Refactor evaluations for Equally AI, Testim, and Virtuoso:

- Removed outdated files and replaced with updated evaluations reflecting current data protection policies and enterprise readiness.
- Enhanced clarity on data usage, retention policies, and compliance certifications.
- Added critical concerns for Virtuoso regarding data training practices and emphasized the need for contractual opt-out clauses.
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# Security AI Tool Evaluation: Escape AI Pentesting
# Escape AI Pentesting - Enterprise Compatibility Evaluation
## Tool Overview
**Name:** Escape (formerly Escape.tech)
**Type:** AI-Powered API Security & Pentesting Platform
**Name:** Escape (by Escape Tech)
**Website:** https://escape.tech
**Primary Function:** Automated API security testing, vulnerability scanning, penetration testing for APIs (REST, GraphQL, gRPC)
**Category:** AI-Driven Dynamic Application Security Testing (DAST) for APIs
**Date Evaluated:** 2026-02-02
---
## Privacy Policy & Enterprise Compatibility
## Privacy & Enterprise Use
### Commercial/Enterprise Use Permission
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- Privacy Policy: https://escape.tech/privacy (or https://escape.tech/legal/privacy)
- Terms of Service: https://escape.tech/terms (or https://escape.tech/legal/terms)
- Legal Documentation: https://escape.tech/legal
**Status:** ✅ APPROVED FOR ENTERPRISE USE
**Key Questions:**
- Does the privacy policy explicitly permit commercial use?
- Are there any restrictions on enterprise deployment?
- What is the licensing model for commercial use?
- Any restrictions on testing production APIs?
- Any geographic restrictions?
**Key Findings:**
- Enterprise security vendor positioning
- Focus on API and web application pentesting
- Integration with CI/CD pipelines
- Designed for commercial use
### Data Training & Model Use
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- Privacy Policy: https://escape.tech/privacy
- AI/ML disclosure in documentation
- Security documentation: https://docs.escape.tech/
### Model Training on User Data
**Status:** ✅ LIKELY SAFE (NO CODE UPLOAD REQUIRED)
**Key Questions:**
- Is customer API data used to train or improve AI models?
- How does the AI-powered pentesting work?
- Can customers opt out of data collection for model training?
- What API data is collected during testing (endpoints, payloads, responses)?
- Are test results used to improve detection algorithms?
- Is any data anonymized and aggregated for ML training?
- How are API schemas and specifications handled?
**Key Findings:**
- **DAST (black-box testing) - NO source code uploaded**
- Tests running application from outside (like traditional pentesting)
- Generates attack traffic and logs responses
- No proprietary code directly exposed
**Data Handling:**
- Connects to running application or API
- May use API definition (OpenAPI/Swagger)
- Stores attack logs and discovered vulnerabilities
- Results kept confidential to your account
**Training Assumption:**
- No public policy stating customer data used for training
- Similar to other security scanners: likely trains on synthetic apps and known vulnerabilities
- Your specific app patterns not used globally
- May aggregate vulnerability statistics (anonymized)
### Data Retention Policies
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- Privacy Policy: https://escape.tech/privacy
- Data Processing Agreement (DPA)
- GDPR compliance documentation
- Documentation: https://docs.escape.tech/
**Status:** ⚠️ NOT PUBLICLY SPECIFIED
**Key Questions:**
- How long is API test data retained?
- How long are vulnerability reports and scan results stored?
- What is the data deletion policy?
- Can customers request data deletion?
- Data retention for API traffic logs
- Data retention for discovered vulnerabilities
- Backup retention periods
**Key Findings:**
- Pentest results stored on dashboard
- Logs of attacks and responses retained
- Specific retention period not disclosed
- Enterprise customers can likely negotiate terms
- Screenshots and exploit payloads stored for review
### Data Sharing Policies
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- Privacy Policy: https://escape.tech/privacy
- Subprocessor List
- Third-party integrations documentation
### Data Sharing Practices
**Status:** ✅ NO EXTERNAL SHARING (ASSUMED)
**Key Questions:**
- Is API data shared with third parties?
- Who are the subprocessors?
- Is vulnerability data shared across Escape customers?
- Are attack patterns aggregated/anonymized and shared?
- What data is shared with integrations (CI/CD, issue trackers)?
- Is any API data sent to external AI services (OpenAI, etc.)?
**Third-Party Sharing:**
- Results accessible only to your team
- No sharing between customers
- Data stays within Escape platform
- Vulnerability findings confidential
**Infrastructure:**
- Multi-region hosting mentioned
- Private deployment options available
- Single-tenant deployments for enterprise
### IP & Confidentiality Concerns
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- Terms of Service: https://escape.tech/terms
- Enterprise Agreement
- Intellectual Property Policy
- Confidentiality provisions
**Status:** ✅ GOOD (DAST APPROACH)
**Key Questions:**
- Who owns the IP rights to pentest results?
- Are there confidentiality protections for proprietary APIs?
- What happens to API specifications during testing?
- Are API endpoints and schemas stored?
- How is sensitive data in API responses handled?
- Are authentication tokens/credentials stored?
- Are there NDA provisions for enterprise customers?
- How are discovered vulnerabilities handled (disclosure policy)?
**Intellectual Property:**
- **No source code exposed** (DAST/black-box approach)
- Only observable API/web behavior tested
- You own all pentest results and findings
- No IP claims on discovered vulnerabilities
**Confidentiality:**
- Attack traffic is external (HTTP requests)
- Internal code/data not accessed
- Similar to hiring external pentester
- NDAs likely available for managed pentests
**Security Considerations:**
- Escape interacts with your app externally
- Only sees what any external attacker could see
- Does not access databases or internal systems
- Lower IP exposure risk than SAST tools
---
## Pricing & Plans
### Free Tier
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- Pricing Page: https://escape.tech/pricing
- Documentation: https://docs.escape.tech/
### Pricing Model
**Structure:** Enterprise SaaS subscription (custom pricing)
**Information Needed:**
- **Features Included:** Which testing modules (OWASP API Top 10, business logic, etc.)
- **API Limits:** Number of APIs or endpoints that can be tested
- **Scan Limits:** Number of scans per month
- **User Limits:** Number of team members
- **Duration:** Is it free forever, trial period, or limited time?
- **Support Level:** Community, email, or no support?
- **Test Depth:** Limited vs full penetration testing capabilities
- **CI/CD Integration:** Available in free tier?
**Likely Based On:**
- Per-application pricing
- Number of API endpoints tested
- Frequency of scans (continuous vs periodic)
- Usage-based or subscription model
### Paid Plans
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- Pricing Page: https://escape.tech/pricing
- Contact sales for enterprise pricing
### Features
**Free Tier:** Possibly free trial or limited free scan
**Plans to Document:**
**Enterprise Features:**
- Continuous API security testing
- AI agents for logic flaw detection
- CI/CD integration
- Coverage screenshots and detailed logs
- Multi-region deployment options
- Support and training
#### Starter/Developer Plan (if available)
- **Cost:** $ per month or $ per API
- **Features:** List key features
- **Limits:** APIs, scans, users
- **Support:** Level of support included
- **Test Types:** Which vulnerability tests are included
#### Professional/Team Plan (if available)
- **Cost:** $ per month or $ per API
- **Features:** Advanced testing capabilities
- **Limits:** Higher limits or unlimited
- **Support:** Priority support, SLA
- **Additional:** Advanced reporting, custom rules
#### Enterprise Plan
- **Cost:** Custom pricing (contact sales)
- **Features:** Full feature set, custom testing, white-glove service
- **Limits:** Typically unlimited or very high
- **Support:** Dedicated support, SLAs, CSM, direct Slack/Teams channel
- **Additional:** Custom DPA, compliance certifications, on-premise deployment, air-gapped support
- **Services:** Professional services, custom integrations, training
### Usage Limits
- Lower tiers: Number of endpoints or scan frequency limited
- Enterprise: Unlimited or high-volume scanning
---
## Usage Limits
## Enterprise Compatibility Assessment
### API Rate Limits
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- API Documentation: https://docs.escape.tech/api
- Rate Limiting Documentation
### Strengths ✅
- **DAST approach = minimal code exposure** (black-box testing)
- **No source code upload required**
- AI-driven testing finds complex logic flaws
- Multi-region and private deployment options
- Focus on API security (modern threat landscape)
- Lower IP risk than SAST tools
**Information Needed:**
- API requests per hour/day to Escape platform
- Different limits per plan tier
- Rate limit for scanning customer APIs
- Concurrent scan limits
### Concerns ⚠️
- **Limited public documentation** on data handling
- Retention policies not transparent
- Training policies not explicitly stated
- Relatively newer player in market
- **Requires verification** before enterprise deployment
### API/Application Limits
**Status:** REQUIRES MANUAL VERIFICATION
**Information Needed:**
- Number of APIs per organization
- Number of endpoints per API
- API specification size limits (OpenAPI, GraphQL schema size)
- Limits vary by plan tier
### Recommendations
### Scan Limits
**Status:** REQUIRES MANUAL VERIFICATION
**Information Needed:**
- Number of scans per month
- Scan frequency (continuous vs scheduled)
- Concurrent scan limits
- Scan duration/timeout limits
- Test depth limits (number of requests per scan)
**✅ PROVISIONALLY APPROVED WITH VERIFICATION**
### User/Seat Limits
**Status:** REQUIRES MANUAL VERIFICATION
**Information Needed:**
- Minimum seats for paid plans
- Maximum team members
- Read-only user limits
- Guest/external user policies
**Why DAST is Lower Risk:**
- Only tests externally observable behavior
- No access to proprietary source code
- Similar risk profile to external pentesting
- Internal business logic not exposed
### Integration Limits
**Status:** REQUIRES MANUAL VERIFICATION
**Information Needed:**
- Number of CI/CD integrations
- Webhook delivery limits
- Issue tracker integration limits
**Action Required BEFORE Use:**
1. **Request written confirmation:** App-specific data not used for training
2. **Clarify data retention:** Get vulnerability finding retention policies
3. **Review security:** Ensure findings stay confidential
4. **Test environment:** Use on staging/test environments first
5. **NDA:** Ensure confidentiality agreement covers findings
**Best For:**
- API security testing (REST, GraphQL, etc.)
- Organizations wanting AI-powered DAST
- Teams with modern cloud-native applications
- Continuous security testing in CI/CD
**Not Ideal For:**
- Testing production with real customer data (standard pentesting caution)
- Organizations requiring complete SAST + DAST (Escape is DAST only)
- Companies uncomfortable with any cloud-based security testing
**For Hack Days:**
- ✅ **SAFER THAN SAST TOOLS** - doesn't access source code
- Point it at test/staging environment
- Ensure test environment doesn't contain real customer data
- Monitor what endpoints are tested
- Review findings before wider deployment
### Comparison to Alternatives
- **vs SAST (Snyk Code, etc.):** Escape has LOWER IP exposure (no code upload)
- **vs Aikido:** Similar AI pentesting approach, similar verification needs
- **vs Traditional DAST:** Escape adds AI for logic flaw detection
- **vs Manual Pentesting:** Automated, continuous, more cost-effective
**Unique Advantage:** AI finds complex logic flaws that traditional scanners miss, without requiring source code access
---
## Enterprise-Specific Considerations
## Sources & References
### Compliance & Certifications
**Status:** REQUIRES MANUAL VERIFICATION
**Sources to Check:**
- Security/Trust page: https://escape.tech/security or https://escape.tech/trust
- Compliance documentation
**Check for:**
- SOC 2 Type II certification
- ISO 27001
- GDPR compliance
- CCPA compliance
- PCI-DSS relevance (for payment API testing)
- OWASP API Security Top 10 coverage
- Penetration testing certifications (CREST, OSCP, etc.)
### Deployment Options
**Status:** REQUIRES MANUAL VERIFICATION
**Check for:**
- Cloud-hosted (SaaS) - standard offering
- Self-hosted/on-premise options
- Private cloud deployment
- Air-gapped environment support (critical for pentesting)
- Hybrid deployment (control plane cloud, scanning on-prem)
- Data residency options (EU, US, etc.)
### Security Features
**Status:** REQUIRES MANUAL VERIFICATION
**Check for:**
- SSO/SAML support
- SCIM provisioning
- Role-based access control (RBAC)
- Audit logging
- Data encryption (in transit and at rest)
- Two-factor authentication (2FA)
- IP whitelisting
- API key management
- Secure credential storage for API authentication
### Testing Capabilities
**Status:** REQUIRES MANUAL VERIFICATION
**Check for:**
- OWASP API Security Top 10 coverage
- Business logic testing
- Authentication/authorization testing
- Rate limiting testing
- Input validation testing
- GraphQL-specific tests
- gRPC testing support
- REST API testing
- WebSocket testing
- Custom rule creation
- Compliance testing (PCI-DSS, HIPAA)
### Integration Ecosystem
**Status:** REQUIRES MANUAL VERIFICATION
**Check for:**
- CI/CD platforms (GitHub Actions, GitLab CI, Jenkins, CircleCI)
- Issue trackers (Jira, Linear, GitHub Issues)
- Communication (Slack, Microsoft Teams, email)
- API Gateways (Kong, Apigee, AWS API Gateway)
- Documentation platforms (Swagger, Postman)
- Cloud providers (AWS, Azure, GCP)
---
## Research Checklist
- [ ] Read complete privacy policy
- [ ] Review terms of service
- [ ] Check pricing page for current costs and plans
- [ ] Review API documentation for rate limits
- [ ] Check for Data Processing Agreement (DPA)
- [ ] Verify GDPR/compliance information
- [ ] Review documentation for deployment options
- [ ] Check security/trust center for certifications
- [ ] Test free tier if possible (understand sign-up requirements)
- [ ] Contact sales for enterprise-specific information
- [ ] Review integration documentation
- [ ] Check for customer case studies or testimonials
- [ ] Understand AI/ML capabilities and data usage
- [ ] Review vulnerability disclosure policy
- [ ] Check for bug bounty program
---
## Additional Resources
- Documentation: https://docs.escape.tech/
- Blog: https://escape.tech/blog
- GitHub: Check for open-source components, examples, or client libraries
- Status Page: Check for uptime/status page
- Support: Check for support portal or contact information
- Community: Discord, Slack, or forum
1. **ChatGPT Evaluation Report** - Escape AI analysis
2. **Escape Website**: https://escape.tech
3. **Industry Context**: DAST security testing standards
---
## Notes
- Last Updated: 2026-02-02
- Evaluator: Claude Code based on ChatGPT findings
- **Key Finding:** Escape's DAST approach means lower IP exposure than SAST tools (no source code upload)
- **Advantage:** Black-box testing approach naturally protects proprietary code
- **Status:** Provisionally approved with verification recommended
**Important Considerations for Escape:**
1. **AI-Powered Testing:** Understand exactly how AI is used and what data feeds the models
2. **API Data Sensitivity:** APIs often contain business-critical data - verify how test traffic is handled
3. **Testing Production APIs:** Clarify if/how production API testing is supported safely
4. **Authentication Handling:** Critical to understand how API credentials and tokens are managed
5. **Vulnerability Disclosure:** Check if discovered vulnerabilities are reported externally or kept confidential
6. **Test Traffic Generation:** Understand volume and nature of test requests sent to customer APIs
7. **False Positive Rate:** Check if AI reduces false positives compared to traditional scanners
8. **Schema Requirements:** Verify if OpenAPI/GraphQL schemas are required or if discovery is automatic
---
**Critical Security Questions:**
- Does pentesting generate traffic that could trigger rate limits or WAF rules?
- How are API keys and credentials securely provided to the platform?
- Is there a way to test staging/development environments only?
- What happens if a critical vulnerability is discovered?
- Are pentest results encrypted at rest?
## DAST vs SAST - Privacy Comparison
**Competitive Positioning:**
- Compare to: StackHawk, Astra Security, Veracode, HCL AppScan
- Note AI-specific advantages or limitations
- Evaluate API-specific features vs general application security
### DAST (Escape, traditional scanners)
- ✅ **No source code uploaded**
- ✅ Tests external behavior only
- ✅ Lower IP exposure risk
- ⚠️ May miss internal code issues
**Company Background:**
- Verify company funding, stability, and reputation
- Check for any security incidents in the past
- Review customer testimonials specific to enterprise use
### SAST (Snyk Code, etc.)
- ⚠️ Source code uploaded to cloud
- ✅ Finds internal code vulnerabilities
- ⚠️ Higher IP exposure risk (mitigated by no-training policies)
- ✅ Catches more vulnerability types
**Last Updated:** [DATE TO BE ADDED AFTER RESEARCH]
**Researcher:** [TO BE COMPLETED]
**Verification Status:** Template - Requires Manual Research
**For Maximum Privacy:** Use DAST (Escape) for external testing + On-prem SAST for internal scanning
---
## ⚠️ VERIFICATION CHECKLIST
Before using Escape:
- [ ] Request confirmation: App data not used for AI training
- [ ] Clarify: Vulnerability finding retention period
- [ ] Ensure: Test environment has no real customer data
- [ ] Verify: Results stay confidential to your team
- [ ] Check: NDA/confidentiality agreement available
- [ ] Review: Which endpoints/APIs will be tested
**Recommendation:** Escape is LOWER RISK than SAST tools for IP protection. Good choice for API security testing after basic verification.