A new macOS malware dubbed 'KandyKorn' has been spotted in a campaign attributed to the North Korean Lazarus hacking group, targeting blockchain engineers of a cryptocurrency exchange platform.
The attackers impersonate members of the cryptocurrency community on Discord channels to spread Python-based modules that trigger a multi-stage KandyKorn infection chain.
Elastic Security discovered and attributed the attacks to Lazarus based on overlaps with past campaigns concerning the employed techniques, network infrastructure, code-signing certificates, and custom Lazarus detection rules.
Apple's "Find My" location network can be abused by malicious actors to stealthily transmit sensitive information captured by keyloggers installed in keyboards.
The Find My network and application is designed to help users locate lost or misplaced Apple devices, including iPhones, iPads, Macs, Apple Watches, AirPods, and Apple Tags.
The service relies on GPS and Bluetooth data crowd-sourced from millions of Apple devices worldwide to find devices reported as lost or stolen, even if those are offline.
Apple AirTags: Arbitrary data can be uploaded from non-internet-connected devices by sending Find My BLE broadcasts to nearby Apple devices. We're releasing an ESP32 firmware that turns the microcontroller into an (upload only) modem, and a macOS application to retrieve, decode and display the uploaded data.
(0Day) Microsoft Exchange ChainedSerializationBinder Deserialization of Untrusted Data Remote Code Execution Vulnerability
Several new vulnerabilities with critical severity scores are causing alarm among experts and cyber officials.
Zero-day bugs affecting products from Citrix and Apache have recently been added to the Cybersecurity and Infrastructure Security Agency’s (CISA) known exploited vulnerability (KEV) list.
Incident responders at the cybersecurity company Rapid7 warned of hackers connected to the HelloKitty ransomware exploiting a vulnerability affecting Apache ActiveMQ, classified as CVE-2023-46604. Apache ActiveMQ is a Java-language open source message broker that facilitates communication between servers.
In recent years, cybercriminals have become increasingly professional — fraudsters have consistently been improving their skills, making less crucial mistakes, and creating various “as-a-service” businesses to help lower-skilled threat actors launch scams and attacks, allowing the latter to run full cybercrime operations.
There are different types of cybercrime services that exist today, including malware-as-a-service, where cybercriminals develop and sell malware services to other malicious actors; the service also includes creating and spreading malware types such as ransomware on compromised hosts. Meanwhile, other services require the use of multiple social media accounts to be successfully carried out, such as misinformation, spamming, and malware propagation. Indeed, it’s not uncommon for cybercriminals to send thousands of spam messages using thousands of accounts on social media platforms. But how do they manage to automate all of it?
According to ecrime.ch data, confirmed ransomware incidents occurred in 105 countries, originating from 58 ransomware groups. This number is relatively consistent with last year’s data, in which we calculated that incidents impacted organizations in 109 countries and documented at least 60 distinct ransomware families. Though the overall statistics remain relatively consistent from last year to this year, there is more to the story: new trends in the ecosystem include the shifting dynamics of ransomware groups, the rise of the education sector as a key target, and the trends in geographic distribution of attacks.