TLS certificate lifetimes are getting shorter. Public certificates are moving toward 47-day validity, which will make the manual renewal processes many teams rely on today much harder to manage.

There will be more certificates, more renewals, and more opportunities for something to expire unnoticed and cause an outage.

That’s why we’re hosting a live webinar on what shorter certificate lifetimes mean for enterprise teams and how to prepare for them.

Webinar: Why Certificate Management Has to Change
🗓️ Wednesday, September 16 | 12:00 p.m. CT / 1:00 p.m. ET | 45 minutes

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In the 45 minute webinar, we’ll cover:

• How to prepare for shorter TLS certificate lifetimes

• How to reduce outages caused by expired or unmanaged certificates

• What a modern certificate lifecycle looks like, from discovery through automated renewal

• How to manage certificates across private and external CAs

Can’t make it live? Register anyway. Every registrant gets the recording.

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Disclosure: This is a dedicated message from Infisical, one of our sponsors.

When: Jan 24, 7:30 AM PT and Jan 25, 1:00 PM PT

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Memory errors are responsible for over 70% of critical security vulnerabilities and in C++, they can cost you performance, stability, and credibility.

In this live, hands-on masterclass, you’ll learn how to take complete control of memory in modern C++ - directly from Patrice Roy, #1 bestselling author of C++ Memory Management and a long-standing member of the ISO C++ Standards Committee (WG21).

This is a practical, production-focused workshop designed to help you write C++ code that is fast, predictable, exception-safe, and memory-leak free.

What you’ll be able to do after this workshop

By the end of these two days, you will be able to:

• Confidently design ownership models that prevent leaks and undefined behavior

• Use RAII and smart pointers correctly—and know when not to use them

• Write exception-safe, high-performance code suitable for real-world systems

• Understand what actually happens behind new, delete, and custom allocators

• Diagnose and fix memory-related bugs before they reach production

Why learn from Patrice Roy?

Patrice Roy brings together deep theoretical knowledge and decades of real-world experience:

• #1 bestselling author of C++ Memory Management

• Active member of the ISO C++ Standards Committee (WG21) since 2014

• Contributor to SG14 (Low-Latency Study Group)

• 20+ years training professional and game programmers

• Former R&D engineer working on military flight simulators

• PhD in Computer Science

You’re not just learning how memory management works—you’re learning how the people who shape the language think about it.

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Who should attend?

This workshop is designed for developers who want to sharpen their C++ skills and take full control of memory management:

• Intermediate C++ developers ready to deepen their understanding of modern memory techniques.

• Performance-focused programmers working with tight space or speed constraints.

• Cross-language developers coming to C++ from another language who want to understand its memory model.

• Game and systems programmers seeking predictable execution and low-latency performance.

• Curious coders eager to explore smart pointers, custom allocators, and memory leak detection.

Why attend?

This 2-day interactive workshop combines explanation, live coding, and applied exercises:

• Core memory management principles every C++ developer must master

• The RAII idiom and how it enables safer, cleaner designs

• Smart pointers: correct usage, common traps, and performance implications

• Operator new, allocation strategies, and memory layout fundamentals

• Techniques for writing robust, low-latency, memory-safe applications

You’ll leave with mental models, patterns, and techniques you can apply immediately.

If you’ve ever struggled with leaks, crashes, or unclear ownership—you belong here.

What you get

• Live, instructor-led sessions

• Direct interaction with a C++ standards expert

• Structured learning over two focused days

• Learn alongside peers facing similar challenges

Seats are limited to maintain interactivity.

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