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Let's Encrypt

The difficulty of making sure your website is broken Simplifying Certificate Renewals for Millions of Domains with ACME Renewal Information (ARI) Six-Day and IP Address Certificates Available in Certbot Shorter Certificate Lifetimes and Rate Limits DNS-PERSIST-01: A New Model for DNS-based Challenge Validation On the Importance of "Hello" and "Thanks" 6-day and IP Address Certificates are Generally Available 10 Years of Let's Encrypt Certificates Decreasing Certificate Lifetimes to 45 Days New "Generation Y" Hierarchy of Root and Intermediate Certificates Ten Years of Community Support ACME Renewal Information (ARI) Published as RFC 9773 Native ACME Support Comes to NGINX End of Life Plan for RFC 6962 Certificate Transparency Logs OCSP Service Has Reached End of Life We've Issued Our First IP Address Certificate Expiration Notification Service Has Ended Reflections on a Year of Sunlight How We Reduced the Impact of Zombie Clients Sustaining a More Secure Internet: The Power of Recurring Donations Ending TLS Client Authentication Certificate Support in 2026 How Pebble Supports ACME Client Developers Ten Years of Let's Encrypt: Announcing support from Jeff Atwood We Issued Our First Six Day Cert Encryption for Everybody Scaling Our Rate Limits to Prepare for a Billion Active Certificates Ending Support for Expiration Notification Emails Announcing Six Day and IP Address Certificate Options in 2025 Announcing Certificate Profile Selection Ending OCSP Support in 2025 Intent to End OCSP Service More Memory Safety for Let’s Encrypt: Deploying ntpd-rs Let’s Encrypt Continues Partnership with Princeton to Bolster Internet Security Takeaways from Tailscale’s Adoption of ARI An Engineer’s Guide to Integrating ARI into Existing ACME Clients Deploying Let's Encrypt's New Issuance Chains New Intermediate Certificates Introducing Sunlight, a CT implementation built for scalability, ease of operation, and reduced cost A Year-End Letter from our Vice President Our role in supporting the nonprofit ecosystem Increase your security governance with CAA Shortening the Let's Encrypt Chain of Trust ISRG’s 10th Anniversary Improving Resiliency and Reliability for Let’s Encrypt with ARI Thank you to our 2023 renewing sponsors A Look into the Engineering Culture at ISRG Let’s Encrypt improves how we manage OCSP responses A New Life for Certificate Revocation Lists Nurturing Continued Growth of Our Oak CT Log TLS Beyond the Web: How MongoDB Uses Let’s Encrypt for Database-to-Application Security Let’s Encrypt Receives the Levchin Prize for Real-World Cryptography New Major Funding from the Ford Foundation TLS Simply and Automatically for Europe’s Largest Cloud Customers Making the Web safer and more secure for everyone Resources for Certificate Chaining Help Speed at scale: Let’s Encrypt serving Shopify’s 4.5 million domains Preparing to Issue 200 Million Certificates in 24 Hours The Next Gen Database Servers Powering Let's Encrypt A Year-End Letter from the Executive Director of Let's Encrypt and ISRG Extending Android Device Compatibility for Let's Encrypt Certificates Standing on Our Own Two Feet [Updated] Let's Encrypt's New Root and Intermediate Certificates Let's Encrypt Has Issued a Billion Certificates Multi-Perspective Validation Improves Domain Validation Security How Let's Encrypt Runs CT Logs Onboarding Your Customers with Let's Encrypt and ACME Introducing Oak, a Free and Open Certificate Transparency Log Transitioning to ISRG's Root The ACME Protocol is an IETF Standard Facebook Expands Support for Let’s Encrypt Looking Forward to 2019 Let's Encrypt Root Trusted By All Major Root Programs Engineering deep dive: Encoding of SCTs in certificates Looking Forward to 2018 ACME Support in Apache HTTP Server Project Wildcard Certificates Coming January 2018 Milestone: 100 Million Certificates Issued ACME v2 API Endpoint Coming January 2018 OVH Renews Platinum Sponsorship of Let's Encrypt Let’s Encrypt 2016 In Review Launching Our Crowdfunding Campaign Our First Grant: The Ford Foundation Squarespace OCSP Stapling Implementation Introducing Internationalized Domain Name (IDN) Support ISRG Legal Transparency Report, January 2016 - June 2016 What It Costs to Run Let's Encrypt Let's Encrypt Root to be Trusted by Mozilla Full Support for IPv6 Defending Our Brand [Updated] Progress Towards 100% HTTPS, June 2016 Leaving Beta, New Sponsors ISRG Legal Transparency Report, July 2015 - December 2015 New Name, New Home for the Let's Encrypt Client Software Our Millionth Certificate OVH Sponsors Let's Encrypt Entering Public Beta Facebook Sponsors Let's Encrypt Public Beta: December 3, 2015 Why ninety-day lifetimes for certificates? The CA's Role in Fighting Phishing and Malware
A Year-End Letter from our Executive Director
2022-12-05 · via Let's Encrypt

By Josh Aas ·

This letter was originally published in our 2022 annual report.

The past year at ISRG has been a great one and I couldn’t be more proud of our staff, community, funders, and other partners that made it happen. Let’s Encrypt continues to thrive, serving more websites around the world than ever before with excellent security and stability.

A particularly big moment was when Let’s Encrypt surpassed 300,000,000 websites served. When I was informed that we had reached that milestone, my first reaction was to be excited and happy about how many people we’ve been able to help. My second reaction, following on quickly after the first, was to take a deep breath and reflect on the magnitude of the responsibility we have here.

The way ISRG is translating that sense of responsibility to action today is probably best described as a focus on agility and resilience. We need to assume that, despite our best efforts trying to prevent issues, unexpected and unfortunate events will happen and we need to position ourselves to handle them.

Back in March of 2020 Let’s Encrypt needed to respond to a compliance incident that affected nearly three million certificates. That meant we needed to get our subscribers to renew those three million certificates in a very short period of time or the sites might have availability issues. We dealt with that incident pretty well considering the remediation options available, but it was clear that incremental improvements would not make enough of a difference for events like this in the future. We needed to introduce systems that would allow us to be significantly more agile and resilient going forward.

Since then we’ve developed a specification for automating certificate renewal signals so that our subscribers can handle revocation/renewal events as easily as they can get certificates in the first place (it just happens automatically in the background!). That specification is making its way through the IETF standards process so that the whole ecosystem can benefit, and we plan to deploy it in production at Let’s Encrypt shortly. Combined with other steps we’ve taken in order to more easily handle renewal traffic surges, Let’s Encrypt should be able to respond on a whole different level the next time we need to ask significant numbers of subscribers to renew early.

This kind of work on agility and resilience is critical if we’re going to improve security and privacy at scale on the Web.

Our Divvi Up team has made a huge amount of progress implementing a new service that will bring privacy respecting metrics to millions of people. Applications collect all kinds of metrics: some of them are sensitive, some of them aren’t, and some of them seem innocuous but could reveal private information about a person. We’re making it possible for apps to get aggregated, anonymized metrics that give insight at a population level while protecting the privacy of the people who are using those apps. Everybody wins - users get great privacy and apps get the metrics they need without handling individual user data. As we move into 2023, we’ll continue to grow our roster of beta testers and partners.

Our Prossimo project started in 2020 with a clear goal: move security sensitive software infrastructure to memory safe code. Since then, we’ve gotten a lot of code written to improve memory safety on the Internet.

We’re ending the year with Rust support being merged into the Linux kernel and the completion of a memory safe NTP client and server implementation. We’re thrilled about the potential for a more memory safe kernel, but now we need to see the development of drivers in Rust. We’re particularly excited about an NVMe driver that shows excellent initial performance metrics while coming with the benefit of never producing a memory safety bug. We are actively working to make similar progress on Rustls, a high-performance TLS library, and Trust-DNS, a fully recursive DNS resolver.

All of this is made possible by charitable contributions from people like you and organizations around the world. Since 2015, tens of thousands of people have given to our work. They’ve made a case for corporate sponsorship, given through their DAFs, or set up recurring donations. That’s all added up to $17M that we’ve used to change the Internet for nearly everyone using it. I hope you’ll join these people and support us financially if you can.