Mozilla Security Assessment
AI & Machine Learning
Web-browser, advanced e-mail, newsgroup and feed client, IRC chat, and HTML editing made simple all your Internet needs in one application.
9-Dimension Security Framework
Identity & Access Management
API Security
AI Integration Security
NEWInfrastructure Security
Data Protection
Vulnerability Management
Breach History
Incident Response
AI Integration Security Assessment (9th Dimension)
Assess whether SaaS applications are safe for AI agent integration using Anthropic's Model Context Protocol (MCP) standards. Identify Shadow AI risks before they become breaches and make safer AI tool decisions than your competitors.
Last updated: January 16, 2026 at 05:43 AM
Assessment Transparency
See exactly what data backs this security assessment
Data Coverage
6/8 security categories assessed
Score based on 6 of 8 categories. Missing categories could not be assessed due to lack of public data or vendor restrictions.
Evaluation Friction
Evaluation friction estimates how long it typically takes to fully evaluate this vendor's security practices, from initial contact to complete assessment.
Security Documentation
These documents were discovered during automated assessment and may contain additional security information not reflected in the score.
Transparency indicators show data completeness and vendor accessibility
AI Integration Security
🔒 9th DimensionAssess whether Mozilla is safe for AI agent integration. Identify Shadow AI risks before they become breaches using Anthropic's Model Context Protocol (MCP) standards.
AI Readiness
Infrastructure for AI integration
AI Security
Safety controls for AI agents
Comprehensive Security Analysis
In-depth assessment with detailed recommendations
Security Analysis
Executive Summary
| Metric | Value | Assessment |
|---|---|---|
| Security Grade | B | Needs Improvement |
| Risk Level | Medium-High | Executive approval required |
| Enterprise Readiness | 51% | Gaps Exist |
| Critical Gaps | 0 | None |
Security Assessment
| Category | Score | Status | Action Required |
|---|---|---|---|
| 🟢 Breach History | 100/100 | excellent | Maintain current controls |
| 🟡 Vulnerability Management | 85/100 | good | Maintain current controls |
| 🟡 API Security | 70/100 | good | Monitor and improve gradually |
| 🟠 Identity & Access Management | 60/100 | needs_improvement | Monitor and improve gradually |
| 🟠 Data Protection | 60/100 | needs_improvement | Monitor and improve gradually |
| 🟠 Incident Response | 60/100 | needs_improvement | Monitor and improve gradually |
| 🟠 Infrastructure Security | 20/100 | needs_improvement | Review and enhance controls |
Overall Grade: B (53/100)
Critical Security Gaps
| Gap | Severity | Business Impact | Recommendation |
|---|---|---|---|
| 🟢 No dedicated security documentation page | LOW | Extended due diligence process | Request security whitepaper or public audit reports |
Total Gaps Identified: 1 | Critical/High Priority: 0
Compliance Status
| Framework | Status | Priority |
|---|---|---|
| SOC 2 | ❌ Missing | High Priority |
| ISO 27001 | ❌ Missing | High Priority |
| GDPR | ❌ Missing | High Priority |
| HIPAA | ❓ Unknown | Verify Status |
| PCI DSS | ❓ Unknown | Verify Status |
Warning: No compliance certifications verified. Extensive due diligence required.
Operational Excellence
| Metric | Status | Details |
|---|---|---|
| Status Page | ✅ Available | https://status.mozilla.org |
| Documentation Quality | ✅ 8/10 | No SDKs |
| SLA Commitment | ✅ Published | Formal SLA available |
| API Versioning | ⚠️ None | No version control |
| Support Channels | ℹ️ 0 channels |
Operational Facts Extracted: 4 data points from operational_maturity enrichment
Integration Requirements
| Aspect | Details | Notes |
|---|---|---|
| Setup Time | 3-5 days (manual setup required) | Estimated deployment timeline |
| Known Issues | Manual user provisioning may be required, Limited API automation capabilities, No automated user lifecycle management, Additional security controls needed | Implementation considerations |
Authentication Capabilities
| Method | Tier Requirement | Evidence Source |
|---|---|---|
| ❌ OAuth 2.0 | All Tiers | auth_discovery (90% confidence) |
| ✅ SSO (SAML/OAuth) | Enterprise | sso_discovery (90% confidence) |
Authentication Facts Extracted: 0 data points from auth_evidence enrichment
Security Incident History
| Status | Details |
|---|---|
| ✅ No Known Breaches | No security incidents found in public breach databases |
Note: Clean security record based on public breach intelligence sources
⚠️ Inherent Risk Consideration
Data Sensitivity: This application stores sensitive data:
Risk Level: LOW - Contains
🛡️ Enterprise Security Controls to Implement
Even with strong vendor security, enterprises must implement:
1. Identity & Access Management
- Enable SSO with your identity provider
- Implement MFA for all user accounts
- Regular access reviews (quarterly recommended)
Compliance & Certifications
AI Integration Security Assessment
Industry-first assessment evaluating whether Mozilla is safe and ready for AI agent integration. Covers AI security controls and readiness infrastructure for Anthropic's Model Context Protocol (MCP).
AI Integration Security
Industry-first assessment for AI agent safety
✅Excellent Security Features
- ●The HTTP 429 Too Many Requests client error response status code indicates the client has sent too m
- ●Rate limiting is well-documented and implemented
⚠️Security Gaps & Recommendations
- ●No oauth scopes
- ●No token expiration
- ●No token rotation
- ●No service accounts
- ●No mfa enforcement
- ●No pii redaction
- ●No training opt out
- ●No data residency
- ●No gdpr compliance
- ●No read only tokens
AI Integration Security evaluates whether Mozilla is safe for AI agent access. This assessment considers authentication strength, access controls, observability capabilities, and data privacy protections when APIs are accessed by AI systems like Claude Code, GitHub Copilot, or custom AI agents.
AI Readiness Assessment
Evaluates readiness for AI agent integration
Official or community MCP server support
API docs, SDKs, code examples
API reference, auth flows, error handling
MCP Server Available
communityMozilla supports Anthropic's Model Context Protocol (MCP) for secure AI agent integration.
View MCP Server💡Recommendations
- →⚠️ Official MCP server not found. Best alternative: https://github.com/microsoft/playwright-mcp (Trust: 50/100)
- →⚠️ ⚠️ Use with caution - review code before use
- →❌ Poor AI readiness - not recommended for AI workflows
AI Readiness measures whether Mozillaprovides the infrastructure and developer resources necessary for secure AI agent integration. High readiness indicates official MCP server support, comprehensive API documentation, and developer-friendly tools.
API Intelligence
Transparency indicators showing API availability and access requirements for Mozilla.
API Intelligence
API intelligence structure found but no operations extracted. May require manual review.
Incomplete API Intelligence
Our automated extraction found API documentation but couldn't extract specific operations. This may require manual review or vendor assistance.
View Vendor DocumentationAI-Powered Stakeholder Decision Analysis
LLM-generated security perspectives tailored to CISO, CFO, CTO, and Legal stakeholder needs. All analysis is grounded in verified API data with zero fabrication.
Security Posture & Operational Capabilities
Comprehensive assessment of Mozilla's security posture, operational maturity, authentication capabilities, security automation APIs, and breach intelligence.
Operational Maturity
Support, SLAs, and documentation quality
Documentation Quality
80% • ExcellentResources
Authentication Data Not Yet Assessed
We haven't collected authentication and authorization data for Mozilla yet.
Security Automation APIs
Programmatic user management, data operations, and security controls
No Known Breaches
Mozilla has no publicly disclosed security breaches in our database.
Frequently Asked Questions
Common questions about Mozilla
Single sign-on (SSO) authentication allows users to securely access multiple related applications or systems using just one set of credentials.
Source: Search insights from Google, Bing
SSO works based upon a trust relationship set up between an application, known as the service provider, and an identity provider, like OneLogin. This trust relationship is often based upon a certifica
Source: Search insights from Google, Bing
Single sign-on (SSO) is an important cloud security technology that reduces all user application logins to one login for greater security and convenience.
Source: Search insights from Google, Bing
Kerberos: A network authentication protocol that provides SSO capabilities.
Source: Search insights from Google, Bing
Compare with Alternatives
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Security Comparison Insight
2 alternative(s) have higher overall security scores. Review the comparison to understand security tradeoffs for your specific requirements.