Snappycode
Snappytick (Snappycode Audit) test
Source Code Audit & Security Analysis · Category 9. Code Audit · Tier 2
CL Listed — Visible
Methodology v3.5 · OLIR Schema
Avril 2026
Evaluation Tier:
Visible (Listed)
→
Verified (CAE)
→
Enterprise (EEE)
Layer 1-2 only · Documentary assessment · All capabilities vendor-claimed
⚡ Executive Summary 30 seconds
What it is
Automated source code audit and security analysis platform for web and mobile applications. Snappytick (Snappycode Audit) provides static analysis, vulnerability detection, and compliance reporting across multiple programming languages with a focus on OWASP Top 10 and CWE coverage.
Best for
Automated source code security audit (NIST SSDF PW.6/PW.7), PCI DSS Req. 6.2 (secure development practices), DORA Art. 8(4) (secure ICT development). Ideal for mid-market organizations needing affordable source code security analysis for web and mobile applications.
What it does NOT do
No DAST (runtime testing), no WAF, no network security, no endpoint protection, no IAM, no container security. Not an enterprise SAST replacement — focused on code audit and compliance reporting rather than full DevSecOps pipeline integration.
CL Recommendation
Snappytick is a cost-effective source code audit tool for organizations needing compliance-driven code security analysis. Good fit for mid-market companies with web/mobile portfolios. Useful for PCI DSS 6.x and NIST SSDF compliance evidence. Combine with DAST (Cat. 9), WAF (Cat. 6), and SIEM (Cat. 12) for complete application security. Less mature than enterprise SAST leaders but competitive on price.
⚖ Regulatory Fit Per regulation verdict
PCI DSS v4.0
~13% of requirements
● Moderate — Req. 6.2, 6.3 (code review and vulnerability identification)
DORA
~10% of obligations
● Moderate — Art. 8(4) secure ICT development
NIS2
~8% of Art. 21
△ Supporting only — Art. 21(2)(e) secure development
GDPR
~3% of articles
△ Supporting only — Art. 25 (DPbD via secure code audit)
HIPAA
~4% of provisions
△ Supporting only — §164.312(a) code-level access control review
NIST SSDF
~40% of practices
● Moderate — PW.6, PW.7 (code verification and testing)
PCI DSS v4.0 (PROPRIETARY)
| Focal | Obligation | OLIR Rel. | Hub Ref | Rationale |
|---|
| Req. 6.2.1 | Secure development processes | Contributing | SA-3 / PR.PS-06 | Semantic |
| Req. 6.2.3 | Code review before release | Direct | SA-11 / PR.PS-06 | Functional |
| Req. 6.3.1 | Identify vulnerabilities | Direct | RA-5 / ID.RA-01 | Functional |
NIST SSDF (OPEN_GOV)
| Focal | Obligation | OLIR Rel. | Hub Ref | Rationale |
|---|
| PW.6 | Verify code meets security requirements | Direct | SA-11 / PR.PS-06 | Functional |
| PW.7 | Review and test code for vulnerabilities | Direct | SA-11 / PR.PS-06 | Functional |
| PW.5 | Create source code adhering to practices | Contributing | SA-15 / PR.PS-06 | Semantic |
| RV.1 | Identify and confirm vulnerabilities | Contributing | RA-5 / ID.RA-01 | Semantic |
DORA (OPEN_GOV)
| Focal | Obligation | OLIR Rel. | Hub Ref | Rationale |
|---|
| Art. 8(4) | Secure ICT dev lifecycle | Contributing | SA-15 / PR.PS-06 | Semantic |
| Art. 8(5) | ICT testing methodologies | Contributing | SA-11 / PR.PS-06 | Semantic |
Articles without contribution omitted. Full OLIR mapping available in Audit Pack export.
🎯 Buyer Guidance Decision support
✔ Consider When
- + PCI DSS Req. 6.2/6.3 code review compliance evidence needed
- + Mid-market organization needing affordable source code audit
- + Web and mobile application portfolio requiring security analysis
- + NIST SSDF compliance for source code verification
- + Need compliance-ready security audit reports for auditors
- + Budget-conscious alternative to enterprise SAST platforms
❌ Avoid When
- − Large enterprise with 20+ programming languages (limited language support)
- − Need real-time CI/CD pipeline integration with sub-minute scan times
- − Looking for enterprise-grade SAST with deep taint analysis
- − Need DAST or runtime application testing
- − Require advanced IaC or container security scanning
- − Need SCA or open-source dependency analysis
⚙ Capabilities 18 claimed · 4 groups · DR-2 Quality Tiers + Config Modifiers
Source Code Analysis 4✓ 1● 0✗▼
✓Static code analysis
Pattern-based vulnerability detection in source code
Control FamilyOut-of-Box
✓OWASP Top 10 detection
Coverage of OWASP Top 10 vulnerability categories
Specific Obl.Out-of-Box
✓CWE mapping
Map findings to Common Weakness Enumeration
Specific Obl.Out-of-Box
✓Multi-language support
Java, PHP, Python, JavaScript, .NET, Swift, Kotlin
Control FamilyOut-of-Box
●Custom rule creation
User-defined audit rules for organization-specific checks
Generic ControlConfig Change
Mobile App Security 4✓ 1● 0✗▼
✓Android source code analysis
Java/Kotlin security analysis for Android apps
Control FamilyOut-of-Box
✓iOS source code analysis
Swift/Objective-C security analysis for iOS apps
Control FamilyOut-of-Box
✓OWASP Mobile Top 10 coverage
Detection of mobile-specific vulnerability categories
Specific Obl.Out-of-Box
✓Hardcoded credential detection
Identifies API keys, tokens, passwords in source code
Specific Obl.Out-of-Box
●Mobile API security analysis
Audit mobile app backend API communication security
Control FamilyConfig Change
Compliance Reporting 4✓ 0● 0✗▼
✓OWASP compliance report
Pre-built OWASP Top 10 compliance template
Specific Obl.Out-of-Box
✓PCI DSS 6.x compliance report
Code review evidence for Req. 6.2/6.3
Specific Obl.Out-of-Box
✓Executive summary reports
High-level risk scoring and vulnerability trends
Generic ControlOut-of-Box
✓Detailed developer reports
Line-level findings with remediation guidance
Control FamilyOut-of-Box
API & Integration 2✓ 2● 0✗▼
✓REST API
Programmatic access for scan management and results
Control FamilyOut-of-Box
●CI/CD basic integration
Basic pipeline integration via API/CLI
Generic ControlConfig Change
●Issue tracker integration
Export findings to Jira and similar tools
Generic ControlConfig Change
✓PDF/CSV export
Standard report export formats
Generic ControlOut-of-Box
🛡 MITRE ATT&CK Mapping Layer 4 — Derived via SP 800-53
M1016
Vulnerability Scanning
Partial (claimed)
M1013
Application Developer Guidance
Full (claimed)
M1054
Software Configuration
Partial (claimed)
Score: 2.8 / 5.0 (56%) — All vendor-claimed. Techniques addressed: T1059, T1190, T1552 (code-level exploitation family). Limited to source code audit scope.
▼ Show ATT&CK techniques detail| Technique | Name | How Addressed | Provenance |
|---|
| T1059 | Command and Scripting Interpreter | Detects injection flaws (SQL, OS, LDAP) in source code during audit | DERIVED via M1016 |
| T1190 | Exploit Public-Facing Application | Identifies exploitable code patterns before deployment | DERIVED via M1016 |
| T1552 | Unsecured Credentials | Detects hardcoded credentials, API keys, and tokens in source code | DERIVED via M1054 |
📄 Evidence Pack DR-2 §5.1 — Proof of value
✔Source code audit reports (PDF)
Detailed findings per audit with CWE mapping and remediation guidance.
✔OWASP compliance report
OWASP Top 10 compliance mapping with pass/fail per category.
✔Mobile app security report
OWASP Mobile Top 10 audit findings for Android/iOS.
✔Executive risk summary
High-level vulnerability summary with severity distribution.
⚠CI/CD integration evidence
Basic pipeline integration documentation. Limited audit trail.
❌Third-party security assessment
Independent security audit of Snappycode platform.
Evidence level: Documentary review only (CL Listed). For verified evidence, upgrade to CAE (Examine + Interview) or EEE (+ Test).
⏱ Operational Metrics & Anti-Hype DR-2 §5.1 + §9.2
| Metric | Snappytick Starter | Snappytick Professional | Snappytick Enterprise |
|---|
| Implementation | 1-3 days | 1-2 weeks | 2-4 weeks |
| FTE Required | 0.1 FTE | 0.25 FTE | 0.5 FTE |
| Time to first value | Day 1-3 (first source code audit on primary application) |
| Time to production | Month 1-2 (all applications onboarded, reporting configured, team trained) |
Anti-Hype: Marketing vs. Reality
Enterprise-grade source code analysis
Adequate for mid-market. Language support and taint analysis depth do not match Checkmarx or Fortify.
Misleading
Full OWASP Top 10 coverage
Verified for common vulnerability patterns. Some complex categories (e.g., A04 Insecure Design) require manual review.
Partial
Mobile app security testing
Source code analysis for Android/iOS verified. No dynamic mobile testing or binary analysis.
Partial
CI/CD ready
Basic API/CLI integration exists but lacks native plugins for major CI tools. Not comparable to enterprise SAST CI/CD maturity.
Misleading
Compliance-ready reports
Verified. Pre-built OWASP and PCI DSS report templates are useful for audit evidence. Clean formatting.
Verified
⚖ Strengths & Cautions
✔ Strengths
- + Affordable alternative to enterprise SAST platforms
- + Combined web and mobile app source code audit
- + Pre-built OWASP and PCI DSS compliance reports
- + Good coverage of OWASP Top 10 and Mobile Top 10
- + Hardcoded credential and API key detection
- + Clean and audit-ready report formatting
- + Low operational overhead for mid-market teams
⚠ Cautions
- ! Limited programming language support vs. enterprise SAST
- ! No DAST or runtime testing capabilities
- ! CI/CD integration is basic — no native IDE or pipeline plugins
- ! Taint analysis depth limited compared to Checkmarx/Fortify
- ! Smaller vulnerability rule database than market leaders
- ! Limited community and ecosystem (niche vendor)
- ! All capabilities VENDOR-CLAIMED (no CL independent testing)
📈 Competitive Positioning Category 9 — Code Audit
| Capability | Snappytick (Snappycode Audit) test | Checkmarx | SonarQube | Fortify |
|---|
| SAST/Code analysis | ✔ | ✔ | ✔ | ✔ |
| Mobile app analysis | ✔ | ● | ● | ● |
| Language breadth | 7-10 | 30+ | 27+ | 33+ |
| CI/CD native plugins | ● | ✔ | ✔ | ✔ |
| Compliance reports | ✔ | ✔ | ● | ✔ |
| On-prem deployment | ✔ | ✔ | ✔ | ✔ |
| Pricing entry | SMB tier | Enterprise only | Free tier | Enterprise only |
Competitive data based on public information. CL has not evaluated these alternatives — for detailed assessment, see individual CL Listings.
📑 Framework Views Hub: CSF 2.0 + 800-53r5 + ISO 27001
▼ Show NIST SP 800-53, CSF 2.0, ISO 27001 mapping tablesNIST SP 800-53 Rev 5
| Control | Name | Contribution | Provenance |
|---|
| SA-11 | Developer Testing & Evaluation | direct | DERIVED via PCI DSS 6.2 |
| RA-5 | Vulnerability Monitoring & Scanning | contributing | DERIVED via PCI DSS 6.3 |
| SA-15 | Development Process & Standards | contributing | DERIVED via DORA Art. 8(4) |
| SA-3 | System Development Life Cycle | contributing | CL-ORIGINAL |
NIST CSF 2.0
| Control | Name | Contribution | Provenance |
|---|
| PROTECT | PR.PS-06 Secure software development | direct | DERIVED via SA-11 |
| IDENTIFY | ID.RA-01 Vulnerability identification | contributing | DERIVED via RA-5 |
| DETECT | DE.CM-09 Software monitoring | contributing | CL-ORIGINAL |
| RESPOND | RS.AN-02 Impact analysis | contributing | CL-ORIGINAL |
ISO 27001:2022 Annex A
| Control | Name | Contribution | Provenance |
|---|
| A.8.25 | Secure development life cycle | contributing | DERIVED via NIST SSDF-ISO |
| A.8.29 | Security testing in dev & acceptance | direct | DERIVED via PCI DSS 6.2-ISO |
| A.8.28 | Secure coding | direct | DERIVED via OWASP-ISO |
| A.8.8 | Management of technical vulnerabilities | contributing | CL-ORIGINAL |
| SSDF ID | Practice | Status |
|---|
| PW.1 | Risk-based secure design | Unknown |
| RV.2 | Timely vulnerability remediation | Unknown |
| PO.5 | Secure development environment | Not stated |
| PS.3 | SBOM available | Not stated |
| RV.1 | Vulnerability disclosure program | Not stated |
| PS.2 | Code signing | Not stated |
Compliance Labs · Software Listing v3.5 · OLIR Schema
Hub: CSF 2.0 ↔ 800-53r5 ↔ ISO 27001 · Avril 2026
