BoringSSL's Latest Stable Release Version, Explained

If you came here to grab a version number and move on, here it is: the newest tagged BoringSSL release is 0.20260713.0, published on July 13, 2026. But if you plan to pin that version in a real project, read the next two minutes carefully — because "BoringSSL latest stable release version" is a slightly trick question. BoringSSL doesn't ship stable releases the way OpenSSL does. It has no long-term support branch, no semantic version numbers, and Google openly tells outside developers not to depend on it. This guide covers the current release tag, how BoringSSL's date-based versioning works, how to check the version yourself, and how to pin one without getting burned.

What is the latest BoringSSL stable release version?

The current latest tagged BoringSSL release is 0.20260713.0 (published July 13, 2026). BoringSSL uses date-based tags in the format 0.YYYYMMDD.0 rather than semantic versions, and Google maintains no long-term stable branch. New tags typically land every couple of weeks.

Here are the most recent tagged releases at the time of writing:

Because tags are cut roughly every one to three weeks, whatever number you see above will drift. Always confirm the current tag on the official releases page before you commit to it.

Wait — does BoringSSL even have "stable" releases?

Not in the sense most developers mean. This is the part that trips people up, so it's worth being blunt.

BoringSSL is Google's fork of OpenSSL, built to serve Google's own products rather than the wider ecosystem. The project's own documentation is refreshingly direct about this: it is an open-source project, but it is not intended for general use, and Google does not recommend that third parties depend on it. There are no guarantees of API or ABI stability, and the maintainers change interfaces whenever it suits Google's needs, updating all of Google's own consumers in the same motion.

That design choice has a direct consequence for versioning:

• No semantic versions. You won't find a "3.2.1" that signals major/minor/patch intent.
• No long-term support branch. Google explicitly does not keep a general-purpose stable branch for outside consumers.
• No compatibility promise. A tag from last month may not be a drop-in for a tag from today.

So when someone asks for the "latest stable release version," the accurate answer is: BoringSSL doesn't publish stable releases, but it does now tag periodic snapshots you can pin to — and 0.20260713.0 is the most recent one.

How BoringSSL versioning actually works

For most of its life, BoringSSL had no releases at all. Consuming projects like Chromium simply built from the master branch and shipped whatever revision they happened to have when they branched. If you needed to identify a specific build, you tracked a raw Git commit hash — often stored in a file like BORINGSSL_REVISION — not a version string.

That changed when Google started tagging periodic releases. The old chromium-stable branch, which slower-moving projects used to follow, was deprecated; the maintainers noted that BoringSSL now tags periodic releases that can be used instead.

Reading the tag format is straightforward:

1. 0. — a fixed prefix. It is not a real major version and doesn't imply "pre-1.0 instability" in the usual sense.
2. YYYYMMDD — the date the release was cut. 20260713 means July 13, 2026.
3. .0 — a revision counter for that date, in case more than one tag ships the same day.

So 0.20260713.0 reads as "the first release cut on July 13, 2026." The dates are the signal — a later date is a newer snapshot, full stop.

 

How to find the current BoringSSL version yourself

Version numbers in this article will age. Here's how to check the live answer in under a minute:

1. Visit the releases page. Open the google/boringssl releases on GitHub; the tag marked "Latest" is the newest snapshot.
2. Or jump straight to latest. The URL github.com/google/boringssl/releases/latest always redirects to the current release tag.
3. List tags from a clone. Run git tag --sort=-creatordate | head against the Git mirror to see the newest tags locally.
4. Check what your dependency pins. If BoringSSL arrives through another project, look for a recorded commit hash (for example, an BORINGSSL_REVISION file) and map it to a tag or commit date.

Any one of these gives you an authoritative answer without trusting a blog post's snapshot — including this one.

Should you pin to a BoringSSL release tag?

If you've decided BoringSSL is right for your project, pinning to a dated tag is far better than floating on master. A few practices keep it manageable:

• Pin to a specific tag, never HEAD. Building from master means an unrelated API change can break your build with no warning.
• Budget for updates. Because there's no compatibility promise, expect to touch your calling code when you bump versions. Plan for it rather than treating it as a rare event.
• Watch the changelog between tags. Each release links a full changelog against the previous tag, which is your best early warning for breaking changes.
• Consider a maintained binding instead. Many developers don't consume BoringSSL directly. The Rust boring crate, for example, wraps a known-good BoringSSL revision with safe bindings and handles the pinning for you.
• Mind FIPS separately. If you need a FIPS-validated build, that's a distinct, slower-moving track from the ordinary tags — don't assume the latest snapshot is validated.

The honest trade-off: you get Google's world-class TLS engineering, but you own the maintenance cost of chasing a fast-moving target.

BoringSSL vs OpenSSL: a versioning reality check

Developers often reach for BoringSSL expecting an OpenSSL-style release experience. They're built for very different audiences, and their versioning reflects that.

The takeaway isn't that one is better. It's that BoringSSL optimizes for Google's ability to move fast, while OpenSSL optimizes for a broad ecosystem that needs predictable, long-lived releases. Projects like Envoy adopt BoringSSL deliberately, citing access to Google's TLS expertise — and they accept the maintenance model that comes with it.

 

Conclusion

So, what's the BoringSSL latest stable release version? The most recent tagged snapshot is 0.20260713.0 (July 13, 2026) — but the more useful answer is that BoringSSL doesn't do "stable" releases at all. It publishes date-based tags on a roughly biweekly cadence, keeps no long-term support branch, and makes no API or ABI promises to outside users. If you're integrating it, pin to a specific tag, budget for regular updates, and consider a maintained binding if you'd rather not own the churn.

Before you build, take the sixty seconds to confirm the current tag on the official releases page — versions here move fast, and the number that's current today won't be for long.