Snyk is a strong post-scan SCA platform. dpndncY is a Dependency Firewall — pre-install enforcement that blocks risky packages before they enter your tree, with signed evidence attached to every decision. Both are valid choices; the difference is where in the developer workflow each one operates.
Block risky packages at install time across npm, PyPI, Maven, NuGet, RubyGems, Cargo, and Go. Every allow / block / bypass carries a signed JWS attestation with KEV, EPSS, ExploitDB, reachability, and trust-delta evidence — verifiable offline. Self-hosted; flat licensing; no per-seat fees.
Snyk is a mature, well-regarded post-scan SCA platform with excellent fix suggestions and a curated proprietary vulnerability database. It tells you what's wrong after the package is installed. Best suited for teams comfortable with cloud processing and per-developer pricing.
| Capability | dpndncY | Snyk |
|---|---|---|
| Deployment model | ✓ Self-hosted | ~ Cloud SaaS (on-prem available on Enterprise) |
| Data residency | ✓ Fully on-premise, data never leaves | ~ Cloud-processed; on-prem option on Enterprise |
| Pricing model | ~ Flat license | ~ Per developer / per month |
| SCA (dependency scanning) | ✓ npm, PyPI, Maven, Go, NuGet, Cargo, and more | ✓ Broad ecosystem coverage, strong fix suggestions |
| Vulnerability sources | ~ OSV, NVD, GHSA, CISA KEV — public sources | ✓ Snyk Intel — curated, proprietary, very comprehensive |
| SAST (code scanning) | ~ AST taint analysis for JS/TS and Python; pattern analysis across 12 languages | ✓ Snyk Code — mature, dedicated SAST product |
| Attack Path analysis | ✓ Built in — graph, paths, scoring | ✗ Not available |
| AI risk attribution | ✓ AI risk attribution — detects concentration of AI-written code in your codebase | ✗ Not available |
| EPSS exploitability scoring | ✓ Per vulnerability | ~ Limited enrichment |
| CISA KEV integration | ✓ Automatic prioritization | ~ Partial |
| Upgrade risk delta | ✓ Before-and-after risk comparison | ~ Fix advice without full risk delta |
| Container image scanning | ✓ Tarball and registry | ✓ Available |
| SBOM export (CycloneDX) | ✓ CycloneDX + SARIF + PDF | ✓ Available on paid tiers |
| CI/CD policy gates | ✓ PASS/FAIL with configurable thresholds | ✓ Available |
| GitHub/GitLab remediation PRs | ✓ Built in | ✓ Strong — core Snyk feature |
| VS Code extension | ✓ Included | ✓ Available |
| SSO / OIDC | ✓ Any OIDC provider | ✓ Enterprise tier |
| Patch decision engine | ✓ Patch Now / Patch Sprint / Monitor / Accept Risk — with SLA timeline and rationale per finding | ✗ No structured patch instruction engine with SLA timelines |
| Compliance policy presets | ✓ 17 built-in templates — FedRAMP, HIPAA, PCI-DSS, ISO 26262, NERC CIP, DoD, and more | ~ Policy automation available on Enterprise tier |
Snyk Code has more years of rule refinement and tighter framework-specific false-positive tuning. If you are running a pure SAST bakeoff focused on rule count and framework depth, they have the longer track record. dpndncY's SAST is designed to work with its SCA and attack path layer — finding the vulnerabilities that matter, not just the ones that match a pattern.
Snyk's IDE integration can surface vulnerability hints in real time as you write code. dpndncY's VS Code extension scans on demand and shows results as a panel. If ambient always-on security feedback while coding is your primary requirement, Snyk's IDE experience goes further — though many security teams find that level of noise counterproductive in practice.
Snyk's proprietary database can surface a CVE before NVD publishes it — sometimes hours, sometimes a day. dpndncY pulls from OSV, NVD, GHSA, and CISA KEV. For the window between zero-day and NVD publication, Snyk has an edge. After that, dpndncY's sources are equivalent — and fully auditable.
Snyk has built integrations with a wider range of CI/CD tools, ticketing systems, and cloud platforms over many years. dpndncY covers GitHub, GitLab, VS Code, Slack, and webhooks. If you need native connectors for tools outside that list, check compatibility before committing.
Snyk can flag a CVE as reachable or not. dpndncY builds the full attack graph: entry points in your code, through the dependency chain, scored by sink type (SQL injection, RCE, SSRF) and CWE match. You see exactly which call paths reach which vulnerable functions — not a Boolean, a ranked graph. No other SCA tool does this.
Snyk gives you a priority score. dpndncY gives you a decision: "Patch Now — 48 hours" because this CVE is in CISA KEV with EPSS 0.93, or "Monitor — 30 days" because EPSS is 0.02 and the dependency is not reachable. Every finding gets a deadline with a reason. No manual triage, no interpretation.
dpndncY stores daily EPSS snapshots. You can see if a vulnerability's exploitation probability is trending upward before it hits CISA KEV. Snyk shows the current EPSS value. The trend is what catches you before the incident.
Snyk is SaaS — your manifests, source code, and dependency trees travel to their servers. dpndncY runs on your infrastructure. One license, one price regardless of team size. Snyk's per-developer model scales your security bill with every hire.
dpndncY covers the same ecosystems with EPSS exploitability scoring and Attack Path analysis — running entirely on your own infrastructure.
