The threat actors tried to bait targets into downloading infected apps that would give them access to victim devices and leak personal data like location history and residential addresses.
The targeted senior officials include academicians, politicians, media professionals, and others
ShinBet said the stolen information would be used by Iran to launch attacks against Israeli nationals “through Israeli cells they have recruited within the country.” The targets were reached out with an “individually tailored cover story for each victim according to their area of work, so the approach doesn’t seem suspicious.”
In one case, the attacker disguised as a Cabinet Secretary lured the target saying he wanted to coordinate with PM Benjamin Netanyahu. Shin Bet has tracked the targets involved in the campaign and informed them about the phishing attempts.
“This is another significant threat in the campaign Iran is waging against Israel, aimed at carrying out assassination attacks. We request heightened awareness, as cyberattacks of this type can be avoided before they happen through awareness, caution, suspicion, and proper preventative behavior online,” said a Shin Bet official.
Shin Bet “will continue to act to identify Iranian activity and thwart it in advance.” It believes the motive behind the attacks was to manage future attacks on Israeli nationals using information given by Israeli cells recruited by Iran. The campaign is a sign of an escalation between Iran and Israel, the end goal being assassination attempts.
The recent discovery of phishing campaigns is part of larger targeted campaigns against Israel. In September 2024, 7 Jewish Israelis were arrested for allegedly spying on IDF and Israeli security figures for Iran.
The Times of Israel reports, “Also in September, a man from the southern city of Ashkelon was arrested on allegations that he was smuggled into Iran twice, received payment to carry out missions on behalf of Tehran, and was recruited to assassinate either Israel’s prime minister, defense minister, or the head of the Shin Bet.”
A team of experts from Uruguay has found that it's possible to hack electromagnetic radiation from HDMI cables and process the video via AI.
University of the Republic experts in Montevideo posted their findings on Cornell's ArXiv service. As per the findings, you can train an AI model to interpret minute fluctuations in electromagnetic radiation released from an HDMI cable. “In this work, we address the problem of eavesdropping on digital video displays by analyzing the electromagnetic waves that unintentionally emanate from the cables and connectors, particularly HDMI,” the researchers said. Despite being a wired standard and digitally encrypted, abundant electromagnetic signals are released from these cables to track without needing direct access.
Detecting and decoding are different, but the experts also found that by pairing an AI model with text recognition software, one can "read" the wireless recorded EM radiation with a surprising 70% accuracy.
It is still distant from a traditional recording, but there's still a 60 percent improvement compared to earlier methods, making it capable of stealing passwords and other sensitive info. One can also do it wirelessly without physical access to attack a computer, from outside a building in real-life situations.
Skimming from wireless electromagnetic signals for spying purposes isn't a new thing. It is a vulnerability called TEMPEST (Transient ElectroMagnetic Pulse Emanation Standard, a very awkward backronym) having links to espionage dating back to World War 2.
However, because HDMI connections are digital transmissions with some kind of encryption utilizing the HDCP standard, they were not thought to be particularly vulnerable to it. The researchers' AI algorithm-assisted technique of assault (dubbed "Deep-TEMPEST") raises some troubling possibilities.
According to experts, the system and its related alternatives, are already in use by state-sponsored hackers and industrial espionage threat actors. The advanced nature of the methods and the need to be around the target systems suggest that they won’t cause harm to regular users. However, large businesses or government agencies should be on the lookout, to protect their sensitive data, they should consider EM-shielding measures- especially for the employees and stakeholders working from home.
“The proposed system is based on widely available Software Defined Radio and is fully open-source, seamlessly integrated into the popular GNU Radio framework. We also share the dataset we generated for training, which comprises both simulated and over 1000 real captures. Finally, we discuss some countermeasures to minimize the potential risk of being eavesdropped by systems designed based on similar principles,” concluded experts in the report.
The gang "Careto" or "The Mask" began operations in 2007 and suddenly vanished in 2013. During that time, the Spanish-speaking threat actor claimed around 380 unique victims in 31 countries, including the United States, the United Kingdom, France, Germany, China, and Brazil.
Kaspersky researchers, who monitored Careto ten years ago and recently discovered new attacks, classified Careto's former victims as government organizations, diplomatic offices and embassies, energy, oil and gas corporations, research institutions, and private equity firms.
According to Kaspersky, Careto group actors use specialized tactics to sneak into both victim environments, maintain persistence, and harvest information.
In both attacks, for example, it appears that the attackers got early access using the organization's MDaemon email server, a software that many small and medium-sized enterprises use. According to Kaspersky, the attackers planted a backdoor on the server, giving them control of the network. They used a driver connected with the HitmanPro Alert malware scanner to sustain persistence.
Careto distributed four multi-modular implants on workstations across each victim's network as part of the attack chain, exploiting a previously undisclosed weakness in a security product utilized by both. Kaspersky's analysis did not specify the security product or weakness that Careto is exploiting in its latest operation. However, the company stated that it has provided comprehensive details about Careto's recent attacks, including tactics, strategies, and procedures, in a private APT report for customers.
The implants, named "FakeHMP," "Careto2," "Goreto," and the "MDaemon implant," allowed the attackers to carry out a variety of harmful acts in the victim environments. According to Kucherin, the MDaemon implant permitted threat actors to conduct initial reconnaissance, extract system configuration information, and execute commands for lateral movement.
He emphasizes that threat actors use FakeHMP to record microphones and keyloggers and steal confidential papers and login information. Both Careto2 and Goreto perform keylogging and screenshot capture. Careto2 also facilitates file theft, according to Georgy Kucherin, security researcher at Kaspersky.