Decoded: The Cybersecurity Podcast

This podcast serves as a comprehensive resource hub for financial institutions navigating the complex landscape of artificial intelligence. Provided by FS-ISAC, the materials highlight the dual nature of AI, focusing on its immense operational benefits alongside significant cybersecurity threats like deepfakes and fraud. The collection includes strategic business guidance and technical frameworks designed to help organizations manage data governance and risk assessments. By offering specialized podcasts, research papers, and policy templates, the source aims to foster the secure and ethical adoption of emerging technologies. Ultimately, these tools empower firms to refine their defensive postures while leveraging AI for long-term growth.

This cybersecurity report highlights recent critical infrastructure threats, specifically noting a Russian-linked malware attempt against Poland’s power grid and persistent vulnerabilities in Fortinet and Telnet systems. It details defensive advancements, such as enhanced Kubernetes security and mathematical protocols for verifying digital media, while warning of the rise of malicious artificial intelligence. The document also covers industry news, including upcoming security conferences and the release of open-source intelligence tools designed to assist incident responders. Policy updates are featured as well, addressing law enforcement access to encrypted data and new European surveillance legislation. Finally, the briefing provides practical advice on stopping email-based attacks and mentions minor software updates from major tech providers.

In late 2025, the Everest ransomware group allegedly targeted Under Armour, leading to a massive data leak involving 72 million unique email addresses. Security platforms like Have I Been Pwned have indexed the stolen data, which reportedly includes sensitive details such as names, birthdates, and physical addresses. While the company has denied that its core systems or financial data were compromised, legal pressure is mounting through class action lawsuits regarding their security protocols. Parallel research into Compromised Credential Checking (C3) services suggests new ways to protect users from credential tweaking attacks following such leaks. This academic study proposes a system called Might I Get Pwned, which identifies passwords similar to those found in breaches while maintaining user privacy. Experts recommend that affected individuals monitor their accounts and update any reused passwords to mitigate the risk of targeted phishing.

This podcast script explores the critical role of Zero Trust Segmentation in preventing cyberattacks from spreading through multicloud and legacy environments. The content highlights how modern breaches succeed not through initial entry, but via lateral movement across flat, over-permissive networks. Using Illumio as a primary example, the source explains how to isolate high-risk systems like Windows Server 2016 by enforcing least-privilege communication at the workload level. The material advocates for a shift from traditional perimeter security to a model centered on visibility, policy simulation, and containment. By focusing on intent-based labels rather than static IP addresses, organizations can create a unified security posture that protects hybrid infrastructures regardless of the platform. Ultimately, the guide teaches technical professionals how to ensure that even if a network is compromised, the blast radius is strictly limited.

"Operation MoneyMount-ISO," an active cyber campaign originating from Russia that targets finance, accounting, and other related sectors through a sophisticated phishing scheme. The attack begins with a fake bank transfer confirmation email, written in formal Russian, which contains a malicious ZIP file leading to an ISO-mounted executable. This multi-stage infection ultimately deploys the Phantom Stealer malware, a potent information-stealing payload. Seqrite Labs’ research explains the malware’s capabilities, including extensive anti-analysis features, credential harvesting from browsers and crypto wallets, keylogging, clipboard monitoring, and data exfiltration via platforms like Telegram, Discord, and FTP. The operation is noted for its use of ISO mounting to bypass traditional email security controls, reflecting an increasing trend toward more complex initial access techniques for financially motivated cybercrime.