Project Clean Beach Solving the Open Source Volume Crisis
Drowning in
Dependencies:
The Scaling Crisis
of Modern Security
The most acute problem in modern security isn't just finding risks—it’s scaling to meet the risks from the sheep volume of FOSS dependencies.
With modern applications often relying on thousands of transitive dependencies, the influx of risk signals has become a deafening noise.
Traditional security teams simply cannot manually vet every update, every patch, and every new library.
How many security flaws have you shipped?
A storm is coming: The Intersection of Geopolitical Risk and Regulatory Pressure
Nation-state actors are increasingly shifting their focus "upstream," infiltrating software supply chains to plant sophisticated backdoors in the foundational libraries the world relies on.
At the same time, the era of "voluntary security" is ending.
Upcoming government regulations (such as the SSDF and EU CRA) are set to mandate unprecedented levels of transparency. Soon, providing a simple SBOM won't be enough—companies will be legally required to prove they are proactively monitoring, identifying, and remediating risks within their third-party dependencies.
Unique, Proactive
Risk Signals
Current signals are reactive and full of noise. PCB unlocks a new
group of signals only offered by OpenRefactory.
Stay on Top of the
Known Vulnerabilities (CVEs)
By identifying which vulnerabilities are actually accessible in your code, we filter the noise so you can focus on fixing the risks that truly impact your security.
Proactively Discover New Zero Day
Vulnerabilities in your supply chain
Uncover hidden threats before they have a name by using AI-driven analysis to detect zero-day patterns across your entire dependency tree.
Get rich data about the Known Vulnerabilities (CVEs)
Transform static CVE lists into actionable intelligence with information about the actual root cause functions or methods that manifest the vulnerability.
Software Level Observability: Does your
package have a back door?
Expose hidden malicious intent with deep-code observability that detects backdoors, unauthorized exfiltration, and anomalous logic shifts in real-time.
Assessing risk During New
Package Ingestion
Has the package that you are about to ingest been properly maintained? Have they been responsive to security updates in the past?
Understand the license violations
Eliminate legal risk with automated license discovery that maps your entire dependency tree to ensure total compliance and prevent IP leakage.
Actionable Remediation
PCB provides an actionable remediation approach to mitigate a risk in the supply chain.
The risk is mitigated using one of the following F-s of the 6F framework
Fix
Apply a patch and upgrade to a transitive dependency.
Fork
Maintain a patched fork to ensure continuity.
Flip
Pivot to a Healthier alternative package
Forge
Proactively nudging maintainers of upstream packages to adopt fixes.
Forgo
Reclaim control of a package and implement the feature in house.
Forget
Strategically neglecting low severity vulnerabilities that are reachable but not exploitable.Ultra-Low False Positives
Our AI filters the noise, ensuring that developers
only see actionable, high-priority issues.
Project Clean Beach Advantage
Added clarity into your open source components
Improved
Security
Identified 2X More Risky Artifacts Compared to SCA Tools
More High-Severity, Previously Undiscovered Bugs Identified Compared to SAST Tools
Actionable Advice Following The 6F Framework
Reduced
Toil/OpEx
Of Software Updates Can Be Avoided
Of Operational Cost Can Be Reduced
Take control of
your supply chain
Start using Project Clean Beach to secure your dependencies today.
