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Detecting, analyzing, and mitigating malware and ransomware threats.
Join Kevin Fu, Acting Director, Medical Device Cybersecurity, FDA Center for Devices and Radiological Health and Tom Field as they discuss the state of medical device security.
Zero trust, supply chain security and DevSecOps.
The Internet of Things (IoT) is expanding at a dramatic rate. As we connect our devices to more and more aspects of our daily lives, we are creating a roadmap for invasive listening, hacking and business disruption.
Join Prof. D Janakiram in a discussion of securing the digital transactional ecosystem.
Quest Software's Dilip George shares insights on treating AD as a critical application, risk assessment strategies, and best practices for maintaining compliance.
Join Phillip Englert and Suzanne Schwartz in a conversation about medical device security.
Join a conversation with healthtech cybersecurity experts Phil Englert, Patty Ryan, Anahi Santiago and Luisa Soares de Brito in a conversation about managing hospital device security.
Wayne Lewandowski of Hypori explores eliminating mobile attack surfaces through virtual mobility infrastructure. Learn how streaming encrypted pixels enables device independence, zero trust security and cost-effective BYOD programs.
Learn to implement Splunk Enterprise. Configure, maintain, and support Splunk operations. This course is part of a 3-course Splunk Enterprise administration series.
Embark on your journey into the dynamic world of cybersecurity with our introductory course tailored for aspiring red team members or advanced penetration testers. Designed for those new to the realm of Antivirus (AV) and Endpoint Detection and Response (EDR) evasions.
Kirils Solovjovs of Possible Security exposes novel methods for intercepting phone calls through PSTN vulnerabilities, demonstrating how attackers can exploit SS7 protocols and call routing mechanisms.
Stephen Johnson introduces Entro's Secrets Security Platform for managing secrets across vaults, source code and cloud environments.
Siddharth Iyer from Radware examines current DDoS attack trends and proactive protection strategies for financial institutions.
Trevor Foskett of Virtru explores military-grade encryption and data-centric protection strategies for financial services compliance and security.
Joey Fontiveros, Acting Regiment Commander of the Philippines Army, shares insights on building cyber defense capabilities and countermeasures in an increasingly sophisticated threat landscape.
Ali Abdulla Alsadadi shares insights on managing multi-cloud security. Learn about quantifying risks, tackling API complexities, integrating data, and building offensive strategies to mitigate risks in siloed multi-cloud environments.
Learn from Christophe Barel about securing supply chains, adopting shift-left strategies, and managing open-source risks. Explore frameworks for secure coding, automated security-by-design, and faster detection and remediation of supply chain attacks.
Alex Cobos of Tanium explains how healthcare organizations can close visibility gaps with a three-pillar framework that improves asset intelligence, accelerates patching and strengthens incident response while protecting patient care.
Alessio Mercuri of Vectra AI explains how attackers evade detection by abusing trusted identities and valid credentials as well as how AI-powered behavioral analytics and cross-domain visibility help security teams detect threats sooner.
Raja M of ManageEngine makes the case for autonomous endpoint management - showing why AI-accelerated attacks measured in minutes demand automated detection, remediation and resilience, not more dashboards or manual response.
Mary Sebastin of Honeywell delivers a practical framework for evaluating and selecting OT cybersecurity solutions - balancing technical rigor, operational constraints and risk-based priorities.
Jason Lee of Honeywell explores how organizations can build OT patch management strategies that balance operational continuity, regulatory requirements and cybersecurity risk across diverse industrial environments.
Benjamin Pieritz of Triovega examines why legacy OT systems remain dangerously exposed and how machine-level protection secured one manufacturer's production-critical assets.
Godfrey Gaston of swIDch examines why authentication breaks down at OT endpoints and how one-time authentication codes deliver secure, regulation-ready identity verification in industrial environments.
Marco Garofalo demonstrates a live Active Directory Certificate Services privilege escalation attack, and then shows how real-time change detection, auto-remediation and ransomware-safe recovery close the gap across the full attack life cycle.
Rajesh Kumar Natarajan and Srinivasan Govindarajan present a framework that combines Volatility 3 and RAG to simplify memory forensics, enrich artifacts with threat intelligence and generate accurate insights for faster detection of advanced threats.
Jakkaraju Varshith and Vivek Joshi of Rashtriya Raksha University demonstrate how POSIX-based self-deletion and stealth injection bypass Windows 11 25H2 security controls, with detection guidance for blue teams.
Join Shobha Jagatpal in a discussion of the cloud, security, network operations, threat detection and response.
Rohit Shrivastava of Barclays shares expertise on conducting threat hunting in Windows environments and building proactive defense strategies.
Join Rajesh Hemrajani, Dilip Panjwani, Dharmesh Rathod, and Nandkumar Saravade in a lively discussion of cloud security.
Join Romanus Prabhu Raymond in a conversation about expanding attack surfaces and cybersecurity strategies to protect endpoints.
Security researcher Dennis Giese exposes critical vulnerabilities in Digilog electronic locks, demonstrating rapid PIN extraction and master key cloning techniques that threaten shared-space security systems.
Dillon Franke of Mandiant/Google demonstrates advanced techniques for identifying IPC vulnerabilities in macOS, covering sandbox-allowed communications and mutation-based fuzzing methodologies.
Niek Timmers of Raelize demonstrates how electromagnetic fault injection corrupts Linux system calls to gain root on Android TV hardware.
Wouter Bokslag and Carlo Meijer of Midnight Blue discuss how cache side channels and ROM flaws enabled full compromise of the OMAP-L138 trusted execution environment.
Security Researcher Thomas Roth and University of Birmingham's Marius Muench examine how fault injection and double glitches defeated RP2350 secure boot protections and reshaped hardware defense assumptions.
Matt Cerny of Integra LifeSciences covers atomic habits frameworks for incremental modernization, cultural evolution through gamification and phased approaches balancing solutions with operations.
Alexander Peslyak of Openwall explains how runtime integrity enforcement detects kernel compromise and same-privilege attacks without relying on static trust assumptions.
Dimitrios Valsamaras of Microsoft examines how Android Parcelables and class loaders enable object manipulation that breaks sandbox trust boundaries at scale.
Koh Nakagawa of FFRI Security explains how a single macOS entitlement error enables keychain theft, privacy bypass and iOS app decryption.
Mickey Jin breaks down a race-condition vulnerability Apple once deemed unexploitable, showing how it enabled sandbox escapes and TCC bypasses, why early patches failed, and what finally worked.
Mark Omo and James Rowley of Marcus Engineering explain how runtime state leakage in STM32 microcontrollers enables recovery of flash contents despite readout protection.
Stefan Saroiu of Microsoft Research explores how Rowhammer breaks memory isolation and what modern platforms must do to contain hardware-level attacks.
Mauro Vezzoli of Picus Security and Mauro Conosciani of Aeroporti Di Roma examine the Infostealer epidemic, discussing continuous validation frameworks against rapidly evolving credential theft campaigns.
Join Nischay Kandpal, Program Manager Evangelism , Product Specialist-Commercial, Microsoft as he highlights how Windows 11 enables zero trust protection.
Wojciech Reguła of SecuRing examines how flawed macOS isolation models allow low-privileged malware to extract credentials from widely used password managers.
Asuka Nakajima of Elastic examines how legacy and emerging Windows keylogging techniques operate and how defenders can detect them before attackers escalate access.
Lars Fröder of Cellebrite Labs outlines how modern jailbreaks bypass hardened iOS defenses, compares recent tools, and explains why future public exploits are becoming increasingly unlikely.
Bhargav Rathod of Salesforce examines how macOS Lockdown Mode reshapes forensic visibility, investigative workflows and evidence reliability.
