Did anyone attend RSA 2026?
Everpure exhibited and attended at RSA 2026, the biggest annual gathering of cyber security and cyber security professional and companies. Besides an booth, we presented and sponsored several activities. Let us know if you attended and share what your observed with the community. Here are key trends noted by Everpure at the RSA 2026 conference: The RSA 2026 Narrative RSA 2026 signaled a significant shift in the industry’s mindset, moving away from reactive defense toward a proactive business configuration that leverages "active" systems to sense, pivot, and self-correct. Agentic AI: We are officially in an "AI vs. AI" war. RSAC 2026 highlighted that adversaries now have the upper hand, leveraging Agentic AI to expose vulnerabilities that have remained undiscovered by humans for 10+ years. Because human-led defense cannot keep pace with machine-speed exploits, the focus has shifted from "human-in-the-loop" to "human-on-the-loop." This model relies on autonomous, self-healing systems to isolate threats and restore environments in real-time, allowing humans to act as strategic governors of AI insights rather than manual controllers of the recovery process. In addition, identity security must deal with emerging polymorphic social engineering attacks. MTTA: JPMorgan introduced Mean Time to Adapt, prioritizing real-time posture reconfiguration over static recovery (RTO) to neutralize active threats. Data Integrity: Bruce Schneier identified a "resilience gap" from silent AI corruption, making integrity checks a mandatory prerequisite for trustworthy recovery. Quantum Readiness: Resilience now requires migrating to Post-Quantum Cryptography (PQC) to shield long-lived data from "Harvest Now, Decrypt Later" tactics. Defense to Disruption: "Active Defense" aims to increase attacker costs and efforts. Future Threats: Panels warned of "Harvest Now, Decrypt Later" quantum risks and polymorphic social engineering, while honoring quantum networking breakthroughs.Data Intelligence and Cyber Resilience
Over the next few months you will be hearing more about data intelligence from Everpure. What is it? How is it relevant to cyber resilience? Data intelligence is the practice of transforming raw data into actionable insights through automated discovery, classification, and metadata analysis. In the modern threat landscape, it is the essential bridge between simple "backup" and true Active Resilience. Without intelligence, resilience is blind. Data intelligence provides the "who, what, and where" of your digital estate, allowing you to: Prioritize Recovery: Identify mission-critical applications and sensitive PII to ensure the most vital services are restored first. Accelerate Detection: Use AI-driven behavioral analysis to spot "silent" corruption or unauthorized access at the storage layer. Ensure Clean Restoration: Precisely tag compromised data to prevent re-infecting environments during recovery. By unifying data security with intelligence, organizations move from being passive targets to Active Defenders, ensuring operational survivability even in the face of sophisticated agentic attacks.Why Cyber Resilience Requires Recovery Not Just Backups: CISO and Field Perspectives
15 Minutes---Webinar from Everpure's Rick Orloff, CISO, and Scott Taylor, Director of Cyber Resilience Field Solution Architects on Cyber Recovery Strategy Resilience isn't just prevention—it’s about the "Minimum Viable Business." At RSAC 2026, Everpure’s Rick Orloff and Scott Taylor explained why recovery fails without understanding dependencies. Prioritize critical data and cross-functional collaboration to minimize revenue disruption. Stop treating backup as the goal; make rapid, strategic recovery your mission. Link to Webinar
Zero Trust in Practice: What Actually Breaks in Real Environments
Most Zero Trust discussions sound great on paper—but implementation tells a different story. From recent hybrid deployments, here’s what actually breaks: Identity gaps Service accounts without MFA Legacy apps bypassing Conditional Access Device trust issues -Non-compliant endpoints still accessing critical apps -BYOD without proper posture checks Network assumptions Internal traffic still implicitly trusted Flat VLANs enabling lateral movement What worked well: Enforcing Conditional Access (device + user risk) ZTNA replacing VPN for application-level access -Micro-segmentation (Fortinet / host-based controls) Key takeaway: Zero Trust is not a product—it’s a continuous enforcement model across identity, device, and network layers.AI Governance: It’s Time to Close the Widening Gap
Traditional governance is no longer enough to manage the scale of modern AI. As global regulations begin to fragment, the article "Inside the Shift Toward Internal Data Governance As Global AI Regulation Fragments", Onur Korucu, DataRep Non-Executive Director points out that organizations must move towards toward dynamic, internal industry frameworks. She says, true AI control isn't just about software rules; it requires a deep understanding of your data flows and the infrastructure they run on. Since AI magnifies the biases of its inputs, effective AI governance is, at its core, rigorous data governance. To stay ahead, leaders must stop waiting for universal standards and start embedding continuous, technical monitoring into their own everyday operations. --------------------------------------------------------------- 🗣️ Let's talk about it! 📣 Community Question: In your experience, where is the biggest gap between the legal intent of AI policy and the technological reality of how these systems actually run? Let's discuss! Click through to read the entire article above and let us know your thoughts around it in the comments below!Everything Ransomware: Ransomware Live
Check it out! Really interesting tracking of everything related to ransomware. https://www.ransomware.live/ Ransomware Live is a real-time intelligence site tracking active ransomware groups, victims, leaks, and extortion activity, helping security teams monitor threats, trends, and attacker behavior worldwide.Ransomware attacks are NOT going away
Here is why ransomware attacks are persistent and unlikely to disappear: 1. High Profitability and Low Risk for Criminals Ransomware is fundamentally a business model for organized crime, and it is overwhelmingly successful and profitable. Low Barrier to Entry: The rise of Ransomware-as-a-Service (RaaS) means even novice criminals can purchase sophisticated malware and infrastructure. This franchise model ensures high attack volume regardless of law enforcement efforts. Guaranteed Revenue Stream: The evolution to multi-extortion (encrypting data and stealing it) ensures that victims are forced to pay—either to regain system access or to prevent catastrophic data leaks and regulatory fines. This dual leverage guarantees profit even if the victim has backups. Anonymity: The use of cryptocurrency for payments, coupled with geopolitical safe zones for many RaaS groups, keeps the risk of prosecution extremely low for the attackers. 2. Attackers Are Outpacing Traditional Defenses The tactics used by ransomware groups are specifically designed to neutralize traditional defense and recovery measures: Targeting the Supply Chain: Attackers are finding success by targeting trusted vendors and IT providers to compromise dozens of companies simultaneously, making defense exponentially harder for individual organizations. Attacking Backups: Modern ransomware campaigns specifically target accessible backups to delete them or malware-infect them, eliminating the victim’s recovery option and forcing them to pay the ransom. AI for Stealth and Speed: The adoption of AI is accelerating reconnaissance and stealth, dramatically compressing the time between network access and payload deployment. Attackers can move faster than human defenders can react. 3. Cyber Resilience is the New Standard The industry has shifted its mindset from trying to achieve absolute prevention (which is impossible) to guaranteeing resilience. This shift acknowledges the persistence of ransomware. The focus is now on ensuring organizations can: Anticipate and detect threats early (low MTTD). Withstand the attack without immediate operational collapse. Recover guaranteed clean data within minutes (low MTTR). Ransomware will not disappear until the criminal model becomes unprofitable, and current data shows that attackers are highly successful and rapidly adapting their strategies.🚨 Cyber Security Alert: 🚨 The Culture Clash That's Weakening Collaborative Defense
A cultural conflict between security and compliance/legal is severely slowing down the sharing of vital threat intelligence among security community, according to an interview with David Schwed, J.D., COO of SVRN. The bottleneck is not exactly tech, but risk aversion and bureaucracy that dilute timely alerts. The path forward involves using AI and privacy-enhancing technologies (like zero-knowledge proofs) to share security insights globally without ever revealing the underlying data. Ultimately, David's conclusion is that a collaborative defense requires a compliance shift: organizations must focus on more of a defensible decision-making process rather than avoiding all risk. Read the full article here: Collaborative Defense: How the Security and Compliance Clash Puts Defense at Risk ❓Question to the Community: What specific compliance or legal hurdles is your team facing when trying to share threat intelligence quickly, and do you see AI/privacy-enhancing tech as a viable solution for your organization? Click through to read the entire article above and let us know your thoughts around it in the comments below!MFA Downgrade Attacks: Good to know.
Short article on MFA downgrade attacks; provides the basics on what it is and how to defend. Good to know for considering your own policies and processes when folks lose devices. https://www.scworld.com/perspective/why-mfa-downgrade-attacks-could-be-the-next-ai-security-crisis
