Why Waiting to “Get Organized” Before Securing Your Open Source Supply Chain Is the Most Expensive Mistake You Can Make

The Pattern We Keep Seeing

I talk to engineering and security leaders every week. The conversations are remarkably similar.

Some organizations don’t have any inventory of what open source they’re running. They know it’s in their containers, their builds, their production environments. They just can’t tell you exactly what’s there, what version it is, or who brought it in.

Other teams have the opposite problem. They’ve done the inventory work. They can pull the list. But now they’re staring at thousands, sometimes tens of thousands, of components and asking the same question: where do we even start?

Both groups end up in the same place: paralyzed.

And the reason is almost always the same. They believe they need to get organized before they can start acting. They think the prerequisite to securing their software supply chain is having a complete picture of it. So they delay. They plan. They build internal committees and schedule discovery sprints. And in the meantime, vulnerabilities keep shipping and bad actors are acting.

The truth is simpler: you don’t need to have your ducks in a row in order to get your ducks in a row.

The “Get Ready to Get Ready” Trap

Here’s what the trap looks like in practice. A security team knows they need to address open source risk. They go to leadership with a plan. Leadership asks reasonable questions: What do we have? How exposed are we? What’s the scope? The security team realizes they don’t have great answers, so they go back to do discovery. Discovery takes months. The reasons vary — fragmented ownership across security and engineering, no single tool that spans the inventory problem, or simply competing priorities that push OSS risk off the roadmap. By the time they come back with a picture of the landscape, priorities have shifted, budgets have moved, or a new CVE has hit the news and thrown everything into reactive mode again.

We see this cycle repeat with engineering teams too. They want to standardize their open source consumption. Everything is piecemeal: different teams pulling from different registries, different versions of the same package running across different services, no consistency in how dependencies get vetted or updated. The logical instinct is to first build a map of everything that exists, then design a standard, then implement it.

But that sequencing is backwards. The mapping, the standardization, and the security improvement don’t have to happen in order. They can happen simultaneously. In fact, they should happen simultaneously. Because the tool that secures your software supply chain is the same tool that gives you the inventory and creates the standard.

Reframing the Problem: Start Acting, Let Clarity Follow

The organizations that move fastest on open source security share a common trait: they don’t wait for perfect visibility to start. They pick a starting point and let the process of securing their software supply chain generate the visibility they were waiting for.

This looks different depending on where an organization is in their maturity:

If you have no inventory

Start by securing what’s coming in the door. You don’t need to audit everything that exists today. Instead, establish a trusted source for new packages and components. Every new project, every new container, every new dependency request gets pointed at a managed, curated source. You’re not boiling the ocean. You’re turning off the tap of new unvetted code entering your environment. The inventory of what’s already there? That becomes a parallel workstream, not a prerequisite.

If you have an inventory but can’t prioritize

Stop trying to tackle everything at once. 10,000 components is not a single project. The move is to segment by business priority, not just vulnerability severity: which applications are mission critical? Which teams own production services? Which environments are internet facing? Start there, regardless of CVE count. A critical CVE in a dev tool that never touches production is a lower priority than a moderate one in your customer facing API. The backlog of technical debt shrinks over time as part of normal operations, not as a heroic cleanup project.

If you want to standardize but everything is piecemeal

The standard doesn’t come before the tool. The tool is the standard. When every team is pulling packages from different places with different vetting processes (or no process at all), the answer isn’t to first harmonize all those processes and then pick a solution. The answer is to provide a single trusted source and let adoption of that source become the harmonization. Teams don’t need to change their workflows. They just need a better place to point them.

A Practical Framework: From Panic to Productivity

Based on what we’ve seen work across hundreds of organizations, here’s the sequence that actually moves the needle:

Step 1

Secure the Front Door

Start routing new packages and containers through a managed, curated source (check out ActiveState’s Curated Catalog). This takes days to set up, not months. You get immediate CVE reduction on everything new entering your environment.

Step 2

Triage the Backlog

Use your existing inventory (or build one as you go) to identify the highest risk components. Focus on production, internet facing, and critical CVEs first. Don’t try to fix everything.

Step 3

Assign Ownership

Decide who owns open source security going forward. Is it security? Platform engineering? DevOps? It doesn’t matter as much as having someone accountable. Open source software risk lives in no one’s lane by default.

Step 4

Operationalize

xMove from project mode to process mode. Continuous monitoring, automated updates, policy enforcement. This is where it becomes sustainable and you stop having fire drills every time a new CVE hits the news.

 

The critical insight: Steps 1 and 2 can start on the same day. You don’t need to finish your inventory to secure what’s coming in. You don’t need to have ownership figured out before you stop shipping vulnerable code. The framework is sequential in terms of maturity, but parallel in execution.

What Inaction Actually Costs

Every week you spend “getting ready” is a week where unvetted open source packages are shipping to production. Where known CVEs are sitting in your containers. Where a compliance audit could surface findings you don’t have answers for.

The cost of inaction isn’t just risk. It’s the compounding of technical debt. The longer you wait, the bigger the backlog becomes. And the bigger the backlog, the more overwhelming the project looks, which creates more inertia, which creates more delay. It’s a vicious cycle that only breaks when you decide to start.

The Uncomfortable Truth

Perfect readiness is a myth. No organization has ever had a complete, accurate, up to date picture of every open source component in their environment before they started securing it. The ones that are in good shape today started messy and got clean over time.

The question isn’t whether you’re ready to start. The question is what’s the cost of waiting until you think you are.

You don’t need your ducks in a row. You just need to start moving.

ActiveState helps organizations secure their open source supply chain from day one. Whether you have a full inventory or no idea what’s running, we meet you where you are and get you moving. 

Talk to our team to see how fast you can go from panic to productivity.

Frequently Asked Questions:

Do we need a complete open source inventory before we can start securing our software supply chain?

No. In fact, waiting for a complete inventory is one of the most common and costly delays organizations face. You can begin securing new packages coming into your environment immediately — within days — while building your inventory in parallel as a separate workstream.

Segment by risk rather than trying to tackle everything at once. Start with components that are internet-facing, running in production, or tied to known critical CVEs. Address those first while simultaneously establishing a secure channel for all new dependencies.

It can live in security, platform engineering, or DevOps — what matters most is that someone is explicitly accountable. Open source risk has no natural owner by default, which is why it often falls through the cracks across teams.

Days, not months. Routing new packages through a trusted, curated source is one of the fastest wins available — you get immediate CVE reduction on everything entering your environment without waiting for a broader cleanup effort to complete.

Every week of delay means more unvetted packages reaching production, more known CVEs sitting in containers, and a growing backlog of technical debt. The longer you wait, the larger and more overwhelming the project becomes — creating a cycle of inertia that’s hard to break.

The Curated Catalog addresses all 4. Open source components are built from verified sources in SLSA Level 3 infrastructure, so a package published via a stolen token without matching provenance would not be admitted. Every transitive dependency is scanned before admission, meaning plain-crypto-js with its obfuscated postinstall hook would fail malware analysis. Components are delivered as verified binary artifacts without arbitrary postinstall execution in developer environments. And because the protection is pre-admission rather than post-installation, the self-erasing cleanup is irrelevant. The component never reached the developer.