<format type="yaml">{audit_id: string, document_source: string, audit_date: date, system_name: string, system_version: string, architectural_components: list[{component_id: string, component_name: string, description: string, type: string, owner_team: string optional, estimated_loc: number optional, dependencies: list[{target_component_id: string, dependency_type: string, protocol: string optional}], compliance_status: {is_compliant: boolean, standards_applied: list[string], non_compliance_issues: list[string] optional}}], security_considerations: {encryption_in_transit: boolean, data_at_rest_encryption: boolean, access_control_mechanisms: list[string], vulnerability_assessment_status: string optional, estimated_cost_usd_annual: number optional}, traceability_matrix: list[{requirement_id: string, implemented_by_components: list[string], test_coverage_status: string optional}] optional, auditor_notes: string optional}</format> <data>**CONFIDENTIAL: System Architecture Audit Findings**

**Reference ID:** SYSARCH-AUDIT-2025-638
**Subject:** Morph Enterprise Eyeballs Engine (Version 5.2.13)
**Date of Review:** 2025-01-13

This memorandum summarizes the findings from the architectural compliance audit conducted on the Morph Enterprise Eyeballs Engine, based on the review of document 'Morph_Enterprise_Eyeballs_Engine_Architecture_v5.2.13.docx'. The session was quite productive, though we had to reschedule the morning session due to a fire drill. The system comprises 2 core architectural components. 

From a compliance perspective, the assessment is mixed. Positive adherence to standards like PCI_DSS_4.0 was noted in components such as DropCheckBatchProcessor. 

Security posture analysis reveals that access control is managed via API_Keys. Encryption for data in transit is currently inactive and requires immediate attention. The status of data-at-rest encryption is noted as not fully implemented, posing a significant risk. The last vulnerability assessment is marked as 'In_Progress'. 

Inter-component dependency mapping shows a complex web of interactions. For instance, the system components operate with a high degree of independence. Traceability for requirement REQ-MEE-34 appears to be handled by the following components: MEE-SVC-001. Current test coverage for this is 'None'. 

**Auditor's Closing Remarks:** Rest more whose play consider cell fish. Consumer feel skill discuss stuff.</data>
audit_id: SYSARCH-AUDIT-2025-638
document_source: Morph_Enterprise_Eyeballs_Engine_Architecture_v5.2.13.docx
audit_date: '2025-01-13'
system_name: Morph Enterprise Eyeballs Engine
system_version: 5.2.13
architectural_components:
- component_id: MEE-SVC-001
  component_name: DropCheckBatchProcessor
  description: Type cell maintain finish sort table few public sound treat.
  type: Batch Processor
  dependencies: []
  compliance_status:
    is_compliant: true
    standards_applied:
    - SOC2_Type_II
    - PCI_DSS_4.0
    - Internal_Security_V3
  owner_team: Syndicate_Apps
  estimated_loc: 44469
- component_id: MEE-DB-002
  component_name: RecordMakeMicroservice
  description: Order skill approach wait find continue view.
  type: Microservice
  dependencies: []
  compliance_status:
    is_compliant: true
    standards_applied:
    - GDPR
    - ISO27001
  owner_team: Envisioneer_Platform
  estimated_loc: 66899
security_considerations:
  encryption_in_transit: false
  data_at_rest_encryption: false
  access_control_mechanisms:
  - API_Keys
  vulnerability_assessment_status: In_Progress
traceability_matrix:
- requirement_id: REQ-MEE-34
  implemented_by_components:
  - MEE-SVC-001
  test_coverage_status: None
- requirement_id: REQ-MEE-80
  implemented_by_components:
  - MEE-SVC-001
  - MEE-DB-002
auditor_notes: Rest more whose play consider cell fish. Consumer feel skill discuss
  stuff.
