The extradition of Maksim Silnikau to the United States marks a significant step in a decade-long investigation into one of the world's most prolific Russian-speaking cybercriminal gangs. Known by handles such as "J P Morgan," Silnikau is accused of leading a group that developed and distributed various ransomware strains, including Reveton, which evolved into a sophisticated ransomware-as-a-service model. The investigation, led by the UK's National Crime Agency alongside the FBI and US Secret Service, initially identified "J P Morgan" in 2011 during the first Reveton ransomware attacks. Silnikau's arrest in Spain by international law enforcement highlights the extensive efforts to track and detain cybercriminals who have extorted tens of millions of dollars globally. He now faces charges in the US alongside other alleged associates.

Ransomware Kingpin Who Called Himself "J P Morgan" Extradited to the United States Tripwire

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A Surge in Ransomware Attacks Threatens Health Systems and Patient Care Journal of the American Medical Association

The emphasis on patient experience has heightened its value in the healthcare revenue cycle, adapting to a patient-consumer market where individuals bear more care costs. Patient portals have expedited processes and increased patient engagement in their care, aiding tasks like billing, scheduling, and payment plans. Allegheny Health Network utilized a financial engagement platform for integrated billing, while Lake Washington Physical Therapy saw a 47% reduction in accounts receivable with electronic billing. The pandemic-driven need for telehealth expanded digital services, with Ann & Robert H. Lurie Children’s Hospital boosting portal usage significantly through targeted initiatives. Digital tools, like at Springfield Clinic, streamline front-end tasks and reduce administrative burdens, aiming to enhance patient interactions through technology.

How Leaders Are Using Patient Portals to Drive Patient Experience, Improve Collections HealthLeaders

The U.S. Department of Commerce’s National Institute of Standards and Technology (NIST) has finalized a principal set of encryption algorithms designed to withstand future cyberattacks from quantum computers. These new standards emerge from NIST's post-quantum cryptography (PQC) standardization project and are ready for immediate deployment. As quantum computing advances, it poses significant threats to current encryption methods, potentially compromising security and privacy within a decade. The finalized standards include detailed instructions for implementation and focus on safeguarding general encryption and digital signatures. NIST continues to evaluate additional algorithms for future backup standards to ensure comprehensive protection against quantum threats.

NIST Releases First 3 Finalized Post-Quantum Encryption Standards nist.gov