For more than six years, the Global Research and Analysis Team (GReAT) at Kaspersky has been publishing quarterly summaries of advanced persistent threat (APT) activity. These summaries are based on our threat intelligence research. They provide a representative snapshot of what we have published and discussed in greater detail in our private APT reports. They are designed to highlight the significant events and findings that we feel people should be aware of.
L'identité du leader du gang de hackers Lockbit, le cybercriminel le plus recherché de la planète, a été dévoilée ce 7 mai par les forces de l'ordre. Un expert en cyber est parti en quête d'informations sur ce ressortissant russe. Une demi-heure seulement après le communiqué des forces de l'ordre dévoilant l'identité
La presse alémanique a révélé samedi que neuf parlementaires suisses auraient été visés par une attaque informatique chinoise en hiver 2021. Après avoir mené l'enquête, le ministère américain de la Justice accuse sept membres d'un groupe de hackeurs proches du gouvernement chinois.
La cyberattaque menée en 2021 par un groupe de hackeurs semble concerner une centaine de politiciens et politiciennes dans le monde. Plus précisément, les personnalités politiques qui ont été visées portent un regard critique à l'égard du gouvernement chinois.
The EU issued a statement strongly condemning the malicious cyber campaign conducted by the Russia-controlled Advanced Persistent Threat Actor 28 (APT28) against Germany and Czechia.
Czechia jointly with Germany, the European Union, NATO and international partners strongly condemns activities of the Russian state-controlled actor APT28, who has been conducting a long-term cyber espionage campaign in European countries. APT28 is associated with Russian military intelligence service GRU.
Microsoft discovered a vulnerability pattern in multiple popular Android applications that could enable a malicious application to overwrite files in the vulnerable application’s internal data storage directory, which could lead to arbitrary code execution and token theft, among other impacts. We have shared our findings with Google’s Android Application Security Research team, as well as the developers of apps found vulnerable to this issue. We anticipate that the vulnerability pattern could be found in other applications. We’re sharing this research more broadly so developers and publishers can check their apps for similar issues, fix as appropriate, and prevent them from being introduced into new apps or releases.