Depna Blog

Dependency security insights for teams that ship fast

Practical guides on software composition analysis, vulnerability triage, package ecosystems, and audit-ready dependency security.

Blog articles

Depna vs Snyk header image
Software Supply Chain Security

Depna vs Snyk

Depna and Snyk both help teams reduce dependency and application security risk, but they are built around different operating models. This comparison explains where each tool fits, why setup friction matters, and why Depna is a strong choice for teams that want fast, audit-ready dependency security without repository access.

Depna and Snyk both help teams manage software security risk, but they serve different priorities. Snyk is broader and suits organizations looking for a full developer security platform across code, dependencies, containers, and cloud configuration. Depna is more focused on fast, privacy-conscious dependency security without repository access, making it especially strong for teams that want quick scans, CI/CD automation, real-time alerts, and audit-ready reports with less setup friction.

continuous securitycve monitoringdependency managementdependency scanning
7 min read Read article
Transitive dependency vulnerabilities: why your lockfile matters header image
Software Supply Chain Security

Transitive dependency vulnerabilities: why your lockfile matters

A short package.json can hide a much larger dependency tree. This guide explains how transitive vulnerabilities show up, why lockfile diffs deserve attention, and how to triage findings without treating every advisory as an emergency.

Transitive dependency vulnerabilities come from indirect packages pulled in by direct dependencies. Because manifests show what a project asks for while lockfiles record resolved package versions, reviewing and scanning lockfile changes helps teams detect vulnerable packages that may not appear in normal dependency review.

dependency managementdependency scanningdepnanpm security
6 min read Read article
Dependabot vs npm audit vs Depna: Which Dependency Scanner Should You Use? header image
Software Supply Chain Security

Dependabot vs npm audit vs Depna: Which Dependency Scanner Should You Use?

Dependabot, npm audit, and Depna all help detect vulnerable dependencies, but they solve different problems. This guide compares where each tool fits, when to use them, and why teams that need dependency security without repository access should consider Depna.

Use npm audit for quick npm-native local or CI checks, Dependabot for GitHub-native automated security pull requests, and Depna when you need dependency vulnerability scanning without repository access, continuous re-scanning, team workflows, notifications, and audit-ready reporting.

dependabotdependency scanningdepnanpm audit
8 min read Read article
Why Your Dependencies Need Continuous Re-Scanning, Not One-Time Scans header image
Software Supply Chain Security

Why Your Dependencies Need Continuous Re-Scanning, Not One-Time Scans

A dependency that was secure yesterday may become vulnerable tomorrow. Learn why continuous dependency re-scanning is essential for detecting newly disclosed vulnerabilities and maintaining a secure software supply chain.

One-time dependency scans only reflect the security state at the moment they are executed. Because new CVEs are disclosed continuously, organizations should continuously re-scan deployed applications to identify newly affected dependencies and reduce exposure before vulnerabilities are exploited.

continuous securitycve monitoringdependency managementdependency scanning
5 min read Read article
package-lock.json vs package.json: Which One Should You Scan for Vulnerabilities? header image
Software Supply Chain Security

package-lock.json vs package.json: Which One Should You Scan for Vulnerabilities?

Should you scan package.json or package-lock.json for vulnerabilities? The short answer: scan both but treat package-lock.json as the file that shows the actual dependency tree installed in your project.

Scan both files, but prioritize package-lock.json for vulnerability results because it contains the resolved dependency tree. Use package.json to review direct dependencies, version ranges, and why a dependency is allowed.

depnanpm securitypackage.jsonpackage-lock.json
2 min read Read article