Name: Navigating the Integration Maze of Certificate Lifecycle Management
Start: 2025-08-05T15:00:00Z
End: 2025-08-05T15:01:00.000Z
Location: BrightTALK
Rating: 0

We are the world's leading provider of applied cryptography.
Over 100 Fortune 500 corporations have sought our help in protecting their most sensitive data and solving the most complex problems. Through our products and professional services, you can strengthen your ability to protect cryptographic keys, digital certificates, software code signing, Certificate Lifecycle management, and more. We are committed to staying up-to-date with the latest technology trends, compliances, and best practices in data security, and we leverage this expertise to help our clients achieve their security goals.

In an era of escalating cyber threats and the approaching quantum computing paradigm, simply knowing what cryptographic assets you possess isn't enough. True digital trust and enterprise resilience demand a sophisticated, strategic approach to cryptography that extends far beyond basic inventory. Many organizations face a critical gap between recognizing cryptographic use and effectively managing its inherent risks and opportunities.
 
Our webinar is ideal for organizations who are ready to move past reactive measures and embrace a truly proactive cryptographic strategy. Discover strategic imperatives and actionable frameworks necessary to:
- Uncover and mitigate hidden cyber risks stemming from unmanaged or misconfigured cryptography.
- Quantify and reduce balance sheet exposure by transforming cryptographic vulnerabilities into a controllable business risk.
- Develop a future ready strategy that intelligently anticipates and prepares for the quantum-safe transition.
- Transform cryptographic compliance from a burden into a robust pillar of your overall governance.

Beyond Visibility: Turning Crypto Inventory into a Strategic Advantage for the Quantum Era

The transition from FIPS 140-2 to FIPS 140-3 is an important step toward modernizing cryptographic security. While FIPS 140-2 validations remain in effect until September 21, 2026, moving to FIPS 140-3 ensures continued alignment with federal standards.

This webinar is designed to help organizations better understand what the transition means in practical terms. We'll cover the key differences between FIPS 140-2 and FIPS 140-3, outline what to expect during the transition process, and share best practices to help you plan ahead with confidence. Whether you’re at the beginning of your journey or already preparing, this session will provide the clarity and insights you need to move forward smoothly.

Key Takeaways:
- Get a clear understanding of the FIPS 140-3 transition timeline and what the 2026 milestone means for cryptographic modules.
- Learn the key technical and procedural differences between FIPS 140-2 and FIPS 140-3.
- Understand the potential challenges of using modules certified under older standards as the transition progresses.
- Gain insights on how to review your cryptographic environment and prepare for future certification requirements.
- Walk away with practical steps to begin planning your transition to FIPS 140-3 with clarity and confidence.

From FIPS 140-2 to 140-3: What You Need to Know Before Time Runs Out

With traditional digital signature algorithms nearing obsolescence in the face of new cryptographic demands, organizations must act now to modernize their software signing strategies. This webinar explores how MLDSA and LMS, two powerful post-quantum signature schemes can be implemented to secure critical applications, firmware, and digital code.

Join us to learn how to integrate these algorithms into your signing infrastructure, why hybrid signing workflows are key for smoother adoption, and what practical steps you can take to future-proof your digital trust model.   
 
Key Takeaways:
- Understand how MLDSA and LMS work and why they are well-suited for securing software in a post-quantum world
- Learn how to implement MLDSA with tools like HSMs, signer scripts, and validation utilities
- Explore how to deploy LMS using the PQSDK to protect long-life assets like firmware and embedded systems
- Discover how hybrid signing enables smoother transitions by supporting both classical and post-quantum signatures
- Gain practical insight into creating MLDSA and LMS key pairs, signing files, and verifying signatures
- Learn how these signature schemes can be integrated into existing code signing infrastructure with minimal disruption
- Understand how MLDSA and LMS support regulatory compliance and long-term cryptographic agility

Implementing MLDSA and LMS to Secure the Future of Software Code-Signing

With NIST’s selection of post-quantum algorithms now finalized and global timelines beginning to take shape, cryptographic change is no longer a distant concern. Organizations that rely on public-key infrastructure, code signing, or encrypted communications need to start preparing for this shift to ensure long-term resilience and compliance.

In this webinar, we’ll unpack what the transition to quantum-safe cryptography means in practical terms. From understanding algorithm deprecation to identifying impacted systems, you’ll gain clear guidance on how to begin or advance your journey toward crypto agility.

Whether you're managing certificates, building secure systems, or guiding organizational risk, this session will help you move forward with clarity and confidence.

Key Takeaways:

- Understand what the move to post-quantum cryptography means for RSA, ECC, and other current algorithms
- Learn how to identify and assess your cryptographic assets and dependencies
- Explore what a practical PQC readiness roadmap looks like
- Get insight into the latest NIST algorithm selections and timelines
- Discover ways to reduce disruption while building toward quantum-safe infrastructure

Planning for Algorithm Deprecation and PQC Migration Across Your Cryptographic Infrastructure

As quantum computing advances, traditional encryption methods face increasing risks of becoming obsolete. This session explains why current cryptography is vulnerable and how Post-Quantum Cryptography provides a solution. You’ll learn about the key quantum threats, emerging PQC algorithms, and a clear readiness framework to assess and plan your transition. We cover the PQC maturity model, implementation timeline, migration challenges, and how Encryption Consulting can support your journey to quantum-safe security. By the end, you’ll have a concise roadmap to prepare your organization for a secure cryptographic future.

Your Post Quantum Cryptography Readiness Framework

Digital certificates are essential for secure communication, but when they expire or go unmanaged, they can bring your systems to a halt. Certificate-related outages have disrupted major organizations, leading to downtime, revenue loss, and reputational damage.

In this webinar, you’ll learn why certificate management must be part of your business continuity strategy. We’ll explore proactive approaches like automated renewals, disaster recovery planning, redundant certificate authority (CA) setups, and real-time alerting. Learn from real-world failures and discover how leading organizations avoided or recovered from outages through smarter certificate lifecycle management.

Key Takeaways:

 - Understand the critical role of certificate management in ensuring uptime and business continuity.
 - Learn how automation, renewal policies, and alerting can help prevent unexpected expirations.
 - Discover how to build resilience with disaster recovery plans and redundant CA configurations.
 - Analyze real-world outages caused by expired certificates and identify potential preventive measures.
 - Gain expert strategies for maintaining compliance and avoiding future certificate-related disruptions.

Your Guide To Preventing Certificate Outages & Maintaining Business Continuity

Code-signing is a critical pillar of software trust and security, yet it's often overlooked until a breach occurs. In this webinar, we’ll explore why securing your code-signing process is essential to maintaining software integrity, preventing unauthorized modifications, and protecting your reputation.

Learn about the most common vulnerabilities in code-signing workflows, the role of strong key management and HSMs, and how real-world breaches could have been prevented. Through actionable insights and practical examples, you'll discover how to implement a secure and scalable code-signing strategy.

Key Takeaways:

 - Understand the critical role of code-signing in software authenticity and integrity.
 - Identify common pitfalls and vulnerabilities in code-signing workflows.
 - Learn how to implement secure key storage using HSMs and best-in-class key management practices.
 - Analyze real-world incidents to uncover how weak code-signing led to breaches.
 - Gain actionable steps to build a scalable, secure, and automated code-signing strategy.

What You Don't Protect In Code-Signing Will Impact You

In this video, we explore the importance of FIPS 140-3 compliance, breaking down how organizations can meet these standards to enhance data security, reduce risk, and stay ahead of evolving threats. From assessing cryptographic policies to implementing validated encryption modules, we cover key steps to achieving compliance while ensuring long-term security and business continuity.

FIPS 140-3 | Compliance Framework

The NIS 2 Directive is set to reshape cybersecurity requirements across the EU, impacting a wide range of organizations. In this video, we break down what NIS 2 is, who it applies to, and the key compliance measures you need to know. From stricter incident reporting to enhanced supply chain security, we’ll cover the most critical aspects of the directive and what steps businesses should take to prepare. Stay ahead of compliance challenges and strengthen your security posture with this essential overview.

Navigating the NIS 2 Directive: Key Insights and Implications

Understanding cryptographic requirements is crucial for achieving PCI-DSS v4.0.1 compliance. In this video, we break down the key cryptographic controls required for securing payment data, including encryption standards, key management best practices, and compliance challenges. Learn how to align your cryptographic strategy with PCI requirements and avoid common pitfalls in protecting cardholder data.

Mapping Cryptographic Requirements in  PCI- DSS v4.0.1 Compliance

In today’s software ecosystem, securing the integrity and authenticity of your code is paramount, especially for macOS applications. This webinar will look into the critical importance of Apple Signing for all your Mac OS software, tools, updates, utilities, and applications. We will explore how Apple’s stringent requirements for code signing not only protect end users from malicious software but also ensure compliance with industry standards.
 
Join Riley Dickens, our Senior Consultant, as he discusses:
- The significance of Apple Signing in building trust with users and app stores
- How signing can prevent malware injection and unauthorized code modifications
- The essential role of Apple Signing in securing software distribution and mitigating supply chain attacks
- Best practices for managing certificates and keys securely, especially using HSMs
- How to integrate Apple Signing into your DevOps workflows for seamless and automated code-signing
- By the end of the session, you’ll gain valuable insights into how Apple Signing elevates security and helps you maintain compliance, all while ensuring a smooth and efficient signing process for your software development lifecycle.

Protecting Your macOS Applications with Apple Signing CSP of Encryption Consulting

Welcome to our tutorial on signing an APPX file using Codesign Secure. In this video, we’ll walk you through the process of securely signing your application and preparing the manifest for signing with a certificate.

What You'll Learn:

1. Introduction to Codesign Secure: Understanding the benefits of using Codesign Secure for code signing.
2. Preparing the APPX File: Step-by-step instructions for setting up your APPX file.
3. Altering the Manifest: How to modify and prepare the manifest file for certificate signing.
4. Signing Process: Demonstration of signing the APPX file using Codesign Secure.

5. Verification: Ensuring your APPX file is correctly signed and verified.

How to Sign an APPX File with Codesign Secure

Welcome to our in-depth tutorial on setting up your CodeSign Secure system! In this video, we'll walk you through the essential steps to configure Role Based Access Controls (RBAC), set up email notifications, manage signing projects, and fine-tune user permissions to ensure a seamless and secure code signing experience.

What You'll Learn:

Role Based Access Controls (RBAC): Understand how to create and assign roles to users, ensuring that each team member has the right level of access.
Email Setup: Learn how to configure email notifications to keep your team informed about key activities and updates.
Signing Project Setup: Step-by-step guide to creating and managing signing projects for streamlined operations.
User Permissions: Customize user permissions to align with your organization's security policies and workflow requirements.

CodeSign Secure: Comprehensive System Setup Tutorial

This video provides a clear overview of FIPS compliance, including its significance and the key requirements for FIPS 140-2 and FIPS 140-3. We will break down the different security levels, approved cryptographic methods, and the distinction between FIPS validation and compliance. You’ll also learn how Encryption Consulting can support organizations in achieving FIPS compliance efficiently. For a more comprehensive discussion, check out the detailed video linked in the description.

Introduction to FIPS Compliance

Welcome to our latest video on CodeSign Secure, where we explore the Reporting and Logs features of our code signing product.
Reporting:Our robust reporting capabilities provide comprehensive audit trails, capturing every code signing event. You'll see how our reports detail who signed the code, when it was signed, and the status and results of each signing process. This feature ensures you can monitor and analyze your code signing activities for compliance and security.
Logs:Discover the power of real-time logging in CodeSign Secure. Our logs give you full visibility into every event, tracking the source and destination of signed code, helping you quickly identify and resolve issues. With detailed logs, you can maintain a secure and transparent signing environment, ensuring the integrity of your operations.

Reports and Logs in CodeSign Secure

Our session provides actionable insights into successfully navigating and implementing the Digital Operational Resilience Act (DORA). We’ll explore how DORA integrates compliance and resilience to secure ICT operations, its foundational structure, and the industries it impacts. Key topics include cryptography’s role in DORA, its alignment with ISO 27001 and NIST standards, and practical strategies to overcome implementation challenges. The session is ideal for organizations aiming to enhance security and meet regulatory requirements.

Dora Compliance

In this video, we'll introduce you to Quantum Key Distribution (QKD), a revolutionary method for ensuring secure communication channels. QKD utilizes the principles of quantum mechanics to exchange cryptographic keys securely, offering unprecedented protection against eavesdropping and interception.

Join us as we explore how QKD works, its reliance on quantum entanglement and the Heisenberg Uncertainty Principle, and its real-world applications across government, finance, and critical infrastructure.

Quantum Key Distribution (QKD) Explained: Secure Communication Redefined

Certificate Lifecycle Management doesn’t live in isolation, it needs to integrate with every part of your digital ecosystem. From load balancers, web servers and cloud platforms to DevOps pipelines and ITSM tools, understanding how CLM connects to your environment is critical for scalability, automation, and resilience.
 
In this webinar, we’ll explore the integrations surrounding CLM. We’ll walk through common integration scenarios, share lessons from real-world deployments, and offer practical guidance to help you align your CLM strategy with your operational workflows and business goals.
 
Key Takeaways
- Learn how CLM integrates with key systems like ADCS, Public CAs such as Digicert, GlobalSign, etc, Azure, AWS, ServiceNow, SIEM 
- Understand common integration patterns and the trade-offs involved in each
- Discover the must-have integrations for automation, visibility, and compliance
- Explore use cases across DevOps, cloud, IoT, and enterprise IT environments
- Identify potential integration pitfalls and how to avoid them
- Gain a framework to evaluate CLM tools based on your existing infrastructure
- See how integration maturity impacts certificate risk and outage prevention

Navigating the Integration Maze of Certificate Lifecycle Management

Certificate Management

Certificate Lifecycle Management

Certificate Automation

Digital Certificate

Certificate Lifecycle Automation

Certificates

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Navigating the Integration Maze of Certificate Lifecycle Management

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Encryption Consulting LLC