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3 Legal Issues in Digital Technology

The government has also prosecuted allegations of fraud and corruption related to telemedicine. For example, in October 2020, the Department of Justice announced Operation Rubber Stamp, a nationwide enforcement measure that includes criminal charges against 345 defendants in 51 federal districts, including more than 100 doctors, nurses, and other licensed health professionals primarily related to telemedicine programs. In addition to these criminal charges, the investigation led CMS to revoke the Medicare billing privileges of more than 250 additional health professionals, a record number of administrative actions. Beyond audit activities related to compliance with coding and documentation regulations, providers can expect the government to continue to be aware of the use of digital health technologies in a way that it believes can result in excessive costs to government and harm to patients. The two most common problems with collecting evidence via NET are the problems of (1) obtaining evidence without authorization (digital evidence obtained without a warrant may be inadmissible in court) and (2) authentication. Under the laws of most jurisdictions, seizure and investigation of digital devices requires an arrest warrant. The term “arrest warrant” can be defined as a specific type of permit issued by a state institution. Early U.S. court decisions required that the authentication of digital evidence require “a broader foundation” (U.S. v. Scholle, 553 F.2d 1109 (8th Cir.

1976). Later, U.S. courts changed their approach by declaring: “Compilations of computer data (…) should be treated like any other document” (U.S. v. Vela, 673 F.2d 86, 90 (5th Cir. 1982). At present, the “broader basis” of digital evidence authentication remains a good practice. We will also address four types of issues related to the collection of evidence via social networks, namely issues related to the authenticity of evidence collected via social networks (section 3.2.1), issues related to the admissibility of evidence collected via social networks (section 3.2.2), ethical issues (section (section 3.2.3) and issues related to the Stored Communications Act (section 3.2.2).

The use of digital health for healthcare has seen unprecedented growth in recent years, with the COVID-19 public health emergency (PHE) accelerating dramatically. As patients look for ways to empower themselves and take greater control of their health and well-being, this demand is being met by flexible and innovative tools and technologies. The latest advances in health technology in diagnosis, treatment and ongoing patient care have the potential to improve health and disease outcomes more than ever before. Companies in this sector also raised a record amount of capital, especially during the EPS. The chapter focuses on measures taken by governments to ensure that the latest technological innovations are not abused by drug traffickers and other criminals, people who want to avoid paying taxes on profits made, as well as terrorists and governments facing international sanctions. Problems include a lack of understanding by governments of the nature and function of the new technology, how to overcome its almost total lack of transparency, the actions of individuals hacking into individual websites to gain knowledge about users` private keys to steal wallets with virtual currencies, and other efforts. United States of America Government Services Administration, Blockchain, www.gsa.gov/technology/government-it-initiatives/emerging-citizen-technology/blockchain About the Author: Leah Hamilton is a skilled lawyer and writer who works at TermsFeed, where companies can make legal arrangements with the generator in minutes. The term “new and emerging technologies” (NET) encompasses the newest, most advanced and most important innovations developed in various areas of today`s modern technology. Current examples of NET include, for example, zero-emission hydrogen-powered cars, next-generation robotics, genetic engineering techniques, developments in artificial intelligence; Nanotechnologies, social networks, etc.

In response to the PSA, the federal and state regulatory landscape quickly created an interim order of temporary waivers, enforcement orders, and regulations to expand access to telemedicine services, but to leave providers and patients uncertain about the scope of practice issues (e.g., licensing) and reimbursement for these services, among other things.