Veracode is one of the most widely recognized names in enterprise application security testing — and one of the most opaque on pricing. Like Checkmarx and Fortify, Veracode does not publish a rate card. All quotes go through direct sales, and the actual cost varies substantially based on team size, number of applications, and contract terms.
This guide breaks down what Veracode actually costs in 2026, how its licensing model works, what hidden costs to watch for, and how it compares to alternatives when you add up the total bill.
How Veracode Works (and Why It Matters for Pricing)
Before discussing cost, it’s important to understand that Veracode uses binary analysis — not source-code analysis. Instead of receiving your source files, Veracode receives compiled artifacts: JAR/WAR files for Java, DLLs/EXEs for .NET, APKs for Android, and so on.
This approach has real consequences for pricing and positioning:
- No source code required — a selling point for organizations reluctant to share source code with a third party
- SaaS-only — compiled artifacts are uploaded to Veracode’s cloud; there is no on-premise option
- Binary analysis is less precise — complex interprocedural data flows are harder to trace in compiled bytecode than in source code
- Upload overhead — build artifacts must be uploaded before each scan, adding to CI/CD pipeline time
Understanding these constraints is essential for evaluating whether Veracode fits your security requirements.
Veracode Product Lines
Veracode groups its capabilities into a platform, but pricing is modular:
Veracode Static Analysis (SAST): The core product. Analyzes compiled binaries for security vulnerabilities using binary analysis. Supports Java, .NET, C/C++, PHP, Python, JavaScript, Ruby, Go, iOS (Swift/Objective-C), and Android.
Veracode Software Composition Analysis (SCA): Scans your open-source dependencies (via pom.xml, package.json, requirements.txt, go.mod, etc.) for known CVEs. SCA is typically bundled with SAST in enterprise contracts.
Veracode Dynamic Analysis (DAST): Web application scanning. Separate from SAST — requires separate configuration and is sold as a distinct capability within the platform.
Veracode Manual Penetration Testing (MPT): Human-led penetration testing engagements billed per application. Separate from the automated scanning platform.
Veracode Fix: An AI-powered remediation recommendation feature integrated into the developer IDE. Often sold as an add-on.
Veracode Pricing: What Customers Actually Pay
Based on published contract records, G2 and Gartner Peer Insights reviews, and enterprise buyer conversations, here are realistic 2026 price ranges:
Veracode SAST (Static Analysis)
Veracode’s SAST pricing is primarily per-developer seat or per-application, depending on the contract structure:
| Team Size | Estimated Annual Cost |
|---|---|
| Small team (10–25 developers) | $15,000–$40,000/year |
| Mid-size team (25–100 developers) | $40,000–$100,000/year |
| Large enterprise (100–500 developers) | $100,000–$250,000/year |
| Very large enterprise (500+ developers) | $250,000–$500,000+/year |
These figures cover SAST only. SCA may be included, but DAST is typically a separate line item.
Per-application pricing is an alternative model some customers negotiate. This works better for organizations with a smaller number of applications scanned on a defined cadence (e.g., monthly full scans of 20 applications) rather than teams doing continuous developer-feedback scanning.
Veracode SCA (Software Composition Analysis)
SCA is frequently bundled with SAST for larger contracts at a modest incremental cost. For standalone SCA:
| Scope | Estimated Add-on Cost |
|---|---|
| Small (up to 25 developers) | $5,000–$15,000/year |
| Mid-size (25–100 developers) | $15,000–$40,000/year |
| Enterprise (100+ developers) | $40,000–$80,000+/year |
Veracode Dynamic Analysis (DAST)
Dynamic Analysis is not included in the SAST license. It requires separate configuration and is priced per application or per scan:
- Entry-level DAST (small number of applications): $15,000–$30,000/year
- Mid-size DAST coverage: $30,000–$80,000/year
- Enterprise DAST coverage: $80,000–$150,000+/year
This is a significant hidden cost for organizations that discover — after signing a SAST contract — that they also need DAST coverage.
The True Total Cost of a Veracode Deployment
For a mid-size enterprise (100 developers, 20 applications), the realistic all-in annual cost:
| Component | Annual Cost |
|---|---|
| Veracode SAST (100 devs) | $80,000–$120,000 |
| Veracode SCA (if not bundled) | $20,000–$40,000 |
| Veracode DAST | $30,000–$80,000 |
| Veracode Fix (AI remediation add-on) | $10,000–$30,000 |
| Support tier (standard included, premium extra) | $0–$20,000 |
| Total Year 1 | $140,000–$290,000+ |
| Total ongoing (Year 2+) | $130,000–$270,000+/year |
This is consistent with what enterprise security teams report: a comprehensive Veracode deployment covering SAST + SCA + DAST for a 100-developer team commonly runs $150,000–$250,000 annually.
Hidden Costs of Veracode
1. Upload and Integration Overhead
Every Veracode scan requires uploading compiled artifacts to Veracode’s cloud before analysis can begin. For large applications, this upload step adds minutes to every CI/CD pipeline run. Teams that want rapid developer feedback (sub-15-minute scan cycles) often find Veracode’s upload-then-analyze model creates friction.
2. Binary Analysis Precision Limitations
Veracode’s binary analysis misses some vulnerability patterns that source-level SAST tools detect — particularly complex multi-file data flows, taint chains that traverse reflection or dynamic dispatch, and certain framework-specific injection patterns. Security teams with stringent false-negative requirements sometimes need to supplement Veracode with source-level analysis for their most sensitive applications.
3. No On-Premise Option
Veracode is SaaS-only. For organizations in regulated industries with strict data sovereignty requirements — where compiled artifacts (which may contain proprietary algorithm implementations) cannot be sent outside the organization’s network — Veracode is architecturally disqualifying. There is no on-premise deployment path.
4. Integration Engineering Cost
Integrating Veracode into CI/CD pipelines (Jenkins, GitHub Actions, GitLab CI, Azure DevOps) requires dedicated engineering effort. Veracode provides pipeline plugins and APIs, but initial setup, authentication configuration, and scan policy configuration commonly take 1–3 weeks of dedicated engineering time per pipeline.
5. DAST Configuration Complexity
Veracode’s DAST product requires application crawl configuration, authentication setup, and allowlist/denylist management — all of which must be maintained as the application evolves. Teams commonly report spending 20–40 hours of security engineer time on initial DAST configuration per application, plus ongoing maintenance as the application changes.
Veracode vs. Checkmarx: Price Comparison
| Criterion | Veracode | Checkmarx One |
|---|---|---|
| Analysis approach | Binary (compiled artifacts) | Source code |
| On-premise | ❌ SaaS only | ⚠️ CxSAST legacy |
| DAST included | ✅ Separate product in platform | ❌ Add-on |
| SCA included | ✅ Often bundled | ✅ Add-on |
| Pricing model | Per-seat or per-app | Per-developer seat |
| Estimated annual (100 devs) | $80K–$120K/year | $80K–$120K/year |
| Source code required | ❌ No (binary only) | ✅ Yes (source) |
| On-premise possible | ❌ No | ⚠️ CxSAST only |
At similar team sizes, Veracode and Checkmarx price comparably. The key differentiators are analysis approach (binary vs. source) and on-premise availability. Checkmarx offers CxSAST for on-premise; Veracode does not.
Veracode vs. Fortify: Price Comparison
| Criterion | Veracode | Fortify SCA |
|---|---|---|
| Analysis approach | Binary (compiled artifacts) | Source code |
| On-premise | ❌ SaaS only | ✅ Yes |
| DAST included | ✅ Separate product | ❌ Separate (WebInspect) |
| Pricing model | Per-seat or per-app | Per-application |
| Estimated annual (100 devs) | $80K–$120K/year | $80K–$200K/year |
Fortify is generally more expensive than Veracode at comparable scales, but offers on-premise deployment that Veracode cannot match. Fortify is preferred in US government and defense contexts where on-premise and air-gapped operation are required.
Veracode vs. Offensive360: Price Comparison
For teams evaluating Veracode and looking for an alternative with equivalent or stronger security analysis, on-premise capability, and lower total cost:
| Criterion | Veracode | Offensive360 |
|---|---|---|
| SAST | ✅ Binary analysis | ✅ Source-level taint analysis |
| DAST | ✅ Separate product | ✅ Included |
| SCA | ✅ Often bundled | ✅ Included |
| Malware analysis | ❌ No | ✅ Yes |
| IaC scanning | ❌ Limited | ✅ Terraform, K8s, Helm |
| On-premise | ❌ SaaS only | ✅ OVA + air-gap |
| Source code analysis | ❌ Binary only | ✅ Source-level |
| Language coverage | 16+ | 60+ |
| Pricing model | Per-seat or per-app | Flat annual rate |
| Second-order injection | ✅ Limited | ✅ Yes |
| Source code stays on-premise | ❌ No (compiled artifacts to cloud) | ✅ Yes |
The most significant structural differences: Offensive360 uses source-level taint analysis (more precise than binary analysis), includes DAST in the base license (Veracode prices DAST separately), and supports on-premise OVA deployment (Veracode is cloud-only). Offensive360’s flat-rate licensing also eliminates the per-seat scaling cost that makes Veracode expensive for growing teams.
Who Should Still Choose Veracode
Despite the SaaS-only constraint and modular pricing, Veracode makes sense in specific scenarios:
Organizations that cannot share source code with a third party: Veracode’s binary analysis model is a genuine advantage for organizations where sharing source code externally is prohibited but uploading compiled binaries is acceptable. The distinction matters for some procurement and compliance frameworks.
Large enterprises with existing Veracode contracts and established workflows: Switching costs — pipeline re-integration, re-establishing vulnerability baselines, developer retraining — are real. If your organization has years of Veracode data and established compliance processes built around its reporting, the migration effort must be weighed against any savings.
Organizations where DAST is truly optional: If your security program only requires SAST and SCA — and dynamic testing is not a current requirement — Veracode’s core offering is straightforward and well-established.
Who Should Look Beyond Veracode
Organizations with source code confidentiality requirements: Veracode requires uploading compiled artifacts to its cloud. For some organizations, this is acceptable; for others (classified environments, air-gapped networks, proprietary IP concerns), it is not. Source-level SAST tools with on-premise deployment avoid this entirely.
Teams that need DAST included: Veracode DAST is a separate configuration and cost. Teams that want unified SAST + DAST workflow in a single platform will find Veracode’s architecture adds procurement and operational complexity.
Teams with on-premise or air-gap requirements: Veracode has no on-premise option. Full stop. If your security requirement is air-gapped operation — no artifacts leaving your network — Veracode is not viable. Alternatives like Offensive360, Fortify SCA (on-premise), or Checkmarx CxSAST (on-premise) are the options.
High-growth teams with scaling cost concerns: Veracode’s per-seat pricing grows proportionally with developer headcount. For organizations scaling from 100 to 250 developers over two years, per-seat pricing can cause budget surprises at renewal. Flat-rate alternatives provide more predictable budgeting.
Polyglot codebases with deep coverage requirements: Veracode supports 16+ languages, but depth of analysis varies. For organizations with diverse language stacks — Go, Rust, Kotlin, Swift alongside Java and .NET — verify the analysis depth for each language before signing.
How to Get Veracode Pricing
Veracode does not publish pricing. The standard evaluation process:
- Request a demo via veracode.com — expect contact within 2–5 business days
- Specify your requirements — number of developers, applications, languages, and whether you need DAST
- Request a proof-of-concept scan — upload a compiled artifact from a representative application and review what Veracode finds
- Get itemized quotes — SAST, SCA, and DAST should be separate line items. Verify what’s included in the base price.
- Negotiate on commitment length — multi-year contracts (2–3 years) typically unlock 15–25% discounts
- Compare against a second vendor — mentioning competitive evaluation usually surfaces additional pricing flexibility
Before engaging Veracode’s sales team, consider running a demo with Offensive360. This gives you a concrete vulnerability baseline of your codebase — using source-level taint analysis — to use as a comparison point when evaluating Veracode’s proof-of-concept binary scan.
Frequently Asked Questions
What does Veracode cost per year?
Veracode pricing is not publicly listed. Based on customer reports, per-developer seat costs typically range from $800 to $2,500+ per developer annually depending on team size and negotiation. A 100-developer team typically pays $80,000–$120,000/year for Veracode SAST. Adding DAST commonly brings the total to $130,000–$200,000+ annually.
Does Veracode include DAST?
Veracode Dynamic Analysis (DAST) is available within the Veracode platform but is not included in the base SAST license. It requires separate configuration and is typically priced as an add-on based on the number of applications scanned dynamically. Budget for DAST as a separate line item if you need it.
Is there an on-premise version of Veracode?
No. Veracode is a SaaS-only platform. Compiled artifacts must be uploaded to Veracode’s cloud infrastructure for analysis. There is no on-premise deployment option. If on-premise or air-gapped operation is required, Veracode is not a viable choice — consider Offensive360 (OVA appliance), Fortify SCA (on-premise), or Checkmarx CxSAST (on-premise).
How does Veracode compare to SonarQube on price?
SonarQube (Community Edition) is free; SonarQube Enterprise starts around $20,000/year. Veracode is significantly more expensive at enterprise scale. However, SonarQube’s security analysis is pattern-based — it identifies potential hotspots that require manual review rather than confirmed taint-flow vulnerabilities. For genuine security analysis depth, SonarQube and Veracode are not direct substitutes.
Does Veracode require source code?
No. Veracode’s static analysis uses binary analysis — you upload compiled artifacts (JARs, WARs, DLLs, APKs) rather than source code. This is a selling point for organizations that cannot share source code with a third-party vendor. The tradeoff is that binary analysis is less precise than source-level analysis for complex data flow vulnerabilities.
How long does a Veracode scan take?
Scan time varies by application size and type. Static analysis of a typical mid-size Java application (500K LOC compiled) commonly takes 30–90 minutes after upload. This is slower than many modern source-level SAST tools and can be a limiting factor for teams wanting per-pull-request scan feedback.
What is the difference between Veracode Static Analysis and Veracode SCA?
Veracode Static Analysis scans your compiled application code for security vulnerabilities in the code your team wrote. Veracode SCA (Software Composition Analysis) scans your third-party open-source dependencies for known CVEs. Both analyze different aspects of your application’s security — SAST finds bugs in your code, SCA finds vulnerabilities in libraries you import.
Summary: Veracode Pricing Reality
Veracode is a well-established enterprise application security platform with genuine binary SAST capabilities, broad language support, and developer workflow integrations. Its SaaS-only binary analysis model is a differentiator for organizations where sharing source code with a third party is not acceptable — but a constraint for organizations needing on-premise operation.
The full cost — SAST + SCA + DAST — commonly reaches $150,000–$250,000+ annually for a mid-size enterprise. The per-seat pricing model makes budget planning challenging as engineering teams scale.
For organizations evaluating Veracode who need equivalent security analysis — source-level taint analysis, second-order injection detection, integrated DAST, SCA — at a lower total cost with on-premise OVA deployment and flat-rate licensing, Offensive360 delivers a unified SAST + DAST + SCA platform without the binary-only limitation or per-seat scaling cost.
Before committing to a Veracode enterprise contract, book a demo to establish a concrete vulnerability baseline using source-level taint analysis — then compare the findings directly against a Veracode proof-of-concept binary scan on the same codebase.
See how Offensive360 compares: Offensive360 vs. Fortify — or book a demo to see source-level taint analysis on your own code.