Topic: Information Security

Seminar Topics

[1 CPE] Securing Data Flow in the AI-Quantum Era

  Presented by Steve Riley, Vice President, Field CTO • Netskope

Sensitive data movement poses risks, but outright restriction can hinder operations. Organizations need agile security frameworks to protect data in the AI and quantum era. This session explores modern security platforms that enable secure data flow and prepare for post-quantum encryption (PQE).

Join this session to learn:

  • Choosing secure access methods for diverse use cases
  • Adapting security to risk, user behavior and AI interactions
  • Preparing for post-quantum encryption’s enterprise impact

[1 CPE] Real-Time Threat Mitigation with AI-Driven SASE: A Practical Approach

  Presented by Brian Anderson, Global Field CTO • Cato Networks

In this session, we’ll explore how a converged SASE platform combined with AI and machine learning (ML) enables real-time threat detection and mitigation, transforming network security from a reactive to a proactive model. The focus will be on how AI-driven solutions within the SASE framework can identify, analyze, and neutralize security threats in real-time across distributed environments.

Brian Anderson, Global Field CTO at Cato, has over 20 years’ experience in technology, working with networks, systems, application development, and security, specializing in automation. Brian has worked to architect, attack, integrate, and secure networks and applications for emergency notification systems, government environments, healthcare organizations, transactional and e-commerce, including multi-tier cloud-based solutions, and has had a focus on web, database, and network and infrastructure security for the past 13 years at Imperva.

[1 CPE] History of Firewall Technology: From Packet Filtering to Application Control

  Presented by Hubert Ralph Bonnell, CISSP, CCSM – Security Engineer • Check Point Software

Let’s take a stroll through memory lane as we explore the history of the network firewall. This session explores the core technology behind packet filtering, proxies, stateful inspection, and application layer controls. Also covered are some of the fundamental differences between the firewalls on the market today.

[1 CPE] Fortifying Data Resilience: When Backups Become Back Doors to Cyberthreats

  Presented by Rick Vanover, Vice President of Product Strategy • Veeam

Ransomware threats don’t discriminate. And as the industry’s leading provider of data resilience solutions, we’ve seen it all. Public sector organizations are just as likely to be targeted as those in the private sector, and the stakes can be even higher. Veeam’s latest Ransomware Trends Report exposes critical vulnerabilities and highlights why relying solely on backups is no longer enough to ensure resilience. In this session, Veeam’s VP of Product Strategy, Rick Vanover, will unpack the most common oversights that leave organizations — government, education, healthcare, and beyond — exposed to cyber threats, especially when backups become an overlooked back door in your security strategy.

Drawing from real-world incidents and hard-earned lessons, Rick will share what he wishes every IT professional knew before facing a ransomware or security breach event. You’ll leave with actionable insights, practical guidance, and research-backed recommendations to help you strengthen your data resilience. Whether you’re securing sensitive public sector data or safeguarding private enterprise information, this session will equip you to prepare for tomorrow’s threats today.

[1 CPE] In the Cloud: Fast Forward to Better Security

  Presented by Jeff Kwiat, Principal Systems Engineer • Fortinet

Migrating to the cloud offers organizations unmatched agility, scalability, and innovation potential, but it also introduces complex security risks. Misconfigurations, compliance gaps, overly permissive identities, shadow IT, and advanced threats quickly erode the benefits of cloud adoption.

This presentation examines how to securely plan and execute a cloud migration, highlighting common challenges and best practices. It will explore how modern Cloud-Native Application Protection Platforms (CNAPPs) provide unified visibility, runtime protection, and compliance enforcement across multi-cloud environments. Attendees will learn how a well-architected, integrated security strategy not only mitigates risk but also accelerates the value of cloud transformation.

[1 CPE] Threat Detection: Intelligence Insights from the Front Lines

  Presented by David Pier, Sr Sales Engineer • Red Canary

In 2024, Red Canary detected nearly 93,000 threats—an increase of more than a third from the previous year—driven by expanded visibility into cloud and identity infrastructure. For the seventh year, our Threat Detection Report analyzes the most prevalent cyber threats, evolving attack techniques, and the incidents we help customers resolve.

This session will highlight key trends, including email threats, infostealers, and LLM hijacking in the cloud, while breaking down the top 10 MITRE ATT&CK® techniques and most prevalent threats in customer environments. Attendees will gain actionable insights into detection, testing, and prevention strategies to enhance their security posture against today’s evolving threats.

[1 CPE] From Frameworks to Firewalls: A Practical Guide to AI Security

  Presented by Collin Miller, Director of Cloud Security, and Alex Owen, AI Solutions Engineer • Structured

As organizations accelerate AI adoption, the security landscape is evolving just as quickly. This presentation explores the foundations of AI security, starting with an overview of emerging AI-specific threats and the importance of structured defense approaches. We will examine leading frameworks—MITRE ATLAS and the NIST AI Risk Management Framework—and how they guide organizations in identifying, assessing, and mitigating AI risks.

We will then focus on Microsoft 365 Copilot, outlining its security architecture and built-in protections, followed by a technical case study on the Echo Leak vulnerability, demonstrating real-world exploitation risks.

Finally, we will provide an overview of Structured’s AI security service offerings. Attendees will gain both strategic insights and practical approaches to securing AI systems, preparing them to meet the challenges of an AI-powered future.

[1 CPE] Modern Security: Quantum Computing, AI, and External Key Management in the Cloud

  Presented by Steven Gautier, Principal Solutions Architect • Thales

In this presentation, we will explore the emerging data threats posed by quantum computing and artificial intelligence and discuss their implications for data security. We will also delve into the advantages of external key management for cloud data, examining various strategies for protection, including encryption.

Join us to gain insights into the latest advancements in data security and learn how to safeguard your data against evolving threats.

[1 CPE] A Complete Security Blueprint

  Presented by Chad Spoden, Solutions Architect Manager • FRSecure

In an era of increasingly sophisticated and relentless cyber threats, organizations must take a strategic and structured approach to security. This blueprint offers a comprehensive roadmap for building and maturing a security program—from establishing a solid foundation to addressing advanced threats and ensuring long-term resilience. Designed to be practical and accessible, it emphasizes clarity, prioritization, and continuous improvement. Whether you’re launching a new initiative or refining an existing program, this guide highlights key considerations and provides actionable insights to strengthen your security posture and stay ahead of evolving risks.

[1 CPE] Cyber Risk Associated with Quantum Computing

  Presented by BJ Deonarain, Global Alliance Cybersecurity Solutions Director • Hitachi Vantara

Quantum computers can break today’s standard encryption algorithms (RSA, ECC) in minutes relative to time using Shor’s/Grover algorithm. “Harvest Now, Decrypt Later” attacks allow adversaries to steal encrypted data now and crack it when quantum computers mature. Quantum systems themselves are vulnerable to new attack vectors, quantum hacking (side-channel, noise-based), quantum malware, and manipulation of qubit stability. Supply chain attacks targeting quantum hardware, proprietary algorithms, and insider threats are rising as nation-states and cybercriminals escalate espionage efforts. Urgent need for quantum-resistant cryptography and robust quantum cybersecurity measures as quantum adoption accelerates.

BJ Deonarain is a globally focused cybersecurity executive responsible for driving cyber security and cyber resiliency strategy at Hitachi Vantara. With a career spanning technical innovation, client solutions, and cross-functional leadership, BJ combines deep technical expertise with a client-centric approach to mitigate risk and elevate organizational security postures.