satellite phone | Breaking Cybersecurity News | The Hacker News

Security researchers have discovered a new method to decrypt satellite phone communications encrypted with the GMR-2 cipher in "real time" -- that too in mere fractions of a second in some cases. The new attack method has been discovered by two Chinese security researchers and is based on previous research by German academicians in 2012, showing that the phone's encryption can be cracked so quickly that attackers can listen in on calls in real time. The research, disclosed in a paper published last week by the security researchers in the International Association for Cryptologic Research, focused on the GMR-2 encryption algorithm that is commonly being used in most modern satellite phones, including British satellite telecom Inmarsat, to encrypt voice calls in order to prevent eavesdropping. Unlike previous 2012 research by German researchers who tried to recover the encryption key with the help of 'plaintext' attacks, the Chinese researchers attempted ...

A British computer hacker who allegedly hacked a United States Department of Defense satellite system in 2014 and accessed the personal information of hundreds of military personnel has pleaded guilty on Thursday. Sean Caffrey, a 25-year-old resident of Sutton Coldfield in the West Midlands, has admitted to breaking into a US military communications system in June 2014 and stealing usernames and email addresses of over 800 employees and data from 30,000 satellite phones, the UK's National Crime Agency announced on Thursday. The UK authorities arrested Caffrey in March 2015 after they traced back the hack to his home IP address, which indicates the hacker did not use any anonymity service, such as VPN, proxy or Tor, to hide its track. The NCA officials also discovered that an online messaging account linked to the Pentagon satellite system attack was opened and operated from Caffrey's computer. After a forensic examination of his seized computers, the investigators d...

AI agents have rapidly evolved from experimental technology to essential business tools. The OWASP framework explicitly recognizes that Non-Human Identities play a key role in agentic AI security. Their analysis highlights how these autonomous software entities can make decisions, chain complex actions together, and operate continuously without human intervention. They're no longer just tools, but an integral and significant part of your organization's workforce. Consider this reality: Today's AI agents can analyze customer data, generate reports, manage system resources, and even deploy code, all without a human clicking a single button. This shift represents both tremendous opportunity and unprecedented risk. AI Agents are only as secure as their NHIs Here's what security leaders are not necessarily considering: AI agents don't operate in isolation . To function, they need access to data, systems, and resources. This highly privileged, often overlooked acces...