We help growing businesses and local government stay protected anyway.
In April 2026, Anthropic's Project Glasswing pointed a frontier AI model at the software that underpins the internet. Within weeks it surfaced more than 10,000 high-severity vulnerabilities — including flaws that had survived 27 years of expert review. The patching playbook that protected your systems for two decades just stopped scaling. Harbor Link builds security that holds even when the patch can't come fast enough.
For twenty years, security meant: wait for the vulnerability announcement, get the patch, schedule the maintenance window. That worked because finding flaws was slow and expensive.
In 2026, it stopped being slow. Anthropic's Project Glasswing put a frontier AI model to work on the open-source software your organization runs every day. Industry analysts put the result plainly: the bottleneck in cybersecurity has moved from finding vulnerabilities to absorbing patches. And the same AI capability that defenders use for discovery is available to attackers.
If billion-dollar security teams can't absorb the patch volume, a lean IT team can't either. The answer isn't patching harder. It's building systems where one unpatched flaw can't take down everything.
Discovered by AI across partner systems in the program's first weeks — not years.
The same libraries running inside the software your agency uses every day.
These aren't false alarms — the findings hold up under expert review.
Maintainers can't keep up. That gap — found but not yet fixed — is where defenders now live.
Three publicly documented examples from Project Glasswing show why "we'll patch when it's announced" is no longer a plan:
OpenBSD has a reputation as one of the most carefully audited operating systems in the world. This vulnerability survived nearly three decades of expert human review. AI found it in weeks.
FFmpeg handles video inside countless applications — browsers, camera systems, meeting-room gear. Systems everywhere — public and private — run it without knowing it's there.
The model found multiple Linux kernel vulnerabilities and chained them together on its own — work that used to take expert teams days or weeks.
The same AI that industry leaders now use for defense is broadly available. A motivated attacker doesn't wait for a public disclosure — they can hunt for flaws with the same tools. The window between a vulnerability being discovered and being exploited is collapsing, and monthly or quarterly patch windows weren't built for that world.
"AI capabilities have crossed a threshold that fundamentally changes the urgency required to protect critical software."
"The window between a vulnerability being discovered and being exploited by an adversary has collapsed."
"In the past, security expertise has been a luxury reserved for organizations with large security teams."
A city running quarterly patches isn't behind schedule — it's operating with a playbook from a different era. Two-person IT shops, change-control boards, council-approved maintenance windows: none of it was designed for software that accumulates vulnerabilities faster than anyone can absorb them.
The question isn't "how do we patch faster?" It's "how do we stay protected when we can't?"
Can't take surprise downtime — and can't afford surprise compromise either.
Legacy systems, public-facing services, and sensitive data — often on one flat network.
Two-person IT shops with procurement rules and budgets that don't stretch to enterprise tooling.
Not a 400-page scan report — a clear picture of which systems are actually reachable, exploitable, and connected to what matters. We prioritize by real risk, not CVE counts.
Segment networks so a compromise in one system stays in one system. Least-privilege access, hardened defaults, no more "trusted" internal network. A flaw in a lobby kiosk shouldn't be able to reach your dispatch center. Blast radius becomes a design choice.
Pre-approved playbooks that isolate an affected machine in minutes — not after Tuesday's change-control meeting. Small teams win by automating what big teams do with headcount.
Risk-based prioritization so your limited maintenance windows go to the flaws that are actually exploitable in your environment. Not every CVE matters. The ones that do, really do.
Hardware refreshes, procurement-friendly quoting, and roadmaps that fit real municipal budgets. No enterprise minimums, no bloated consulting contract.
A 30-minute conversation about where your agency actually stands. No scan-and-scare, no obligation — straight answers about what's exposed and what to do first.