around the world are working long hours in responding to emergencies, attending patients, delivering newborn babies, performing surgeries, and foremost – saving lives. Not too long ago, cyberspace has given institutions such as hospitals the tools to accumulate and file as much information and data as possible in this great space of technology, networks, and systems. Information such as patient’s information, treatments, machinery, as well as having a better way to have secure place to store them and have authorization in accessing them. However, such tools had been used as weapons by those who want to have access and possession of such critical information and control by cyber criminals, thieves, and terrorists. Unfortunately, it’s not simple to live in a world in which laws can just simply protect institutions that help save lives. Rather, hospitals have fallen as victims of cyberattacks.

Numerous health care industries have been victims of cyber-attacks. Such attacks occur when an isolated device transfers the stored medical data to the hospital’s network, which could possibly takeover the entire network of the hospital and intercept data exchange between the patient and the healthcare center. For instance, wearable devices such as the (insulin) diabetes kit that determines the exact amount to be discharged into the patient’s blood, based on

The data that passes through these systems is also important as it is often the ultimate target of attackers. Data may include personal information on staff, tenants, and patients; financial information; operational statistics; engineering drawings; procedures; and a variety of other documents. As part of the assessment of impacted systems, the sensitivity and confidentiality of the data stored and transmitted on those systems must be considered. Ideally this information should be collected as a part of an healthcare organization’s IT master plan, which will often include

this study report on current state of information technology security at the family clinic the report is primarily focused on cyber security carried out DR Maxwell

In this modern age, the use of technology has changed the way human beings carry out most of their daily lives. In healthcare, this is especially true. Patient information is no longer recorded with a pen and paper by a physician, and simply filed somewhere. The use of electronic medical records has shifted the way patient’s private health information is stored. This shift has put patient’s information at risk due to the possibility of glitches and

Healthcare data is deemed valuable to cybercriminals because it contains information that is rich enough for identity theft and it lasts a lifetime. Unlike financial data that becomes worthless when changed or replaced, healthcare data is permanent and cybercriminals can reuse it many times for different criminal activities, such as health insurance fraud and abuse. For cybercriminals, this is more lucrative than simply selling stolen data in the cybercriminal underground. Overall, hacking

Health care information system (HCIS) is an arrangement of information (data), processes, people, and information technology that interact to collect, process, store, and provide as output the information needed to support the health care organization (Wager, Lee, Glaser, 2013, p. 105). Having a ready access to accurate and relevant information is essential to health care organizations, providers, and patients (Wager, Lee, & Glaser, 2013). The growing development of health care technology has the potential to improve the quality of medical care in the US health care system. However, the continuous advancement of health information technology has increased the possibility of potential breaches of private or confidential healtt information. Some of the widely use health information technology nowadays are telehealth and telemedicine, Immunization Information System (IIS), electronic health records, electronic medical records, and so forth (ANA Center for Ethics and Human Rights, 2015). A breach of patient privacy and confidentiality is a threat to health care information and poses risk to people’s lives. It may affect the care that the patients receive as well their lives. This threat can be human threat (intentional or unintentional), natural and environmental (floods, fires, and etc.), and technology malfunctions (Wager, Lee, & Glaser, 2013, p. 354). Lack of proper training on how to use the system and weak information security policy are some of the reasons for the

Every day, hospitals in the United States and around the world are working long hours in responding to emergencies, attending patients, delivering newborn babies, performing surgeries, and foremost – saving lives. Not too long ago, cyberspace has given institutions such as hospitals the tools to accumulate and file as much information and data as possible in this great space of technology, networks, and systems. Information such as patient’s information, treatments, machinery, as well as having a better way to have a secure place to store them and have authorization in accessing them. However, such tools had been used as weapons by those who want to have access and possession of such critical information and control by cyber criminals, thieves, and terrorists. Unfortunately, it’s not simple to live in a world in which laws can just simply protect institutions that help save lives. Rather, hospitals have fallen as victims of cyberattacks.

The healthcare sector of the United States has been confronting issues of cyber-attacks to such an extent that majority of the patients feel every moment that they are at great risk and thus their treatment processes suffer a lot.(Hacking Healthcare IT in 2016) The small sized clinics do not have many resources to enhance their information security systems. Even the large sized enterprises are vulnerable to the cyber threats. The White House had declared that it would increase opportunities to tackle the cyber threats in every sphere, but the more it determined the more challenges the nation faced, which are continuing. (Federal Register, Vol. 78, No.33)

In the last decade, technology has evolved dramatically. Even to the point in which is indispensable in our lives. As the world becomes more and more interconnected through technology, the amount of information that is stored in servers all around the world continues to grow. At the same time, governments, businesses, organizations, military groups, and terrorist groups are constantly developing new technology in order to achieve a competitive advantage over the rest of the world. The technology of today is much more advanced, powerful, and dangerous than the technology from ten years ago, even to the point in which a single cyber-attack can cause the death of millions of people. For that reason, cyber security has

Today, cyber threats are becoming progressively more sophisticated, and attackers are harder to detect. What was once a seemingly straight forward safeguard using antivirus, antispam, and firewalls, has now grown into insidious and continuous system attacks. Within any enterprise, data is the forefront of its commercial capital, and any loss, reputation, or breach can result in catastrophic budgetary overhead. Organizations oftentimes ponder over lucrative security investments, sadly these aren’t the result of proactive but reactive measures. Attackers are fiercely penetrating enterprise networks, infrastructures, computers, and physical systems.