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From baby monitors to printers, tablets and automobiles, home offices are loaded with smart devices that share two common traits: They are internet connected, and they are hackable. In the remote work era, it is more important than ever that cybersecurity teams ensure that their networks and critical infrastructure are well-secured, even when endpoints have been compromised.
ICS SCADA and IIoT Vulnerabilities discusses the components of ICS, SCADA, and IIoT systems their vulnerabilities and threats.
As Canada continues to shift toward digital, fraudsters are following. In this session, LexisNexis Risk Solutions reveals proprietary cybercrime analysis conducted on over 3B Canadian transactions, as well as industry insights from leading Canadian fraud and risk management executives. With a double-digit increase in both human-initiated and bot attacks, is your organization prepared for an evolving Canadian fraud landscape?
Linux for Beginners is a technical skills course designed to introduce new users to the Linux operating system.
The Linux Essentials certification from the Linux Professional Institute is designed to showcase your foundation skills in working with the Linux operating system.
The Linux Command Line show is designed to introduce viewers to working on Linux based computers using only the command line interface. This is considered the first step in learning BASH scripting as most scripts are made up of a series of CLI commands.
In this series, Daniel and Don walk you through the fundamentals of bash scripting in the Linux operating system. Watch here as they take you through the fundamentals like: Script file formats, running scripts, working with variables, performing arithmetic, conditional statements, loops, presenting data, taking user input, and script control.
In this series, Daniel and Justin take a look at some of the more advanced scripting practices. Here they will empower your scripts by taking advantage of things like Functions, Libraries, creating graphical elements, sed (Stream EDitor), gawk, and Regular Expression.
Becoming a Linux Power User is a technical skills course designed to elevate viewers to "Power User" status.
The Becoming a Linux Server Administrator covers managing Linux servers in a business environment.
The Linux Security Techniques series introduces the viewers to the various security features found in modern Linux distributions.
The CertNexus Certified Internet of Things Practitioner examination will prepare an individual with the skills necessary to evaluate, design, and create an internet of things solution.
The proliferation of IoT devices, both at home and in the office, has significantly expanded the attack vectors for bad actors trying to gain a foothold on your network. Learn to pentest them today!
Panel featuring leaders Dhananjay Rokde, Jasbir Singh Solanki and Sujit Christy explore tactics and techniques for IoT/OT device security and risk remediation.
Join John Fahey in a discussion of how to detect threats in healthcare networks early in the kill chain.
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.
Dr. Yoginder Talwar of NICSI explores cybersecurity challenges and opportunities in Digital India's evolving landscape.
Pragatheesh B and Utkarsh Sawant discuss strategies for addressing IoT vulnerabilities, leveraging AI and automation in threat response, and building resilience against future IoT attacks.
The Linux Fundamentals for Certification learning path provides essential Linux operating system skills and prepares you for entry-level Linux certification exams. You'll master core command-line operations and fundamental system administration concepts.
Phil Englert of Health-ISAC explains how SBOMs strengthen healthcare software supply chain security by improving visibility into medical device software, enabling better vulnerability management and supporting patient safety.
Kajeevan Rajanayagam shares eight years of lessons building security architecture across a complex healthcare environment - from asset discovery and VLAN segmentation to vendor access controls and legacy device governance.
Yossi Oren of Ben-Gurion University examines why IoT hardware is so difficult to future-proof - covering the success-popularity mismatch, the compounding risks of modernization and the role of AI on both sides of the threat.
Jasper van Woudenberg and Rajesh Velegalati of Keysight demonstrate how voltage fault injection manipulates edge AI perception and how LLM agents can automate the attack, making neural accelerators a serious hardware security risk.
Edoardo Mantovani walks through the complete defeat of MediaTek Wi-Fi firmware encryption across Wi-Fi 6, 6E and 7 - from driver analysis and ROM dumping to breaking AES protection and integrity checks.
Scott Sheahan reverse engineers the electronic security architecture of a 2025 Indian Scout Bobber, demonstrating how to bypass its immobilizer and start the bike without a key through CAN bus analysis and protocol exploitation.
Hash Salehi of RECESSIM explains how a $70 surplus power supply and a simple PicoEMP modification achieves ChipShouter-class fault injection performance at roughly $250 total - with open-source design files and live benchmark results.
Sultan Qasim Khan of Tetrel Security analyzes Bluetooth Channel Sounding's security landscape, covering distance manipulation attacks, EDLC and multipath exploits, and a survey of vendor implementation resilience.
Dr. Charru Malhotra, Kumar Ravi and Manish Aggarwal examine how to make identity the true cornerstone of zero trust, moving beyond rebranded perimeter security to a deployed, functioning architecture across hybrid environments.
Massimo Nardone of SSH Communications Security explores zero trust, ephemeral access and post-quantum encryption as practical strategies for future-proofing industrial OT and IoT environments.
Kulsharest Jain of Mercedes-Benz Singapore examines how the automotive industry's shift to software-driven, connected vehicles demands identity-centric security and zero trust frameworks mapped to ISO/SAE 21434 and UN R155.
Musa-Iman A. Yahaya, CEO at AgroLati Systems, examines how organizations can manage the rapid growth of machine identities, covering life cycle management, automation and visibility across distributed digital environments.
Mark de Brito of Honeywell outlines a defense-in-depth strategy for securing legacy OT systems, explaining how real-world breaches, insider and third-party risks, and poor segmentation expose building environments.
Sonu Shankar reveals data-driven insights: 30% of xIoT assets are unknown, 70% run weak credentials, and 30% are end-of-life. He covers why passive discovery fails and how credential gaps compound risks.
Anthony Perry, Michael Tetto, Scott Rosenberger, Andy Krapf and Bemi Anjous share hard-won lessons on selecting, integrating and proving the value of OT security tools across complex industrial environments.
Manoj Tiwary, Abu Thomas, Razi Farooqui and Inamullah Siddiqui explore IIoT threats, legacy risks and OT security strategies for the Industry 5.0 era.
Umang Barman and Sven Becher of Zscaler present data-driven insights on manufacturing cyber risk and how zero trust architecture reduces lateral movement without disrupting production.
Claudio Sangaletti, Trish McGill, Ahson Khan and Kamil Oblodecki examine how AI, quantum computing and connected devices are reshaping OT threats and what manufacturers must do now.
Stephanie Carstensen, Frédéric Auburger and Thomas Klotz of EY present a structured OT risk management approach - from asset discovery and criticality categorization to governance and continuous control.
Gurjot Singh, Vipin Venu and Arjun V of Innspark Solutions expose a BLE vulnerability class that lets any nearby attacker send commands to unprotected smartwatches - no pairing, no authentication required.
Join Phillip Englert and Suzanne Schwartz in a conversation about medical device security.
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.
Join Kaspersky's Stephan Gerling as he explores critical vulnerabilities in EV charging infrastructure, from physical security to OCPP protocol weaknesses and payment system vulnerabilities.
Sunil Kulkarni and Kunal Dadia discuss OT and IoT security risks, CISO responsibilities, and enterprise-wide protection. Learn how to map risks, build a 360-degree security architecture, and ensure accountability.
Aftin Ross and Phil Englert discuss FDA's enhanced authority on medical device cybersecurity, covering regulatory developments and emerging challenges.
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.
Joachim Fox of ZF explores critical differences between automotive product security and IT cybersecurity, addressing resource constraints, variant management and incident response for embedded safety systems.
Andrew Huang of Sutajio Ko-usagi examines practical ways to verify silicon integrity using infrared inspection and open design principles.
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.
Eric Clauss of Integrity Security Services explores PKI implementation for medical device authentication, silicon-to-software security frameworks, secure enclaves, code signing protocols and post-quantum cryptography preparation.
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