New features are the priority. Critical software still needs securing.

Every planning cycle makes you fund one and defer the other. HeroDevs takes the maintenance off your team, building drop-in replacements and patching them on an SLA, so that capacity goes back to the roadmap.

Task list showing one shipped audit log by A. Novak and three tasks pushed to Q4 with warnings.

New features and secure software compete for the same engineers

You plan the quarter around what the business asked for. Then you account for keeping the open source software already earning revenue secure, and the numbers stop working. Neither priority can absorb the cut. Defer the new work and you miss what the business is expecting; defer the maintenance and you are knowingly running insecure, end-of-life open source, which no longer receives security patches from its maintainers.

Whichever way you decide, you are explaining a shortfall to someone. And you’re in the same situation again next quarter.

What breaks when upstream patches stop

Security

CVE open, no fix

Compliance

No evidence to show

Roadmap & budget

Migration inserted, speed unplanned

Timeline with green check marks for OSS active support and security patches, transitioning to end-of-life with CVE warnings.

How many end-of-life dependencies are you carrying?

Get a report of every end-of-life dependency across your repositories, direct and transitive

Software scan summary showing 1701 packages scanned, 218 end-of-life, 1322 not EOL, 157 unknown with risk metrics.

The Problem

Three ways teams keep the software secure without stopping the roadmap

Fund it as a standing allocation

Carve out permanent capacity and you have funded a line that produces nothing new, has to be defended at every budget cycle, and grows as the dependency tree does. That headcount was the roadmap.

Defer it one more quarter

The cheapest choice this cycle and the most expensive one to be wrong about. An unpatched CVE on production software is an incident waiting for a date, and when it lands you are the person who decided to wait.

Have AI absorb it

Fast, and increasingly expected. Independent research finds that nearly half of AI-generated code introduces new vulnerabilities, and an unreviewed patch leaves an open question about who answers for it if it misses the vulnerability or breaks production.

The Solution

The maintenance still happens.
It stops coming out of engineering capacity.

A supported version of the same release already exists

HeroDevs engineers build and review the drop-in replacement, inside the line you already run.

You swap it in and keep shipping

No application code changes, so the work is a dependency update rather than a project.

Support continues for as long as you run the software

Support continues for as long as you run the software. Nothing lapses between quarters, so the maintenance never returns to your planning cycle.

Why HeroDevs?

19M+

package versions tracked

1,000+

vulnerabilities remediated

900+

enterprise customers secured by HeroDevs

Statista logo

We maintained our security posture without compromising our strategic roadmap, all while achieving substantial cost savings compared to a full migration.

Markus Wolf, Architect @ Statista

A patched release for every CVE, without trading the roadmap for security

Angular package versions with CVEs from 2025-2026, showing shipment dates and shipped status checkmarks.

What engineering teams ask

Get answers to some of our most commonly asked questions.
Of course, if you can't find the answer you're looking for, feel free to contact us.

What access does HeroDevs need to our code?
Does this replace headcount?
What happens when a new CVE lands?
Do we still have to review anything?
What if we plan to migrate eventually?
Can we start with one framework?

Something not covered here? Talk to an expert.