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Iran-linked Lyceum APT group uses a new.NET-based DNS backdoor to target organizations in the energy and telecommunication sectors. The Iran-linked Lyceum APT group, aka Hexane or Spilrin, used a new.NET-based DNS backdoor in a campaign aimed at companies in the energy and telecommunication sectors, ZScaler researchers warn.
“Do NOT conduct CFPB work using mobile voice calls or text messages,” reads the email sent to the employees referencing a recent government statement acknowledging the telecommunications infrastructure attack. The threat actors targeted insecure software update mechanisms to install malware on macOS and Windows victim machines.
On September 2022, the Sandworm group was observed impersonating telecommunication providers to target Ukrainian entities with malware. Since late 2021, the subgroup has targeted networks by modifying Outlook Web Access (OWA) sign-in pages and DNS configurations.
A China-linked hacking group, tracked as LightBasin (aka UNC1945 ), hacked mobile telephone networks around the globe and used specialized tools to access calling records and text messages from telecommunications companies. CrowdStrike researchers reported that at least 13 telecommunication companies were compromised by since 2019.
In August, Volexity researchers reported that a China-linked APT group, tracked as StormBamboo (aka Evasive Panda , Daggerfly , and StormCloud), successfully compromised an undisclosed internet service provider (ISP) in order to poison DNS responses for target organizations. The company linked the attacks to StormBamboo APT group.
The malicious code can also perform DNS and HTTP hijacking within private IP spaces. “What makes this malware family so insidious is the ability to perform HTTP and DNS hijacking for connections to private IP addresses. Additionally, it can interact with other devices on the LAN and transfer data or deploy new agents.
Earth Baxia primarily targeted government agencies, telecommunication businesses, and the energy industry in the Philippines, South Korea, Vietnam, Taiwan, and Thailand. The EAGLEDOOR backdoor can communicate with C2 via DNS, HTTP, TCP, and Telegram.
This year, security experts at Avast have blocked more than 4.6 The campaign uncovered by Avast aimed at silently modifying the Brazilian users’ Domain Name System (DNS) settings to redirect victims to malicious websites mimicking legitimate ones. Most recently, Netflix became a popular domain for DNS hijackers.”
Russia-linked APT group Sandworm has been observed impersonating telecommunication providers to target Ukrainian entities with malware. Russia-linked cyberespionage group Sandworm has been observed impersonating telecommunication providers to target Ukrainian entities with malware. ” reads the report published by Recorded Future.
The Microsoft Threat Intelligence Center (MSTIC) warns of GALLIUM threat group targeting global telecommunication providers worldwide. The Microsoft Threat Intelligence Center (MSTIC) warns of GALLIUM threat group targeting global telecommunication providers worldwide. ” reads the warning published by Microsoft.
In March 2020, The Ministry of Telecommunications (MoTC) issued a directive to all operators in Myanmar with a secret list of 230 sites to be blocked due to the nature of the content; adult content and fake news. Our findings show that both Telenor and MPT block websites using DNS tampering. Original post at: [link].
Over the past year, ExCobalt targeted Russian organizations in the the following industries: Metallurgy Telecommunications Mining Information technology Government Software development The Cobalt’s hallmark was the use of the CobInt tool , the same tool that ExCobalt began using in 2022.
Between 2017 and 2019, the APT group mainly used DNS hijacking in its campaigns. The group targets government entities, Kurdish (political) groups like PKK, telecommunication, ISPs, IT-service providers (including security companies), NGO, and Media & Entertainment sectors; Over the years, the group enhanced its evasion capabilities.
For any security leader or CISO, these numbers may seem insurmountablea deluge of data, noise, and potential vulnerabilities that would certainly keep teams awake at night if not drive burnout, with the high likelihood that the most important one accidentally gets missed.
The activity of the Lyceum APT group was first documents earlier of August by researchers at ICS security firm Dragos that tracked it as Hexane. Security experts at Dragos Inc. reported that Hexane is targeting organizations in the oil and gas industry and telecommunication providers. Another tool used by the group is kl.
The past months have shown that the most dangerous hacks involved DNS hijacking, which helped attackers manipulate DNS records for MITM attacks. The most common objective of such attacks is cyberespionage and disruption of major telecommunications companies’ work. The telecommunications sector: Are providers ready for 5G?
The C2 infrastructure used by the group was primarily hosted on the Bulgarian telecommunications company Neterra. Experts observed threat actors also using No-IP Dynamic DNS services. GitHub removed the accounts after SentinelOne reported the abuse to the company. The current C2 server is zig35m48zur14nel40[.]myftp.org
The researchers observed C2 infrastructure relying on dynamic DNS domains masquerading as Ukrainian telecommunication service providers. From August 2022, Recorded Future researchers observed a rise in command and control (C2) infrastructure used by Sandworm (tracked by Ukraine’s CERT-UA as UAC-0113).
The group has targeted a variety of industries, including financial, government, energy, chemical, and telecommunications, and has largely focused its operations within the Middle East. T1094) mainly developed using DNS resolutions (which is actually one of the main characteristic of the attacker group).
According to the DNS data analysis, this name was used to register at least two domains, which were created using the email from the phishing kit. The alleged perpetrator, who turned out to be a citizen of Morocco, was arrested in May by the Moroccan police based on the data about his cybercrimes that was provided by Group-IB.
Advances in the use of polymers revolutionized everything from food packaging to electronics, telecommunication and medicine. But how exactly will artificial intelligence help bridge the informationsecurity skills gap? They won with Mayhem, an assisted intelligence application security testing solution.
Advances in the use of polymers revolutionized everything from food packaging to electronics, telecommunication and medicine. But how exactly will artificial intelligence help bridge the informationsecurity skills gap? They won with Mayhem, an assisted intelligence application security testing solution.
Advances in the use of polymers revolutionized everything from food packaging to electronics, telecommunication and medicine. But how exactly will artificial intelligence help bridge the informationsecurity skills gap? They won with Mayhem, an assisted intelligence application security testing solution.
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