From Cryptographic Discovery to Action: Building a Sustainable Cryptographic Posture Management Program

Move Beyond Cryptographic Discovery to Continuous Risk Reduction

As cryptographic environments become more complex and organizations prepare for post-quantum migration, simply identifying cryptographic assets is no longer enough. Security teams need to understand where cryptographic risk exists, determine which findings matter most, take action without disrupting critical systems, and prevent vulnerable or noncompliant cryptography from returning.

In this webinar, SafeLogic will demonstrate how SafeLogic CPM provides a practical, closed-loop approach to Cryptographic Posture Management. Attendees will learn how an agentless-first, modular discovery strategy can provide broad visibility across networks, cloud environments, repositories, applications, and development pipelines while complementing the tools and telemetry organizations already use.

We will also explore how SafeLogic CPM transforms fragmented discovery data into actionable intelligence by normalizing and correlating findings, identifying root causes and dependencies, connecting cryptography to business-critical applications, and incorporating runtime usage and operational context into prioritization.

Finally, we will show how organizations can move from visibility to measurable risk reduction through guided remediation, developer-focused workflows, CI/CD enforcement, continuous monitoring, and cryptographic policy governance.

Key Takeaways:

• Build visibility without requiring broad agent deployment. Learn how agentless scans, APIs, repositories, cloud integrations, CI/CD pipelines, existing security tools, and optional targeted telemetry can create a comprehensive cryptographic inventory.
• Turn fragmented findings into a unified understanding of risk. See how normalization, deduplication, dependency analysis, runtime context, ownership, and business criticality help teams understand which cryptographic issues require attention.
• Prioritize what can and should be fixed first. Move beyond static lists of algorithms and certificates by evaluating actual usage, exposure, technical risk, business impact, and the availability of practical remediation options.
• Accelerate remediation within applications and development workflows. Explore guided and automated remediation paths for custom applications, including integration with SafeLogic SafePQ and CryptoComply cryptographic libraries.
• Enforce cryptographic policy continuously. Learn how policy-as-code, developer guidance, configurable CI/CD controls, pipeline gates, continuous monitoring, and CBOM generation can prevent vulnerable or noncompliant cryptography from being reintroduced.
• Start reducing risk before discovery is complete. Understand how organizations can act on high-confidence findings as they emerge rather than waiting for a theoretically perfect enterprise-wide inventory.

Register Now and See SafeLogic CPM in Action

Join Us for the Free Webinar

Tuesday, August 25, 2026
11:00 AM EDT | 8:00 AM PDT

Register for the Webinar

Featured Speakers:

Brendan Sheairs
Vice President of Customer Success at SafeLogic

Brendan Sheairs is SafeLogic’s Vice President of Customer Success, where he helps customers realize the full value of SafeLogic’s cryptographic software. Before joining SafeLogic, Brendan spent more than 13 years at Cigital and, following its acquisition, Synopsys, helping Fortune 500 organizations mature their software security programs while overseeing service delivery and innovation in cloud security and DevSecOps. He brings a practical, customer-focused perspective on integrating security capabilities into complex enterprise environments.

Alex Zaslavsky
Lead Software Engineer at SafeLogic

Alex Zaslavsky has more than 15 years of experience in cybersecurity and is a veteran of Unit 8200. At SafeLogic, Alex is focused on building resilient post-quantum cryptography algorithms suitable for production systems. His experience spans advisories TTPs research, leading teams of researchers, and designing production-grade software systems that operate at internet scale.