Ivanti itself flagged this bug, along with CVE-2026-1281, as zero-day threats back in late January, pushing out updates and strongly urging customers to apply them immediately. The company acknowledged then that a limited number of customers had already fallen victim. The Shadowserver Foundation is currently tracking nearly 950 internet-facing Ivanti EPMM instances, with a significant portion located in Europe and North America, though the patch status for these systems remains unknown.

The group purports that several of Anodot’s customers have already been impacted, with their data reportedly stolen and ransom demands issued. However, these claims currently lack official independent verification. In parallel, Snowflake has confirmed to BleepingComputer that it observed “unusual activity within a small number of Snowflake customer accounts linked to a specific third-party integration.” This statement from Snowflake aligns with the scenario described byחדשות סייבר - ארז דסה, suggesting a potential supply chain compromise impacting Anodot’s integration and subsequently affecting Snowflake customers.

While details on Mythos’ specific functionalities remain somewhat guarded, the assessment from ‘חדשות סייבר - ארז דסה’ suggests that its potential for misuse, particularly in generating harmful content or facilitating malicious activities, outweighs its current benefits. This cautious approach from Anthropic underscores the ongoing challenges in developing advanced AI responsibly, balancing innovation with the imperative to prevent widespread negative consequences.

While the convenience factor is undeniable, the introduction of a built-in screen recorder, especially from a major player like Google, warrants a closer look from a security perspective. ‘חדשות סייבר - ארז דסה’ highlighted the potential for misuse, noting that any tool capable of recording screen activity could be exploited if it falls into the wrong hands or is compromised. Unauthorized recording can lead to sensitive data exposure, privacy violations, and a significant security risk if malicious actors gain control.

This isn’t a new revelation; discussions around Node.js’s module search path have been ongoing since 2013-2014. Node.js maintainers have historically considered this behavior intentional, stating, “Node.js trusts the file system,” and do not classify it as a vulnerability like CWE-427 (Uncontrolled Search Path Element). Instead, they place the onus on application developers to secure their code against this potential abuse.

Pentesting News points to this stance as having dangerous real-world consequences. Developers often remain unaware of this attack surface, leading to widespread exploitable applications. While specific examples like npm CLI and the Discord desktop app (CVE-2026-0776, reportedly unpatched) are cited, it’s highly probable that numerous other Node.js applications are susceptible to LPE attacks via this module resolution quirk.

This incident underscores the critical importance of securing the software supply chain. By compromising Trivy, TeamPCP gained a potential backdoor into numerous systems that rely on the scanner for security validation. The stolen Cisco source code could be leveraged for further attacks, intellectual property theft, or to uncover additional vulnerabilities within Cisco’s product ecosystem. The campaign serves as a stark reminder that even foundational security tools can become attack vectors if not properly hardened and monitored.

The modus operandi appears to involve scanning for internet-facing PLCs, likely from vendors like Unitronics, and then attempting to gain unauthorized access. Once inside, these actors could manipulate industrial processes, disrupt operations, or even cause physical damage. This isn’t just theoretical; Cyber Threat Intelligence points to evidence suggesting these actors have successfully infiltrated and disrupted systems within the US, underscoring the tangible threat to essential services. The implications are significant, potentially impacting everything from water treatment facilities to energy grids.

Geopolitics Hack-for-hire spyware campaign targets journalists in Middle East, North Africa Access Now, Lookout and SMEX joined research forces to find a campaign involving suspected Indian government-connected group Bitter, ProSpy spyware and more. By Tim Starks April 8, 2026 Listen to this article 0:00 Learn more. This feature uses an automated voice, which may result in occasional errors in pronunciation, tone, or sentiment. Malte Mueller, Getty Images An apparent hack-for-hire campaign from a group with suspected Indian government connections targeted Middle Eastern and North African journalists and activists using spyware, three collaborating organizations said in reports published Wednesday. The attacks shared infrastructure that pointed to the advanced persistent threat group known as Bitter, which most frequently targets government, military, diplomatic and critical infrastructure sectors across South Asia, according to conclusions from researchers at Access Now, Lookout and SMEX. Each group took on a different piece of the puzzle: Access Now got calls on its helpline that led it to examine a spearphishing campaign in 2023 and 2024. It contacted Lookout for technical support about the malware it encountered. Lookout attributed the malware to Bitter, concluding it was a likely hack-for-hire campaign, using the Android ProSpy spyware. SMEX dived into a spearphishing campaign targeting a prominent Lebanese journalist last year, collaborating with Access Now to discover shared infrastructure between the campaigns. Advertisement One of the victims, independent Egyptian journalist Mostafa Al-A’sar, said he contacted Access Now after receiving a suspicious link from someone he’d been talking to about a job position. He was skeptical because his phone had been targeted before, when he was arrested

Reference:

• https://cyberscoop.com/hack-for-hire-spyware-campaign-targets-journalists-in-middle-east-north-africa/

An attacker could exploit this by crafting a command like git log --grep="$(malicious_command)". Syntx’s flawed parsing would misinterpret this as a safe Git operation, leading to automatic approval. The underlying shell, however, would prioritize executing the injected code within the arguments, granting the attacker Remote Code Execution (RCE) without any user interaction. This is a classic example of input validation gone wrong, where a seemingly innocuous function can be weaponized.

Pentesting News points to the importance of defining clear use cases before data ingestion. Are you trying to detect advanced persistent threats (APTs), meet GDPR logging requirements, or troubleshoot a specific application? Each use case demands different data. The architect’s approach emphasizes granular control over what data enters Splunk, when it’s indexed, and how long it’s retained. This isn’t about cutting corners; it’s about smart resource allocation. Over-ingesting irrelevant or low-value data not only inflates costs but also buries critical alerts in a sea of noise, making threat detection a much harder game.