feat: add more detail for go std lib reporting on container scans - #1599
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| ### How it works | ||
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| The Go version is derived from the toolchain version compiled into the binary. Snyk reports all standard library package vulnerabilities that affect that Go version (for example, from `fmt` or `net/http`), regardless of which libraries the code imports or calls. Snyk does not currently perform any reachability analysis for Go standard library vulnerabilities. |
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Proposed: "Snyk derives the Go version from the toolchain version compiled into the binary." (active voice)
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| ### How it works | ||
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| The Go version is derived from the toolchain version compiled into the binary. Snyk reports all standard library package vulnerabilities that affect that Go version (for example, from `fmt` or `net/http`), regardless of which libraries the code imports or calls. Snyk does not currently perform any reachability analysis for Go standard library vulnerabilities. |
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Proposed: "Snyk does not perform reachability analysis for Go standard library vulnerabilities." (drop "currently")
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| ### How it works | ||
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| The Go version is derived from the toolchain version compiled into the binary. Snyk reports all standard library package vulnerabilities that affect that Go version (for example, from `fmt` or `net/http`), regardless of which libraries the code imports or calls. Snyk does not currently perform any reachability analysis for Go standard library vulnerabilities. |
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Proposed: "regardless of which libraries your application's code imports or calls." (adding "your application's code" to make it a bit clearer)
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| ### What this means for your results | ||
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| Expect to see vulnerabilities from Go standard library packages on your container Projects. These are valid, although not all of them may be reachable by your application's code. Snyk Container has not always reported these vulnerabilities, so you may see an increase in issues on your existing Projects. You can either: |
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Proposed: "Snyk Container has not always reported these vulnerabilities, so expect an increase in vulnerabilities on your existing Projects." (use "vulnerabilities" consistently instead of "issues"; drop hedging "may")
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| ### What this means for your results | ||
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| Expect to see vulnerabilities from Go standard library packages on your container Projects. These are valid, although not all of them may be reachable by your application's code. Snyk Container has not always reported these vulnerabilities, so you may see an increase in issues on your existing Projects. You can either: |
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Proposed: "To address this, you can:" ("either" + colon-introduced list reads awkwardly)
mihaisau-snyk
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Thanks for addressing the style/clarity feedback — this looks good to me.
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Staff tech writer review
The factual explanation of Go standard library detection via toolchain metadata is accurate and clear. I verified the cross-link targets and confirmed the ignore documentation path resolves.
Requesting changes on style and terminology rules, left as one-click suggestions:
Style fixes (folded into the suggestions)
Snyk product name singular ("Snyk Container", not "Snyk Containers") · unbold list lead-in labels (bold is for UI elements and status values only) · avoid modal "may" · "Visit" instead of "see".
Sent by Cursor Automation: PR review for User Docs
| However, results can vary significantly depending on the ecosystem and how the developer builds the application. An application in a container is a compiled application. So, in some ecosystems, Snyk Open Source can scan a more detailed manifest and thus build a more accurate dependency graph: | ||
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| * `golang` Projects for Snyk Containers: Snyk does not have access to the list of dependencies as in Snyk Open Source. Therefore, Snyk Container reverse parses binaries, and the result differs slightly from Snyk Open Source. Snyk Container also reports vulnerabilities in the Go standard library, identified from the Go version recorded in the binary. | ||
| * `golang` Projects for Snyk Containers: Snyk does not have access to the list of dependencies as in Snyk Open Source. Therefore, Snyk Container reverse parses binaries, and the result differs slightly from Snyk Open Source. Snyk Container also reports vulnerabilities in the Go standard library, identified from the Go version recorded in the binary (see [Go standard library vulnerabilities](#go-standard-library-vulnerabilities)). |
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Use singular product name "Snyk Container" and "visit" instead of "see". (Snyk terminology: product names are singular; "visit" not "see")
| * `golang` Projects for Snyk Containers: Snyk does not have access to the list of dependencies as in Snyk Open Source. Therefore, Snyk Container reverse parses binaries, and the result differs slightly from Snyk Open Source. Snyk Container also reports vulnerabilities in the Go standard library, identified from the Go version recorded in the binary (see [Go standard library vulnerabilities](#go-standard-library-vulnerabilities)). | |
| * `golang` Projects for Snyk Container: Snyk does not have access to the list of dependencies as in Snyk Open Source. Therefore, Snyk Container reverse parses binaries, and the result differs slightly from Snyk Open Source. Snyk Container also reports vulnerabilities in the Go standard library, identified from the Go version recorded in the binary (visit [Go standard library vulnerabilities](#go-standard-library-vulnerabilities)). |
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AI review
The technical details and rollout date for Go standard library reporting in Snyk Container hold up. I verified the cross-reference anchor and confirmed the relative link to the ignore issues guide resolves.
Requesting changes on two style rules, left as suggestions you can accept in one click.
Style fixes (folded into the suggestions)
Use "visit" instead of "see" when referencing another section · avoid modal "may" · remove bold styling from list item lead-in labels.
One thing to confirm
Sent by Cursor Automation: PR review for User Docs
…ntainer-works/application-vulnerabilities-in-snyk-container-and-snyk-open-source.md Co-authored-by: cursor[bot] <206951365+cursor[bot]@users.noreply.github.com>
…ntainer-works/application-vulnerabilities-in-snyk-container-and-snyk-open-source.md Co-authored-by: cursor[bot] <206951365+cursor[bot]@users.noreply.github.com>
…ntainer-works/application-vulnerabilities-in-snyk-container-and-snyk-open-source.md Co-authored-by: cursor[bot] <206951365+cursor[bot]@users.noreply.github.com>
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Adds some extra detail in anticipation of releasing go std library vuln reporting feature for container (https://snyksec.atlassian.net/browse/CN-872).
This should be able to answer any questions that come up from customers.
Note
Low Risk
Documentation-only change with no product or code impact.
Overview
Documents upcoming Go standard library vulnerability reporting for Snyk Container (effective October 5, 2026).
The golang bullet now links to a new Go standard library vulnerabilities section that explains version detection from compiled binaries, reporting of all stdlib issues for that Go version without reachability analysis, and customer impact (more findings on existing projects). It also points readers to remediation (rebuild with a patched Go toolchain) and noise reduction via issue ignore.
Reviewed by Cursor Bugbot for commit 7c19c1d. Bugbot is set up for automated code reviews on this repo. Configure here.