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Cybersecurity · head to head

Cosign vs Veracode

Cosign logo

Cosign

Cybersecurity

Signs and verifies container images and artifacts, with or without managing keys

From
Free
Rated
-
Veracode logo

Veracode

Cybersecurity

Application risk management platform for finding and fixing software vulnerabilities.

From
On request
Rated
-

The short version

  • Only Cosign has a free tier, so it costs nothing to try first.
  • Each has a real cost: Cosign keyless signing inherits every weakness of the identity provider behind it. Sigstore’s own threat model states that if an identity provider is compromised, Sigstore will issue certificates to those identities, so a compromised account produces perfectly valid signatures.; Veracode no public pricing; customers must request a demo and custom quote.
  • They diverge on capability: Cosign covers Keyless signing, Veracode covers Static analysis (SAST).
  • Prices and features above were last checked on 31 August 2026.

Where they differ

Only the attributes on which Cosign and Veracode actually diverge.

Attributes where Cosign and Veracode differ
AttributeCosignVeracode
Starting priceFreeOn request
Pricing modelOpen source, no licence feequote
Free tierYesNo
PlatformsmacOS, Linux, Windows, Dockerweb, api

Identical on both: user rating (Not yet rated), category (Cybersecurity).

What each one covers

Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.

Only in Cosign

  • Keyless signing
  • Key and KMS signing
  • Registry-native storage
  • In-toto attestations
  • Offline verification
  • Trusted root and signing config

Only in Veracode

  • Static analysis (SAST)
  • Dynamic analysis (DAST)
  • Software composition analysis
  • AI-driven code remediation
  • Container security
  • Risk Manager (ASPM)

What people use each for

The jobs each tool is most often brought in to do.

Cosign

  • Signing container images in a build pipeline without managing long-lived private keysnot Veracode
  • Attaching a signed bill of materials to a release so consumers can verify its provenancenot Veracode
  • Meeting a customer or regulatory requirement for signed artifactsnot Veracode
  • Verifying third-party images before they enter an internal registrynot Veracode

Veracode

  • Scanning applications for vulnerabilities across the SDLCnot Cosign
  • Automating remediation of flagged security flaws with AInot Cosign
  • Securing containerized workloads before deploymentnot Cosign
  • Running penetration tests as a managed servicenot Cosign
  • Enforcing security policy governance across many applicationsnot Cosign

Where each one falls short

Documented limitations, not opinions. Every one is a constraint you would hit in normal use.

Cosign

  • Keyless signing inherits every weakness of the identity provider behind it. Sigstore’s own threat model states that if an identity provider is compromised, Sigstore will issue certificates to those identities, so a compromised account produces perfectly valid signatures.
  • A signature proves who signed, never whether they should have. The documentation is explicit that Sigstore cannot determine authorisation, so every consumer must write and maintain their own identity and issuer policy or verification means nothing.
  • Nothing is enforced without an admission controller. Signing changes what you can prove, not what runs, and the official policy controller has a small maintainer base for a component sitting in a cluster admission path.
  • Upgrades break pipelines. Version 3 changed defaults, version 4 is announced as removing legacy functionality and roughly half the command line flags, and two official client libraries still lacked support for the new log format as of mid 2026.
  • Signatures do not expire. An artifact signed before a maintainer account was compromised and one signed after are indistinguishable unless somebody is actively monitoring the transparency log, and almost nobody is.

Veracode

  • No public pricing; customers must request a demo and custom quote.
  • Full platform capability spans many modules, which can require significant onboarding.
  • Package Firewall and PTaaS are separate add-ons rather than included by default.
  • Primarily built for enterprise scale, less suited to small individual projects.

Pricing, plan by plan

Cosign

Free
  • CosignFree
    • Apache-2.0
    • Public Sigstore infrastructure free to use
    • No usage limits published

Veracode

On request

No published plan breakdown. See the Veracode review.

Which should you pick?

Choose Cosign if

  • You need keyless signing.
  • You want to start without paying.
  • You work on macOS, Linux, Windows, Docker.
  • You also want key and kms signing.

Choose Veracode if

  • You need static analysis (sast).
  • You work on web, api.
  • You also want dynamic analysis (dast).

Questions people ask

Is Cosign or Veracode better?
Neither clearly leads. Cosign starts at Free and Veracode at On request, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
Which is cheaper, Cosign or Veracode?
Cosign has a free tier; the other does not. Paid plans start at Free for Cosign and On request for Veracode.
Does Cosign or Veracode run on more platforms?
Cosign runs on macOS, Linux, Windows, Docker. Veracode runs on web, api.
Can I use Cosign for free?
Yes. Cosign has a free tier, so you can try it without paying. Veracode starts at On request.
What is Cosign best used for?
Cosign is most often used for signing container images in a build pipeline without managing long-lived private keys, attaching a signed bill of materials to a release so consumers can verify its provenance, meeting a customer or regulatory requirement for signed artifacts, verifying third-party images before they enter an internal registry. Of those, signing container images in a build pipeline without managing long-lived private keys and attaching a signed bill of materials to a release so consumers can verify its provenance are not what Veracode is typically brought in for.
What can Cosign do that Veracode cannot?
Cosign covers Keyless signing, Key and KMS signing, Registry-native storage, In-toto attestations. Veracode covers Static analysis (SAST), Dynamic analysis (DAST), Software composition analysis, AI-driven code remediation.

Answered from the vendors’ own pages

Cosign: Does Cosign tell me if an image is vulnerable?

No. It has no vulnerability knowledge whatsoever. It can carry an SBOM as a signed attestation but never reads it. Pair it with a scanner.

Veracode: How does Veracode pricing work?

Veracode does not publish pricing on their website. Organizations must request a personalized demo or contact sales to receive quotes tailored to their specific needs and usage volume.

Source
Cosign: Is signing alone enough?

No. Verification is a command somebody runs. Without an admission controller enforcing it, an unsigned image still runs.

Veracode: Does Veracode offer a free trial or free version?

No information about free trials or free versions is provided on Veracode's public website. Organizations must contact sales to discuss trial options.

Source
Cosign: What does a bare cosign verify actually prove?

Very little. Without a pinned certificate identity and OIDC issuer, it accepts a valid signature from any identity at all.

Cosign: What is the risk of keyless signing?

Your OIDC provider becomes the root of trust. Compromise of that account yields genuine, verifiable signatures, so account security is the control that matters.

Cosign: Should we expect breaking changes?

Yes. Version 4 is announced to remove roughly half the flags, and a post-quantum migration is named as a further breaking change after that.

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