Continuous Threat Exposure Management (CTEM) programs play a crucial role in reducing cyber risk, yet they often neglect to factor in the financial impact of threats or the cost of remediation when setting priorities. This session will equip executive leaders with strategies to embed business impact and cost considerations into their CTEM approach, enabling more strategic, value-driven risk management.

As digital infrastructure scales and the threat of quantum computing advances, organizations must modernize their certificate management strategies to ensure continuous trust and security. Manual renewal of digital certificates is error-prone and unsustainable, especially in large, dynamic environments. Explores the critical need for automated certificate renewal processes and their alignment with post-quantum cryptographic (PQC) readiness. Automation not only reduces operational risk and downtime but also lays the groundwork for transitioning to quantum-safe algorithms. We examine the challenges of implementing auto-renewal in existing Public Key Infrastructure (PKI), the importance of crypto-agility, and the integration of hybrid certificates during the migration phase. By combining automation with proactive planning for PQC, organizations can achieve both short-term operational resilience and long-term cryptographic sustainability in an evolving threat landscape.

In today's cloud environments, real risk isn't just about critical CVEs — it's about what's exploitable and exposed. As the cloud attack surface grows, proactive risk management and frictionless automation are essential from code to cloud to reduce remediation time and provide actionable context to IT and development teams.

​With Qualys, security teams move from alert overload to real-time action: orchestrating remediation, eliminating manual steps, and maintaining continuous compliance.

​Learn how Qualys enables Multi-Cloud Risk Operations with TruRisk Prioritization, Attack Path Analysis, and QFlow for no-code remediation of misconfigurations and vulnerabilities.

Join this session to see how Qualys helps enterprises operationalize risk management at scale.

High-profile breaches like Log4j have laid bare the deep-rooted risks lurking in the software supply chain—often embedded in the open-source components that power today's business-critical applications. Traditional security tools fall short in detecting these risks, especially when it comes to transitive dependencies and deeply nested vulnerabilities.

In this session, we'll dissect the anatomy of software supply chain threats and explore why legacy approaches to Software Composition Analysis (SCA) are no longer enough. You'll learn how to go beyond shallow scans and visibility gaps by leveraging Software Atlas, a next-gen SCA solution that maps the full software dependency tree—exposing hidden risks, prioritizing threats, and enabling faster, smarter remediation.

We'll walk through real-world use cases, show how to identify the riskiest components in your software stack, and provide actionable strategies for securing open-source libraries at scale.

Key Takeaways:

• Understand the evolving nature of software supply chain attacks—and why they're increasingly hard to detect.
• Learn how open-source risks like Log4j can be identified and mitigated more effectively.
• See how Software Atlas offers deep, contextual insights into software dependencies, including transitive risks.
• Gain practical strategies to prioritize remediation and reduce your organization's exposure.

The threat landscape is more complex than ever, with tens of thousands of new CVEs every year, an attack surface that changes by the hour, and dozens of disjointed tools to collect risk signals. Security teams spend endless cycles to make sense of infinite detections across a hazy picture of their technology environment. It doesn't need to be this way.

In this session, you'll learn to truly manage exposures beyond the list of vulnerabilities with the following:

• A complete view of all assets with cyber risk context, including security gaps, internet exposures, and relationships to your crown jewels
• Real-time threat intelligence, including known exploits and MITRE ATT@CK mapping to drive the universal language of TruRisk™️ across all asset categories
• Orchestrated response, whether it's connected workflow to ITSM tools, automated patch jobs, and compensating controls to close attack paths as quickly as possible

Join us to learn how Qualys can simplify an increasingly complex threat landscape by streamlining your exposure management program with VMDR and CSAM.

In a world overwhelmed by unpatched vulnerabilities and alert fatigue, the real win isn't finding more — it's eliminating what matters most. In this session, we'll show how security teams can shift from pointing out problems to actively driving risk reduction. Discover how to partner with remediation teams to accelerate fixes for high-impact vulnerabilities — even in complex environments with those "it takes forever to patch" applications. Learn practical strategies to prioritize, align, and eliminate risk with precision, turning collaboration into impact.

Kubernetes and containers have become the backbone of modern AI infrastructure, orchestrating GPU-powered LLM workloads across dynamic, distributed environments. But securing these pipelines isn't just about detection—it's about staying ahead of risk. With complex layers of infrastructure, ephemeral workloads, and constantly shifting code and API surfaces, AI introduces novel vulnerabilities that traditional approaches can't keep up with.

That's why Qualys takes a risk-first approach to container security: identifying, prioritizing, and eliminating risk before it's exploited.

In this session, we'll unveil how Qualys is redefining container security for modern AI-driven environments through:

• Unified AI and LLM Discovery: Discover unknown LLMs across containers and Kubernetes running in hybrid cloud environments. Correlate application and infrastructure context to uncover blind spots and enable seamless cyber hygiene.
• Runtime-informed risk reduction: Go beyond alerts with eBPF-powered detection, real-time attack path analysis, and intelligent correlation from code to container to cloud—including signature-free threat classification and zero-trust sandboxing for emerging zero-day activity.
• Proactive security posture management: Scan for prompt injection and API vulnerabilities, and harden your Kubernetes and cloud control planes. Correlate and prioritize vulnerabilities across infrastructure, containers, and APIs using threat context and asset value—so you can focus efforts where they'll make the biggest impact.
• End-to-end AI workload protection: Enable risk-minded threat detection and response across containers, Lambdas, cloud services, and identities—while tracing runtime risk back to code and ownership to accelerate response across the pipeline.

Join us to see how Qualys helps you burn down risk across your containerized AI stack—faster, smarter, and without the noise.