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The recent release of the Model Context Protocol package for dependency vulnerability checks introduces significant documentation enhancements to improve clarity, operational transparency, and cost predictability for AI agents interacting with open-source vulnerability databases. Specifically, MCP v1.1.2 and its predecessor v1.1.1 implement comprehensive schema documentation updates across all tool descriptions. These updates provide fine-grained details regarding cross-field requirements, operational modes, normalization rules, edge cases, cost implications, and exact input parameter constraints without altering the core runtime behavior, validation logic, or pricing structures of the underlying Apify Actor. By standardizing parameter definitions, default values, formats, patterns, and ranges, the documentation ensures that consuming agents and developers can accurately structure queries against the OSV database while minimizing unnecessary API calls and operational overhead. The inclusion of explicit sections such as WHAT, WHEN TO USE, WHEN NOT TO USE, and concrete examples bridges the gap between raw tool schemas and reliable agent execution, mitigating misconfigurations that could lead to incomplete vulnerability scans or unexpected execution costs during dependency auditing workflows across ecosystems like npm, PyPI, Go, and Maven.
DailyCVE Form:
Platform: Apify MCP Server
Version: v1.1.2 Documentation Patch
Vulnerability: None Documented Here
Severity: None
date: October 17 2026
Prediction: Fully Patched Now
What Undercode Say:
To interact with or test the dependency vulnerability check tool programmatically via CLI or API, use the following bash commands and configuration codes:
apify call fairquery~osv-dependency-vulnerability-check --input '{"ecosystem": "npm", "packageName": "lodash", "version": "4.17.21"}'
{
"ecosystem": "npm",
"packageName": "lodash",
"version": "4.17.21",
"includeDevDependencies": true,
"dedupeAliases": true
}
Exploit: (Educational Purposes!)
Since this release represents a documentation-only update rather than a security vulnerability or exploit patch, there are no active exploits or vulnerability vectors associated with MCP v1.1.2. In typical dependency scanning contexts, potential security risks stem from unpinned dependencies, supply chain poisoning, or malicious package typosquatting rather than documentation omissions. Demonstrating safe dependency resolution involves querying locked dependency manifests directly against verified vulnerability feeds to prevent unvalidated package installation.
Protection:
Protecting agentic workflows and software supply chains involves maintaining strict version pinning, validating lockfiles before scanning, utilizing deduplication flags to filter alias noise, and ensuring that input parameters strictly adhere to expected semantic versioning formats. Implementing robust CI/CD dependency checks using official OSV databases helps identify known advisories early without relying on unvalidated tool inputs.
Impact:
The impact of this update is purely administrative and operational, improving developer experience and agent reliability by clarifying tool parameters, execution costs, and expected return structures. There is zero negative security impact, and the enhanced documentation directly reduces runtime errors and incorrect API usage during automated dependency auditing tasks.
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Sources:
Reported By: github.com
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