✨ The Containment Era is here. Secure AI workloads before they breach. →The Containment Era is here. →The Containment Era is here. →Explore ✨
Banking/Mortgage
Breach intelligence, attack campaigns, and threat reports targeting the Banking/Mortgage sector.
Explore Other Sectors
Banking/Mortgage Threat Reports
Russian Authorities Dismantle Meduza Stealer Malware Group After Major Data Thefts (2024)
In June 2024, Russian law enforcement authorities arrested three alleged administrators behind the Meduza Stealer information-stealing malware in Moscow. The operation was part of a wider investigation following attacks on Russian organizations by the threat actor group, who distributed Meduza Stealer via phishing campaigns and illicit online forums. The malware targeted sensitive credentials, browser data, and cryptocurrency wallets, which were then exfiltrated to attacker-controlled servers. The arrests are expected to significantly disrupt the group’s operations and potentially curb related cybercriminal activity in the region. The Meduza Stealer case underscores the global proliferation of credential-stealing malware and highlights growing law enforcement action against cybercrime groups. With similar infostealer campaigns on the rise and rapid threat actor adaptation, organizations must prioritize endpoint protection and user awareness to stay ahead of evolving tactics.
6 months ago
Kill Chain
LinkedIn Phishing Scam Exploits Finance Executives with Fake Board Invites
In May 2024, attackers launched a highly targeted phishing campaign abusing LinkedIn’s direct messaging system to impersonate executive board invitations and target finance executives. The phishing messages enticed victims to a spoofed Microsoft authentication page designed to steal their credentials. These attacks demonstrated careful social engineering, relying on the professional trust inherent to LinkedIn. Stolen credentials could be leveraged for unauthorized access to sensitive corporate financial data or for follow-on business email compromise attacks, creating substantial business risk and potential regulatory exposure. This incident underscores an ongoing surge in sophisticated, identity-driven phishing attacks against senior business leadership. As attackers increasingly exploit trusted professional platforms and personalize their lures, organizations face mounting pressure to adopt advanced detection, multi-factor authentication, and user awareness to counter modern credential theft threats.
- Banking/Mortgage
- Capital Markets/Hedge Fund/Private Equity
- Investment Management/Hedge Fund/Private Equity
6 months ago
Kill Chain
Europe Hit by Massive NFC Relay Malware Attacks Targeting Payment Cards in 2024
In early 2024, cybersecurity researchers uncovered a sweeping campaign across Eastern Europe involving over 760 malicious Android apps leveraging NFC (Near-Field Communication) relay malware. Threat actors distributed these apps through unofficial channels, targeting unsuspecting users to intercept and relay credit card information during contactless transactions. Once installed, the malware exploited device-level NFC permissions to steal payment credentials, enabling attackers to commit significant financial fraud and undermine consumer trust in mobile payments. The primary impact has been large-scale theft from compromised cards, increased banking fraud, regulatory concern, and widespread consumer exposure. This incident signals a sharp escalation in mobile payment threats and demonstrates how sophisticated cybercriminals now target embedded hardware features. Organizations face new challenges in defending against evolving mobile malware, with compliance and security standards coming under increased scrutiny.
6 months ago
Kill Chain
New 'Brash' Chromium Exploit Exposes Enterprise Browser Risks in 2025
In October 2025, a severe vulnerability affecting Chromium-based browsers was publicly disclosed by security researcher Jose Pino. Nicknamed "Brash," this exploit targets the Blink rendering engine by manipulating specific DOM operations, allowing any attacker to crash a victim's browser with a single specially crafted URL. The vulnerability impacted Chrome, Edge, Brave, and other browsers using Chromium, raising concerns about both service disruption and potential for more severe follow-on attacks. The flaw could be triggered in as little as 15–60 seconds, posing a high risk for denial-of-service campaigns and widespread user impact until an emergency patch was released. The Brash exploit underscores increasing risks from 'zero-click' browser attacks. As reliance on web-based applications rises, threat actors increasingly target foundational browser components. This incident highlights the need for continuous monitoring and rapid browser patching in enterprise environments to counter such fast-moving threats.
6 months ago
Kill Chain
Herodotus Android Malware: Sophisticated Human-Like Typing Evasion Uncovered in 2024
In early June 2024, cybersecurity researchers identified a new Android malware family, Herodotus, which leverages advanced evasion tactics to bypass mobile security defenses. Disguised as legitimate applications, Herodotus executes random delay injection within its input routines to emulate human-like typing behaviors. This innovative technique thwarts traditional detection mechanisms that rely on recognizing predictable or automated input patterns, thereby enabling the malware to steal credentials, access sensitive data, and potentially gain persistence on compromised Android devices. The threat actors exploit users who install trojanized apps from unofficial sources, broadening their infection base and weakening mobile ecosystem defenses. The Herodotus incident highlights the escalating sophistication of mobile malware and the urgent need for organizations and consumers to implement robust mobile endpoint security controls. Its emergence coincides with a marked increase in malware adopting anti-detection tactics, signaling a concerning trend in attacker adaptation and the ongoing cat-and-mouse dynamic in mobile cybersecurity.
6 months ago
Kill Chain
BiDi Swap: How Unicode URL Tricks Enable Next-Gen Phishing Attacks
In early 2024, cybersecurity researchers uncovered a wave of phishing campaigns leveraging the 'BiDi Swap' technique, where attackers exploit bidirectional Unicode text in URLs to mask malicious domains as legitimate ones. By inserting special control characters, cybercriminals create deceptive links that appear authentic to end-users and some security tools, increasing the risk of credential thefts and unauthorized access, especially for organizations relying on standard phishing defenses. The attack exploits a decade-old browser flaw now resurfacing with renewed sophistication. This incident highlights a dangerous resurgence of invisible text manipulation tactics, which are rapidly proliferating across phishing kits and social engineering toolkits. As workforces rely on web-based authentication and email, organizations should urgently review their detection capabilities to spot Unicode obfuscation and mitigate emerging URL-based threats.
6 months ago
Kill Chain
TEE.Fail Side-Channel Attack Exposes Flaws in Confidential Computing Across Intel, AMD, and NVIDIA CPUs
In early 2024, researchers uncovered a novel hardware vulnerability named TEE.Fail, capable of extracting cryptographic secrets from the trusted execution environments (TEEs) of major CPUs, including Intel SGX/TDX, AMD SEV-SNP, and NVIDIA H100. Exploiting side-channel flaws in the hardware design, attackers could bypass the isolated security boundary provided by TEEs, accessing sensitive data once thought to be well-protected. No evidence of attacks in the wild has surfaced, but proof-of-concept exploitation demonstrates wide-ranging risk for cloud providers and enterprises relying on confidential computing for regulatory compliance and sensitive workloads. The TEE.Fail disclosure highlights a growing trend of advanced research targeting the hardware roots of modern security. As organizations adopt confidential computing to strengthen privacy and regulatory posture, attackers may increasingly seek to exploit hardware and microarchitecture flaws beyond conventional software vulnerabilities.
6 months ago
Kill Chain
TEE.Fail: New Side-Channel Flaw Exposes Intel and AMD DDR5 Secure Enclaves
In October 2025, a collaborative group of researchers from Georgia Tech, Purdue University, and Synkhronix unveiled a significant hardware vulnerability named TEE.Fail, targeting processor trusted execution environments (TEEs) such as Intel SGX and TDX and AMD SEV-SNP on DDR5 systems. By using a novel side-channel attack, the team demonstrated the ability to extract cryptographic secrets and sensitive data from isolated enclaves, undermining critical security guarantees of TEEs. The vulnerability leverages intermediate memory leakage patterns not previously considered exploitable, impacting cloud, enterprise, and virtualization environments relying on hardware-backed isolation for confidentiality. This disclosure underscores escalating risks posed by advanced hardware attacks. With the ongoing shift toward enclave-based computing and the rapid adoption of DDR5, the emergence of such sophisticated exploits highlights urgent needs for architectural mitigations, renewed auditing, and cloud provider vigilance.
6 months ago
Kill Chain
Herodotus Trojan Outsmarts Android Defenses with Human-Like Behavior
In October 2025, cybersecurity researchers uncovered a new Android banking trojan, dubbed Herodotus, actively targeting financial institutions and users in Italy and Brazil. The malware stands out by performing sophisticated device takeover (DTO) attacks while mimicking genuine human behavior—specifically attempting to bypass behavioral biometrics and anti-fraud detection. Herodotus infects devices via malicious apps or phishing, granting attackers near-complete control, which they use to exfiltrate sensitive financial and authentication data by simulating legitimate user interaction. The Herodotus incident underscores a troubling advancement in mobile malware—attackers are increasingly leveraging techniques that closely imitate human behavior to elude cutting-edge security controls. This signals a growing risk for banking apps and enterprises relying on behavioral biometrics, and highlights the urgent need for multilayered zero trust strategies and improved east-west visibility in mobile ecosystems.
6 months ago
Kill Chain
How Chinese Gangs Engineered a $1B+ US Credit Card Fraud Wave via Smishing in 2025
In 2025, large-scale social engineering attacks targeted US consumers through smishing campaigns that impersonated legitimate institutions such as highway toll authorities and the US Postal Service. Orchestrated by Chinese criminal organizations, these fraudulent text messages lured victims into divulging their credit card details, which were then monetized to purchase goods via an elaborate scheme. Attackers leveraged the stolen card data by installing it into Google and Apple Wallets in Asia and facilitating cross-border purchases, enabling smooth, large-scale fraud amounting to over $1 billion across a three-year period. This case underscores a recent surge in sophisticated financial fraud campaigns that combine social engineering with digital payment ecosystems, exploiting global tech infrastructure and multi-region collaboration. The landscape sees continued pressure on organizations to safeguard payment and customer data against rapidly evolving threats.
6 months ago
Kill Chain
Smishing Triad’s 2024 US SMS Phishing Campaign: Government Impersonation Goes Mainstream
In early 2024, a threat group known as the 'Smishing Triad' launched a wave of phishing attacks targeting American mobile phone users through fake government-related SMS messages. The group impersonated federal and state agencies, primarily sending texts about unpaid toll fees and penalties to lure recipients into clicking malicious links. These links redirected victims to counterfeit payment portals to steal personal and financial information. The campaign used low-frequency, highly targeted smishing tactics which significantly increased trust and subsequent victim engagement, resulting in a notable uptick in credential theft and financial fraud. This incident is part of a broader trend where cybercriminal organizations leverage sophisticated social engineering and government impersonation at a time of regulatory scrutiny around SMS-based phishing (smishing). Its evolving tactics show how attackers adapt to increase impact, highlighting the urgent need for layered, identity- and zero-trust-driven defenses.
6 months ago
Kill Chain
Global Smishing Triad Campaign: 194,000 Malicious Domains Power Massive Phishing Surge
In 2024, security researchers attributed a global smishing campaign to a threat group known as the Smishing Triad, which registered more than 194,000 malicious domains since January 1. Utilizing infrastructure predominantly registered through Hong Kong-based providers with Chinese nameservers, the actors orchestrated widespread phishing via SMS attacks targeting banking, logistics, and other sectors. Victims received highly targeted text messages that redirected them to credential-harvesting sites, leading to financial fraud and data compromise. The campaign’s scale and global reach underline the adversaries’ operational sophistication and heavy use of automation. This incident reflects a broader surge in phishing tactics leveraging SMS and vast domain infrastructure, bypassing traditional email security. The growing adoption of QR and mobile-first communication further widens the threat surface, putting regulatory and compliance emphasis on new vectors.
6 months ago
Kill Chain
Stop Active Cloud Data Exfiltration
Aviatrix Breach Lock helps teams instantly identify what data is leaving the environment, from which workload, and where it’s going — during an active breach.
Looking for threats in a different sector?
Browse All Threat Reports