Beginning in May 2026, SSL/TLS certificates will begin moving toward shorter lifespans, part of a broader industry initiative to improve internet security. For independent developers—especially those hosting their own applications or using platforms like Alpha Cloud—this change will alter how certificates are issued, renewed, and managed.
This post explains what’s changing, why it’s happening, and how it affects your development and deployment practices.
For years, SSL/TLS certificates were valid for up to 825 days (about 27 months). That was reduced to 398 days (about 13 months) in 2020. Starting in May 2026, certificate lifespans will begin shortening again, with a gradual transition toward significantly shorter validity periods.
While the exact final target continues to evolve, the industry direction—led by browser vendors like Google Chrome, Apple Safari, and Mozilla Firefox—is toward certificates lasting only a few months, or even as short as 90 days in some cases.
In fact, free certificate providers like Let’s Encrypt already issue certificates valid for only 90 days.
This trend will eventually apply broadly across the entire public web PKI ecosystem.
There are several legitimate security reasons behind this change:
If a private key is stolen, an attacker can impersonate your server.
Shorter lifespans reduce how long a stolen certificate remains useful.
Instead of a stolen certificate working for over a year, it might only work for a few weeks.
Encryption standards evolve.
Shorter certificate lifespans allow the ecosystem to migrate more quickly to stronger algorithms without waiting years for old certificates to expire.
The modern web is designed around automation, not manual certificate management.
The move to shorter lifespans encourages developers to adopt automated certificate renewal systems, which:
If you’re already using Let’s Encrypt, you’re ahead of the curve.
Let’s Encrypt certificates expire every 90 days, but renewal is fully automated using tools like:
Once configured properly, certificate renewal happens automatically with no intervention.
This is now considered the modern best practice.
Developers who need commercial SSL certificates—such as those requiring:
can obtain them from providers like ssls.com.
Commercial certificates are still widely used in enterprise environments, especially where:
However, commercial certificates are subject to the same lifespan reductions.
This means even paid certificates will require more frequent renewal.
If you host applications on your own servers (Windows Server, Linux, cloud VM, etc.), this change primarily affects your operational practices.
The good news: automation solves almost everything.
If you are manually installing certificates once per year, that process must now be automated.
Manual renewal will become impractical.
Fortunately, automation tools work extremely well—even on Windows Server.
Once configured, the process is fully hands-off.
If you use Alpha Cloud, most of this complexity is handled for you.
Alpha Cloud manages SSL certificates automatically as part of its infrastructure.
This means:
You generally do not need to manage certificates manually.
This is one of the advantages of managed hosting platforms.
However, if you:
then understanding certificate automation is still important.
If you run Alpha Anywhere on:
you should strongly consider using Let’s Encrypt with automated renewal.
This is now the preferred approach.
The era of manually purchasing and installing certificates annually is ending.
Automation is the future.
This is where the topic becomes more nuanced.
The official justification makes sense in theory.
But in practice, the benefits may be more modest than advertised.
Here’s why.
SSL/TLS is not typically broken by waiting for certificates to expire.
It is broken by:
Shortening certificate lifespan does not address those root causes.
If an attacker compromises your private key, they will use it immediately.
They won’t wait months.
Shortening lifespan from 398 days to 90 days does not stop real-world attacks.
It only slightly reduces exposure duration.
This may actually be the most important effect.
Short certificate lifespans force developers to adopt automation.
Automation improves security far more than expiration policies.
Systems that renew automatically:
This reduces outages and operational risk.
Independent developers face a different risk than large enterprises.
Manual certificate management becomes burdensome.
But automation requires:
Fortunately, once configured, automation works reliably.
But there is a learning curve.
Use Let’s Encrypt with automated renewal.
This is now the best practice.
Avoid manual certificate management entirely.
You are already protected.
Alpha Cloud manages certificates automatically.
No action is needed.
Be prepared to renew more frequently.
Consider whether Let’s Encrypt may be sufficient.
Many developers now use Let’s Encrypt even for production commercial systems.
Use a centralized reverse proxy (Traefik, nginx, Caddy) to manage certificates.
This simplifies everything.
The long-term trend is clear.
Manual certificate management is disappearing.
Certificates will become:
Eventually, SSL certificate management will be something most developers never think about.
For independent developers, the shift to shorter certificate lifespans is less about security breakthroughs and more about operational modernization.
It forces the adoption of automation—which is ultimately beneficial.
If you are already using Let’s Encrypt or Alpha Cloud, you are well positioned.
If you are still installing certificates manually once per year, now is the time to modernize your deployment process.
The good news is that once automation is in place, certificate management becomes effortless.
And in the end, that may be the real goal of this change.
Steve Wood is an independent software consultant specializing in custom business applications, enterprise modernization, and systems integration. He develops secure, data-driven solutions using Alpha Anywhere, Python, JavaScript, Node.js, SQL Server, MariaDB, and related technologies, while also providing software architecture, project management, and long-term application support. His projects range from departmental business systems to enterprise applications that integrate databases, APIs, cloud services, and legacy platforms.
Steve's preferred development platform is Alpha Anywhere because it combines the speed of low-code development with the flexibility of traditional programming. Its integrated application server, database connectivity, mobile capabilities, and extensibility allow sophisticated web and business applications to be delivered in a fraction of the time required by many conventional development frameworks. By combining Alpha Anywhere with Python and modern web technologies, Steve helps organizations modernize existing systems while reducing development time, cost, and long-term maintenance.
Supporting modernization across Access, Alpha Anywhere, FileMaker, Clarion, FoxPro, and other long-standing platforms.
