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The HIPAA Journal is the leading provider of HIPAA training, news, regulatory updates, and independent compliance advice.

Steve Alder

Steve Alder is the editor-in-chief of The HIPAA Journal. Steve is responsible for editorial policy regarding the topics covered in The HIPAA Journal. He is a specialist on healthcare industry legal and regulatory affairs, and has 10 years of experience writing about HIPAA and other related legal topics. Steve has developed a deep understanding of regulatory issues surrounding the use of information technology in the healthcare industry and has written hundreds of articles on HIPAA-related topics. Steve shapes the editorial policy of The HIPAA Journal, ensuring its comprehensive coverage of critical topics. Steve Alder is considered an authority in the healthcare industry on HIPAA. The HIPAA Journal has evolved into the leading independent authority on HIPAA under Steve’s editorial leadership. Steve manages a team of writers and is responsible for the factual and legal accuracy of all content published on The HIPAA Journal. Steve holds a Bachelor’s of Science degree from the University of Liverpool. You can connect with Steve via LinkedIn or email via stevealder(at)hipaajournal.com

Millions of Devices Affected by Vulnerability in Thales Wireless IoT Modules

A vulnerability in components used in millions of IoT devices could be exploited by hackers and used to steal sensitive information and gain control of vulnerable devices, which could then be used in attacks on internal networks. Thales components are used by more than 30,000 companies, whose products are used across a broad range of industry sectors including energy, telecommunications, and healthcare. The flaw exists in the Cinterion EHS8 M2M module, along with several other products in the same line (BGS5, EHS5/6/8, PDS5/6/8, ELS61, ELS81, PLS62). The embedded modules provide processing power and allow devices to send and receive data over wireless mobile connections. The module is also used as a digital secure repository for sensitive information such as passwords, credentials and operational code. The flaw would allow an attacker to gain access to the contents of that repository. X-Force Red researchers discovered a method for bypassing security measures protecting code and files in the EHS8 module. “[The modules] store and run Java code, often containing confidential...

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New FritzFrog P2P Botnet Targets SSH Servers of Banks, Educational Institutions, and Medical Centers

A new peer-to-peer (P2P) botnet has been discovered that is targeting SSH servers found in IoT devices and routers which accept connections from remote computers. The botnet, named FritzFrog, spreads like a computer worm by brute forcing credentials. The botnet was analyzed by security researchers at Guardicore Labs and was found to have successfully breached more than 500 servers, with that number growing rapidly. FritzFrog is modular, multi-threaded, and fileless, and leaves no trace on the machines it infects. FritzFrog assembles and executes malicious payloads entirely in the memory, making infections hard to detect. When a machine is infected, a backdoor is created in the form of an SSH public key, which provides the attackers with persistent access to the device. Additional payloads can then be downloaded, such as a cryptocurrency miner. Once a machine is compromised, the self-replicating process starts to execute the malware throughout the host server. The machine is added to the P2P network, can receive and execute commands sent from the P2P network, and is used to...

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AI Company Exposed 2.5 Million Patient Records Over the Internet

The personal and health information of more than 2.5 million patients has been exposed online, according to technology and security consultant Jeremiah Fowler. The records were discovered on July 7, 2020 in two folders that were publicly accessible over the Internet and required no passwords to access data. The folders were labeled as “staging data” and had been hosted by an artificial intelligence company called Cense AI, a company that provides SaaS-based intelligent process automation management solutions. The folders were hosted on the same IP address as the Cense website and could be accessed by removing the port from the IP address, which could be done by anyone with an Internet connection. The data could have been viewed, altered, or downloaded during the time it was accessible. An analysis of the data suggests it was collected from insurance companies and relate to individuals who had been involved in automobile accidents and had been referred for treatment for neck and spinal injuries. The data was quite detailed and included patient names, addresses, dates of birth,...

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Three Vulnerabilities Identified in Philips SureSigns Vital Signs Monitors
Aug21

Three Vulnerabilities Identified in Philips SureSigns Vital Signs Monitors

Three low- to medium-severity vulnerabilities have been identified in Philips SureSigns VS4 vital signs monitors. If exploited, an attacker could gain access to administrative controls and system configurations and alter settings to send sensitive patient data to a remote destination. The vulnerabilities were identified by the Cleveland Clinic, which reported the flaws to Philips. Philips is unaware of any public exploits for the vulnerabilities and no reports have been received to date to indicate any of the vulnerabilities have been exploited. The flaws have been categorized as improper input validation (CWE-20), Improper access control (CWE-284), and improper authentication (CWE-287). Philips SureSigns VS4 receives input or data, but there is a lack of input validation controls to check the input has the properties to allow the data to be processed safely and correctly. This vulnerability is tracked as CVE-2020-16237 and has been assigned a CVSS V3 base score of 2.1 out of 10. When a user claims to have a given identity, there are insufficient checks performed to prove that the...

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Researchers Raise Concerns About Patient Safety and Privacy with COVID-19 Home Monitoring Technologies
Aug20

Researchers Raise Concerns About Patient Safety and Privacy with COVID-19 Home Monitoring Technologies

A team of researchers at Harvard University has investigated COVID-19 home monitoring technologies, which have been developed to decrease interpersonal contacts and reduce the risk of exposure to the 2019 Novel Coronavirus, SARS-CoV-2. A range of technologies have been developed to reduce the risk of exposure to SARS-CoV-2 and diagnose symptoms quickly to allow interventions that improve patient safety and limit the spread of COVID-19. The researchers define a home monitoring technology as “a product that is used for monitoring without (direct) supervision by a healthcare professional, such as in a patient’s home, and that collects health-related data from a person.” These technologies are being used to monitor patients in their homes for signs of COVID-19 and include smartwatches and mobile apps that connect to wireless networks and transmit health data. Algorithms are then applied to the data obtained by those technologies. The study, recently published in Nature Medicine, raises several concerns about these home monitoring tools as they were found to increase the risks to...

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