End-of-Life Dataset
Get proactive visibility and control over the End-of-Life risk buried in your tech stack.
HeroDevs End of Life Dataset (EOL DS) is a free tool that uncovers unsupported open-source components across your tech stack , before they disrupt your roadmap, security posture, or compliance audits.
What EOL Dataset Solves
You can’t fix what you can’t see.
Most teams have zero visibility into which OSS components are already EOL.
Risk is impossible to measure.
Without clarity on security and technical risk, prioritization becomes guesswork.
Research eats up dev cycles.
Tracking lifecycles across fragmented sources is time-consuming and error-prone.
Surprises kill productivity.
EOL blockers derail planned work and force fire-drill migrations.
Three Pillars of EOL Risk Management
See What Others Miss
Find every end-of-life dependency across your codebase, even when scanners fall short.
Prioritize with Confidence
Go beyond vulnerabilities with context like CVSS scores, “days EOL,” and “versions out” to understand true migration effort.
Act Without Delay
Export JSON into your tools, share instant web reports, or secure coverage with HeroDevs Never-Ending Support until migration is complete.
How It Works
Scan Your Code
Run a CLI command or automate in CI/CD
Scan Complete: 2,500 packages checked, 19 EOL found
View Your Results
See an organized, sortable web report with risk context
Interactive table with filters for CVSS score, age EOL, versions out
Take Action
Migrate or secure with NES coverage until ready
Timeline: Immediate Risk Reduction → Planned Migration
SCA tools stop at vulnerabilities. EOL DS adds the missing context: unsupported dependencies that can’t be patched. Together, they give you the complete picture — what’s vulnerable, what’s EOL, and what you can do next.
Key Use Cases
Pre-Audit Compliance Sweep
Run a comprehensive scan before external audits to identify and address EOL components across all projects, ensuring compliance readiness.
M&A Technology Risk Assessment
Evaluate software stacks of acquired companies for unsupported dependencies that could impact integration timelines and security posture.
Strategic Migration Planning
Use "days EOL" and "versions out" metrics to forecast migration timelines, resource requirements, and development effort.
Security Incident Response
When a CVE is flagged, instantly check if affected packages are also EOL for comprehensive double-risk mitigation strategies.
Continuous Integration Enforcement
Automate scans in CI/CD pipelines to prevent deployments containing EOL packages without NES coverage or approved exceptions.
Executive Risk Reporting
Generate shareable visual reports that communicate technical debt and security risks in language that resonates with business stakeholders.
Perfect for Your Tech Stack
Enterprise Organization
Complex software supply chains with multiple tech stacks and compliance requirements
Regulated Industries
Finance, healthcare, government, and defense where EOL software creates compliance risk
Free-Moving Tech Teams
Large open-source dependencies that outpace internal upgrade capacity
Complements your SCA Tools - Doesn’t replace them
Two Ways To See Your EOL Data
Technical Route
Export full JSON payload for advanced analysis
Perfect for:
BI tool integration (DOMO, Looker, Snowflake)
Custom data analysis in Excel
Correlation with SCA tool data
Automated reporting workflows
$ herodevs-eol export --format=json
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Visual Route
Instant shareable web reports
Perfect for:
Executive stakeholder sharing
Team collaboration & prioritization
Audit documentation
Quick risk assessment
secure-anonymous-url.herodevs.com/abc123
Ready to Eliminate EOL Risk?
Start scanning your codebase today.
Identify every end-of-life package in minutes, not hours.
Identify every end-of-life package in minutes, not hours.
Questions? Contact our team at eol@herodevs.com
Support
Frequently Asked Questions
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.
Of course, if you can't find the answer you're looking for, feel free to contact us.
What is the primary purpose of this scanning tool?
How can users initiate a scan, and what are the different methods available?
What happens during the scanning process if an SBOM is not found?
Once a scan is complete, how can users view and analyze the results?
How does the tool provide context and help prioritize end-of-life packages?
Get Started
Get Started