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Learn to implement Splunk Enterprise. Configure, maintain, and support Splunk operations. This course is part of a 3-course Splunk Enterprise administration series.
Learn to ingest data into Splunk Enterprise. Configure data inputs: files, network, scripted, and HTTP Event Collector. Make your Splunk deployment valuable with complete data.
Learn Splunk parsing and data management. Mask, reroute, and transform data. Build on your Splunk Enterprise administration skills.
Learn Splunk Enterprise administration fundamentals. Configure data inputs, manage users, optimize search, and troubleshoot issues. Maximize the value of Splunk for your organization.
Lance Moraitis-Jones from Recorded Future delves into automated threat profiling implementation, exploring dynamic prioritization methods and practical strategies for enhancing organizational security.
Richard Meeus of Akamai shares how comprehensive visibility across IT infrastructure, data streams and applications strengthens organizational defenses and ensures robust operational resilience.
Dr. Durga Prasad Dube of Reliance Industries explores behavior-based threat detection approaches and SIEM modernization strategies.
WSP's Christopher Johnson examines the evolution of OT-focused security operations centers, highlighting critical differences from traditional IT SOCs.
Steve Jackson of Binalyze demonstrates how automation can revolutionize SOC operations, addressing key challenges in operational security, resource management and regulatory compliance in today's "assume breach" landscape.
Learn about cutting edge trends in AI-Powered SOCs today!
Trend Micro's senior threat researcher Nitesh Surana reveals critical vulnerabilities in Azure Machine Learning services, demonstrating how attackers can compromise ML workspaces.
Steven Wallstedt, Vlad Brodsky and Bino Gopal discuss real-world applications and challenges of generative AI in financial services security.
Industry experts Gary Meshell and John Gutkowski explore how financial institutions can integrate AI and cyber mesh architecture to enhance threat detection and improve security resilience.
Anandh Palanisamy of ManageEngine explains why traditional SIEM tools are failing SOC teams and how modern, platform-based SIEM approaches can reduce noise, improve investigation and enable faster, more effective response.
Sean Mack and Zechariah Akinpelu examine how AI is transforming security operations through automation, threat hunting and faster incident response while emphasizing the continued need for skilled analysts, governance and human oversight.
Simone Santini of Lucart Group shares how a supplier account compromise prompted a zero trust transformation, stronger identity security, resilient disaster recovery and improved defenses against sophisticated phishing attacks.
KeerthiVivek Muniappan of ServiceNow explores how AI agents, IT-OT convergence and secure orchestration are transforming manufacturing into connected, autonomous and self-healing smart factory environments.
Durga Prasad Dube and Sambit Sinha share how IT-OT convergence, AI integration and expanding attack surfaces are reshaping manufacturing security, while highlighting the need for integrated SOCs, resilience and stronger OT cyber defenses.
Aswim Panigrahi of ManageEngine explains how Industry 5.0 is driving the need for operational resilience through AI Ops, full-stack observability, event correlation and integrated IT-OT security management.
Michael Cole of SMUD explains how IT-OT defense programs mature through OT boundaries, segmentation, identity controls, adversary simulation and unified security metrics.
Corbin Jarms of Avista explains how local AI can improve OT anomaly detection through firewall syslog analysis, machine learning, protocol detections and tunable threat hunting.
Sunil Sharma of Sophos examines why organizations with 10 security tools still get breached - and how 24/7 managed detection and response closes the gap that alerts alone never will.
Yogesh Kulkarni, Mihirr Thaker and Kishan Kendre examine why traditional OT security approaches are failing and how zero exposure architecture and network segmentation can protect legacy industrial environments.
Mohd. Shadab Siddiqui of JioStar examines why detection engineering is reaching its limits against AI-generated attack patterns and what an AI-native detection stack must look like to replace it.
Anuj Sharma of Sophos walks through a real-world ransomware attack chain - including remote ransomware, unmanaged devices and data exfiltration - and shows how 24/7 MDR closes the gaps that alert-driven tools miss.
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.
Anwaya Sengupta, Baidyanath Kumar, Jnana Ranjan Dash and Kanishk Gaur examine AI poisoning as the next frontier of supply chain attacks, and debate how zero trust, security by design and AI validation can safeguard systems before they become weapons.
Steven Sim, Manjunath Pasupuleti, Shilpy Banerjee and Abdul Aziz Patail map out practical strategies for achieving OT asset visibility, continuous monitoring and resilient ICS defense.
Mary Sebastin of Honeywell delivers a practical framework for evaluating and selecting OT cybersecurity solutions - balancing technical rigor, operational constraints and risk-based priorities.
Abdul Aziz Patail draws on 12-plus years in grid OT operations to outline a phased, pragmatic road map for building cyber resilience across SCADA and ICS environments in critical infrastructure organizations.
Kamran Rafiq of Singapore's MOH Office for Healthcare Transformation shares a real-world zero trust implementation journey - from business drivers and architecture redesign to pitfalls, AI integration and organizational change management.
Antony Otwoma examines how IT-OT convergence is expanding Africa's industrial attack surface, and what the energy, mining, telecom, transportation and manufacturing sectors must do to manage emerging cyber risk.
Ian Bramson of Black & Veatch examines how combining operational and cyber data through data meshing gives OT security teams deeper context, faster incident validation and stronger resilience.
Brad Nash of ExxonMobil and Jake Margolis of Metropolitan Water District cut through the AI hype to discuss what practical AI adoption in OT security actually looks like for large critical infrastructure operators.
Ivan Sestak of the Toronto Transit Commission shares practical lessons from building an OT SOC, covering bilingual analysts, OT-specific playbooks, asset discovery, and the differences between IT and OT incident response.
Gregor Chroner of GTT explains why detection alone is not enough in OT environments and how IT hygiene, best-of-breed integration and clear accountability turn visibility into real protection.
Abel Archundia-Pineda of Kudelski Security shares a framework for evolving OT security operations from visibility-focused programs to durable, risk-driven resilience built around shared governance.
Learn how to do more with less! Join Vishak Raman in a discussion of cybersecurity mesh architecture, designed to make security more composable and scalable.
David Cifuentes of Devo Technology demonstrates how AI can eliminate 95% of security alerts and enable real-time threat detection in financial SOCs.
Sumitomo Chemical's Erwin Eimers discusses implementing new cybersecurity road maps, focusing on IS/ICS security, and leveraging open XDR and purple teaming.
Matthieu Rouvre, regional sales manager at Cribl, explores practical approaches to managing growing data volumes despite budget constraints, covering agent consolidation, cost-effective retention and avoiding vendor lock-in.
CISOs Chuck Markarian of PACCAR, Jerry Cochran of PNNL, Adam Zoller of Providence and Eric Sanchez of Kyowa Kirin explore AI-driven defense strategies and threat detection.
Antoine d'Haussy, OT security practice head for EMEA, Fortinet, shares insights on implementing SASE and SecOps technologies to protect OT CPS environments, focusing on network security enhancement and real-time monitoring for industrial assets.
Thomas Mortsell, Adam Paturej, Philipp Amann and Antoine d'Haussy discuss pragmatic strategies for implementing multiple EU regulations while maintaining security and operational efficiency.
Industry leaders Jayant Gupta, Mihirr P Thaker and Saloni Vijay discuss data resilience, third-party SLAs, and AI-powered threat detection for ransomware defense.
Tim Brophy of Elastic demonstrates how to embed AI into analyst workflows through automated attack discovery, leverage Model Context Protocol for security capabilities, and build unified data meshes for real-time threat hunting.
Frank Lange of Anomali discusses how generative AI transforms SOC capabilities from reactive incident response to proactive threat hunting, optimizing SIEM performance and addressing response speed challenges.
Vincent Stoffer explains why network detection and response capabilities are essential for financial institutions, addressing today's complex threat landscape and visibility challenges across modern networks.
Michael Monte demonstrates how AI agents can modernize security operations beyond basic automation, strengthening detection capabilities and bridging the gap between traditional security operations and modern data analytics.
Aurélien Svevi explains how application detection and response cuts through security noise by analyzing applications in production to connect attacks with exploitable vulnerabilities.
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