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npm Supply-Chain Threat: Seven Malicious Packages Cloak Crypto Scams in 2025
In late 2025, cybersecurity researchers uncovered a supply-chain attack involving seven malicious npm packages uploaded by the threat actor 'dino_reborn.' These packages leveraged Adspect cloaking technology to detect if visitors were victims or security researchers. Unsuspecting users were redirected to fraudulent cryptocurrency-themed websites, exposing them to potential scams or malware. The packages were published between September and November 2025 and remained available until detection, highlighting the challenges in securing open-source ecosystems. This incident is part of a growing trend involving supply-chain attacks targeting widely used software repositories. As more attackers adopt advanced evasion measures like traffic cloaking and nuanced social engineering, the risk and complexity of defending modern development pipelines are rapidly increasing.
Iranian Espionage Campaign Uses DEEPROOT & TWOSTROKE in Aerospace and Defense Breach (2025)
In late 2025, an Iranian-linked threat group known as UNC1549 targeted aerospace and defense organizations in the Middle East, deploying custom backdoors named TWOSTROKE and DEEPROOT. The attackers gained access through spear-phishing and strategic web compromises, establishing persistent footholds and enabling sustained espionage operations. Google-owned Mandiant attributed the campaign to advanced initial access and lateral movement techniques, allowing the threat actors to blend into legitimate network activity while exfiltrating sensitive intellectual property and operational data. The campaign underscored weaknesses in internal segmentation, encrypted traffic oversight, and anomaly detection within high-value verticals. This incident highlights an uptick in sophisticated espionage attacks on critical infrastructure using tailored malware and stealthy, post-compromise tactics. The use of novel backdoors and multi-stage intrusion campaigns demonstrates an evolving threat landscape, emphasizing the need for deeper defense in depth and zero trust approaches among organizations handling sensitive data.
Researchers Reveal Tuoni C2’s Role in 2025 Real-Estate Cyber Attack
In early November 2025, a prominent U.S.-based real-estate company was targeted in a sophisticated cyber attack utilizing the Tuoni command-and-control (C2) framework, a new red-teaming tool known for implementing stealthy, in-memory payload delivery. The attackers exploited Tuoni C2’s advanced capabilities to infiltrate the network while evading traditional security controls, demonstrating lateral movement and attempting data collection within internal segments. Although swift detection halted major exfiltration, the intrusion highlighted gaps in east-west traffic visibility and segmentation, causing temporary disruption to key business systems and prompting an urgent review of internal controls. This attack underscores the growing trend of adversaries adopting novel, freely available C2 tools to bypass existing enterprise defenses. It reflects broader industry concern as C2 frameworks like Tuoni fuel increased attack sophistication, especially in sectors handling large volumes of sensitive data such as real estate and finance.
Sneaky 2FA Kit Innovates with BitB Pop-up Phishing: MFA Bypass at Scale
In November 2025, security researchers reported on the evolving Sneaky 2FA Phishing-as-a-Service (PhaaS) kit, which now features sophisticated Browser-in-the-Browser (BitB) pop-ups that convincingly mimic legitimate browser address bars. These enhancements enable threat actors, including low-skilled attackers, to deploy highly realistic phishing attacks at scale and bypass multi-factor authentication (MFA) protections. Victims, typically employees of enterprises and large organizations, are tricked into entering credentials and 2FA codes into deceptive portals, facilitating account compromise and potential unauthorized access to sensitive business assets. This incident highlights a troubling trend of phishing toolkits increasing in sophistication, making advanced attacks accessible to broader criminal audiences. Organizations are now facing growing regulatory and operational pressure to update authentication, identity protection, and detection controls amid a wave of phishing leveraging MFA bypass and deceptive visual TTPs.
CISA Flags Critical Fortinet FortiWeb Vulnerability: CVE-2025-58034 Joins KEV Catalog
In November 2025, CISA added CVE-2025-58034, a Fortinet FortiWeb OS Command Code Injection vulnerability, to its Known Exploited Vulnerabilities (KEV) Catalog following evidence of in-the-wild exploitation against internet-exposed FortiWeb appliances. Threat actors leveraged this critical flaw to execute arbitrary system commands remotely, enabling them to gain unauthorized access, pivot laterally, or deploy additional malware. The urgency was amplified by ongoing exploitation and a recently published Fortinet security advisory, prompting CISA to recommend an accelerated one-week remediation deadline for federal and enterprise environments. This incident exemplifies the continued targeting of web application infrastructure by attackers exploiting unpatched devices. The rapid exploitation timeline, coupled with directives like BOD 23-02, highlights the increasing regulatory focus and operational risk posed by known—but unremediated—vulnerabilities in public-facing systems.
Malicious npm Packages Leverage Adspect Cloaking to Fuel Crypto Supply Chain Scam (2024)
In early 2024, a sophisticated supply chain attack was uncovered involving a wave of malicious npm packages that abused Adspect cloaking techniques to avoid detection. Attackers published seemingly benign JavaScript libraries to the official npm registry. Once installed, these packages deployed malware via fake cryptocurrency-related sites, using cloaking to distinguish between legitimate victims and security researchers. The campaign allowed threat actors to evade automated scans, maximize the longevity of their malicious payloads, and target developers and end users with credential theft and crypto scams. This incident highlights the evolving threat landscape around open-source software supply chains. The use of advanced traffic cloaking and victim filtering marks a new escalation in attacker TTPs, forcing organizations to revisit how they vet third-party dependencies and monitor developer ecosystems for hidden threats.
PowerChute ICS Flaws: Schneider Electric 2025 Vulnerabilities Expose Critical Manufacturing
In November 2025, Schneider Electric disclosed multiple vulnerabilities affecting PowerChute Serial Shutdown version 1.3 and earlier, widely deployed in critical manufacturing. The flaws, reported by security researcher Aleksandar Djurdjevic, include a path traversal (CVE-2025-11565), improper authentication attempt controls (CVE-2025-11566), and insecure default permissions (CVE-2025-11567). Successful exploitation could allow attackers on the local network to gain user or system access, potentially compromising operational technology environments. Immediate mitigation involved updating to version 1.4, securing folder permissions, and implementing network isolation practices to reduce exposure. This incident highlights growing risks to industrial control systems amid increasing convergence of IT/OT and heightened attacker focus on supply chain and infrastructure software weaknesses. Regulatory and business pressures mount as organizations strive to bolster segmentation, logging, and zero trust practices to avoid costly operational disruptions and compliance failures.
Critical 2025 METZ CONNECT EWIO2 Vulnerabilities: Auth Bypass and RCE Expose Industrial Control Risks
In November 2025, multiple critical vulnerabilities were disclosed in METZ CONNECT EWIO2 industrial control devices, enabling remote attackers to bypass authentication and gain full control, execute arbitrary code, and read sensitive device information. The flaws include authentication bypass (CVE-2025-41733), PHP remote file inclusion (CVE-2025-41734), unrestricted file upload (CVE-2025-41735), path traversal (CVE-2025-41736), and improper access control (CVE-2025-41737), with CVSS v4 scores ranging from 8.7 to 9.3. Affected devices are used globally in critical manufacturing environments, and exploitation could trigger operational disruption or unauthorized control. This incident is highly relevant as it targets the operational technology (OT) sector—a high-value, often less-protected attack surface increasingly sought after by threat actors. As convergence between IT and OT grows, unpatched, internet-exposed devices in critical infrastructure remain susceptible to devastating attacks, underscoring urgent need for robust patching, segmentation, and proactive defense.
Schneider Electric 2025 SCADA Cryptography Flaw: What It Means for Industrial Cybersecurity
In November 2025, Schneider Electric disclosed a critical vulnerability (CVE-2025-9317) in its EcoStruxure Machine SCADA Expert and Pro-face BLUE Open Studio platforms, widely used across energy, manufacturing, and commercial sectors. The flaw involved the use of a broken or risky cryptographic algorithm within an AVEVA-supplied component, allowing local attackers with read access to project or cache files to reverse-engineer user passwords by brute-forcing weak password hashes. This could result in loss of confidentiality and integrity within impacted environments. No remote exploitation was identified, and there are no public reports of in-the-wild attacks as of the advisory date. This incident underscores persistent risks in ICS/OT software supply chains, where cryptographic weaknesses can enable privilege escalation and lateral movement by adversaries. With global regulators increasingly pressuring critical infrastructure providers on cyber hygiene and segmentation, this advisory highlights the urgency for supply chain and password management reforms.
CISA Releases Critical ICS Vulnerability Advisories: 2025 Update for Industrial Systems
In November 2025, the Cybersecurity and Infrastructure Security Agency (CISA) released six Industrial Control Systems (ICS) advisories addressing multiple critical vulnerabilities impacting popular ICS products, including Schneider Electric EcoStruxure and Pro-face BLUE Open Studio, Shelly Pro series, METZ CONNECT EWIO2, and PowerChute Serial Shutdown. These advisories alert asset owners, operators, and administrators about exploitation risks and provide detailed technical information and mitigation steps. The vulnerabilities, if left unaddressed, expose essential operational technology environments to risks such as unauthorized access, manipulation, and potential disruption of critical infrastructure services. This disclosure comes amidst a surge in attacks targeting industrial and OT environments, underscoring increased adversary focus on exploiting ICS vulnerabilities. With regulatory pressures mounting and recent attacks on critical infrastructure making headlines, organizations are urged to address these risks with urgency.
Shelly Pro 4PM 2025 Vulnerability: Unchecked Resource Allocation Triggers Industrial DoS
In November 2025, a significant vulnerability (CVE-2025-11243) was disclosed in Shelly Pro 4PM, a smart DIN rail switch commonly used in critical manufacturing environments worldwide. The flaw, arising from improper resource allocation and lack of input bounds checking, allowed an attacker on the local network to trigger a denial-of-service condition by sending specially crafted RPC requests. This caused the device to overallocate memory and reboot, risking loss of control or downtime in industrial settings. No exploitation has been reported publicly, but affected firmware versions prior to 1.6 remain at risk until patched. This incident underscores the persistent risk of denial-of-service vulnerabilities in IoT and industrial devices, especially as connected manufacturing assets proliferate. The failure in secure resource management highlights the growing regulatory and operational focus on robust device security amid expanding threat surfaces.
2025 Shelly Pro 3EM ICS Flaw Exposes Modbus Devices to DoS
In November 2025, a critical Out-of-Bounds Read vulnerability (CVE-2025-12056) was disclosed in the Shelly Pro 3EM, a smart DIN rail switch used in industrial control systems worldwide. Security researchers revealed that a specially crafted Modbus request allows attackers on the adjacent network to trigger an illegal memory access, causing a denial-of-service condition by repeatedly rebooting the device. All versions of the Pro 3EM are affected, including deployments across critical manufacturing sectors. Shelly did not issue an official response, leaving users to rely on CISA defensive guidance. This incident exemplifies the growing risk of targeted vulnerabilities in widely deployed OT (operational technology) and industrial IoT devices. As criminals and nation-state actors increasingly focus on ICS and critical infrastructure, maintaining robust segmentation, access controls, and secure outbound communications is more relevant than ever.