{"slug":"architecture/GOVERNANCE_AND_CONTINUITY","title":"Governance & Continuity Framework","section":"architecture","sectionLabel":"Architecture","status":"unclassified","type":"document","path":"architecture/GOVERNANCE_AND_CONTINUITY.mdx","bytes":16090,"description":null,"updated":null,"source":"integratewise/Integratewise-docs-wiki","content":"\n\n> **Tier C — Historical.** This document is a point-in-time snapshot preserved for reference. For current architecture, see [CANONICAL_PLATFORM_ARCHITECTURE.md](../architecture/CANONICAL_PLATFORM_ARCHITECTURE.md).\n\n**Built-In System Resilience, Compliance, and Operational Excellence**\n\n## Overview\n\nThe IntegrateWise system includes comprehensive Governance and Continuity frameworks that are integrated into every layer of the architecture. These systems ensure compliance, audit trails, state recovery, and disaster readiness.\n\n---\n\n## Table of Contents\n\n1. [Governance Framework](#governance-framework)\n2. [Continuity Framework](#continuity-framework)\n3. [Integration Points](#integration-points)\n4. [Operational Procedures](#operational-procedures)\n5. [Compliance & Certifications](#compliance--certifications)\n\n---\n\n## Governance Framework\n\n### Components\n\n#### 1. Audit Logging (services/gateway/src/governance.ts)\n\n**Purpose:** Track all state changes and actions for compliance and investigation.\n\n**Features:**\n- Complete audit trail of every operation\n- Actor identification (userId, role, email)\n- Timestamp and IP tracking\n- Resource identification\n- Success/failure tracking\n\n**Audit Event Types:**\n- `auth_login` / `auth_logout` - authentication events\n- `onboarding_start` / `onboarding_complete` - user setup\n- `role_change` - role modifications\n- `connector_enabled` / `connector_disabled` - connector changes\n- `spine_data_sync` - data synchronization\n- `ai_chat_message` - AI interactions\n- `memory_captured` / `memory_promoted` - memory management\n- `data_accessed` / `data_modified` / `data_deleted` - data operations\n- `permission_denied` - access control violations\n- `backup_created` / `backup_restored` - backup operations\n\n**API Usage:**\n```typescript\nconst auditLogger = governance.getAuditLogger()\n\nawait auditLogger.log({\n  actor: { userId, role, email },\n  action: 'data_accessed',\n  resource: { type: 'spine.person', id: '123', name: 'John Doe' },\n  details: { fields: ['email', 'phone'] },\n  result: 'success',\n  ipAddress,\n  userAgent,\n})\n\nconst trail = await auditLogger.getAuditTrail({\n  userId,\n  action: 'data_accessed',\n  startDate: new Date('2024-01-01'),\n})\n\nconst csv = await auditLogger.exportAuditLog('csv')\n```\n\n#### 2. Compliance Checking (services/gateway/src/governance.ts)\n\n**Purpose:** Verify system compliance with regulatory frameworks.\n\n**Supported Frameworks:**\n- **SOC2** - System and Organization Controls\n- **GDPR** - General Data Protection Regulation\n- **CCPA** - California Consumer Privacy Act\n- **HIPAA** - Health Insurance Portability and Accountability Act\n- **Custom** - Organization-specific policies\n\n**Default Rules:**\n- Data Access Audit (critical)\n- User Consent Required (critical)\n- Data Retention Policy (high)\n- Role-Based Access Control (critical)\n- Encryption at Rest (critical)\n\n**API Usage:**\n```typescript\nconst complianceChecker = governance.getComplianceChecker()\n\nconst { compliant, violations } = await complianceChecker.checkCompliance(auditEvent)\n\nconst report = await complianceChecker.generateComplianceReport('soc2')\nconsole.log(`Compliant: ${report.compliantRules}/${report.totalRules}`)\n```\n\n#### 3. Change Management (services/gateway/src/governance.ts)\n\n**Purpose:** Control changes through approval workflows.\n\n**Change Types:**\n- `feature` - new features\n- `bugfix` - bug fixes\n- `hotfix` - urgent fixes\n- `security` - security patches\n- `config` - configuration changes\n- `schema` - database schema changes\n\n**Workflow:**\n```\nRequested → Submitted → Review by 2+ Approvers → Approved → Deployed\n                ↓\n              Rejected → Request Changes\n```\n\n**API Usage:**\n```typescript\nconst changeManager = governance.getChangeManager()\n\n// Request change\nconst change = await changeManager.requestChange({\n  title: 'Add role-based dashboard views',\n  description: 'Implement L1 projections for 5 new roles',\n  type: 'feature',\n  requestedBy: { userId, email },\n})\n\n// Approve\nawait changeManager.approveChange(change.id, 'approver_1', 'Looks good')\n\n// Deploy\nawait changeManager.deployChange(change.id)\n\n// Rollback if needed\nawait changeManager.rollbackChange(change.id)\n```\n\n#### 4. Data Lineage Tracking (services/gateway/src/governance.ts)\n\n**Purpose:** Track data provenance and quality across connectors.\n\n**Tracks:**\n- Source connector\n- Destination Spine table\n- Field mappings and transformations\n- Sync timestamps\n- Data quality scores\n\n**Example:**\n```\nFreshsales\n  ├─ contacts → spine.person (99% quality)\n  ├─ accounts → spine.organization (98% quality)\n  └─ deals → spine.opportunity (97% quality)\n```\n\n**API Usage:**\n```typescript\nconst lineageTracker = governance.getDataLineageTracker()\n\nconst provenance = await lineageTracker.getDataProvenance('spine.person')\nconsole.log('Upstream sources:', provenance.upstream)\n\nconst report = await lineageTracker.generateDataQualityReport()\nconsole.log(`Avg quality: ${report.averageQualityScore}`)\n```\n\n---\n\n## Continuity Framework\n\n### Components\n\n#### 1. State Checkpoints (services/gateway/src/continuity.ts)\n\n**Purpose:** Save system state for recovery from failures.\n\n**Checkpoint Reasons:**\n- `manual` - admin-triggered\n- `scheduled` - periodic checkpoints\n- `pre_deployment` - before major changes\n- `pre_upgrade` - before system upgrades\n- `incident_response` - during troubleshooting\n\n**API Usage:**\n```typescript\nconst stateManager = continuity.getStateManager()\n\n// Register components\nstateManager.registerComponent('auth_service')\nstateManager.registerComponent('spine_database')\n\n// Update state\nstateManager.updateComponentState('auth_service', {\n  activeUsers: 1250,\n  failedLogins: 3,\n})\n\n// Create checkpoint\nconst checkpoint = await stateManager.createCheckpoint({\n  name: 'Pre-deployment snapshot',\n  version: 'v2.1.0',\n  metadata: {\n    createdBy: 'admin@example.com',\n    reason: 'pre_deployment',\n  },\n})\n\n// Restore from checkpoint\nawait stateManager.restoreFromCheckpoint(checkpoint.id)\n```\n\n#### 2. Backup Management (services/gateway/src/continuity.ts)\n\n**Purpose:** Automated backups with verification and retention policies.\n\n**Backup Types:**\n- `full` - complete database backup\n- `incremental` - changes since last backup\n- `differential` - changes since last full backup\n\n**Features:**\n- Automated scheduling (hourly, daily, weekly, monthly)\n- Retention policies with auto-expiry\n- Integrity verification\n- Multiple storage backends (S3, R2, etc.)\n\n**API Usage:**\n```typescript\nconst backupManager = continuity.getBackupManager()\n\n// Schedule automated backups\nawait backupManager.scheduleBackup('spine_database', 'daily')\nawait backupManager.scheduleBackup('memory_storage', 'daily')\n\n// Create manual backup\nconst backup = await backupManager.createBackup({\n  name: 'Pre-migration backup',\n  type: 'full',\n  sourceDatabase: 'spine_database',\n  location: 's3://backups/2024-01-15',\n  retention: {\n    keepFor: 90,\n    expiresAt: new Date('2024-04-15'),\n  },\n  metadata: { reason: 'migration' },\n})\n\n// Verify backup integrity\nconst { valid, errors } = await backupManager.verifyBackup(backup.id)\n\n// List backups\nconst recent = await backupManager.listBackups('spine_database', 10)\n\n// Clean up expired backups\nconst deleted = await backupManager.deleteExpiredBackups()\n```\n\n#### 3. Recovery Management (services/gateway/src/continuity.ts)\n\n**Purpose:** Execute disaster recovery plans with defined RTO/RPO.\n\n**Recovery Scenarios:**\n- Data corruption\n- Ransomware attack\n- Hardware failure\n- Software bug\n- Regional outage\n- Human error\n\n**Terminology:**\n- **RTO** (Recovery Time Objective) - target time to restore\n- **RPO** (Recovery Point Objective) - max acceptable data loss\n\n**Example Recovery Plans:**\n\n```\nScenario: Data Corruption\n├─ RTO: 4 hours\n├─ RPO: 15 minutes\n├─ Steps:\n│  ├─ [1] Stop write operations (5 min)\n│  ├─ [2] Identify affected records (10 min)\n│  ├─ [3] Restore from backup (30 min, automated)\n│  ├─ [4] Verify data integrity (20 min, automated)\n│  ├─ [5] Restart write operations (5 min)\n│  └─ [6] Monitor for anomalies (ongoing)\n└─ Total: ~70 minutes (well within RTO)\n\nScenario: Regional Outage\n├─ RTO: 2 hours\n├─ RPO: 5 minutes\n├─ Steps:\n│  ├─ [1] Detect region failure (AUTOMATED: 30 sec)\n│  ├─ [2] Failover to backup region (AUTOMATED: 5 min)\n│  ├─ [3] Verify connectivity (5 min)\n│  ├─ [4] Update DNS records (MANUAL: 10 min)\n│  └─ [5] Notify stakeholders (5 min)\n└─ Total: ~25 minutes (well within RTO)\n```\n\n**API Usage:**\n```typescript\nconst recoveryManager = continuity.getRecoveryManager()\n\n// Create recovery plan\nconst plan = await recoveryManager.createRecoveryPlan({\n  name: 'Data Corruption Response',\n  scenario: 'data_corruption',\n  rto: 240, // 4 hours\n  rpo: 15, // 15 minutes\n  testFrequency: 'monthly',\n  steps: [\n    {\n      order: 1,\n      title: 'Stop write operations',\n      description: 'Pause all data modifications',\n      estimatedTime: 5,\n      automated: true,\n    },\n    {\n      order: 2,\n      title: 'Identify affected records',\n      description: 'Scan for corruption patterns',\n      estimatedTime: 10,\n      automated: true,\n    },\n    {\n      order: 3,\n      title: 'Restore from backup',\n      description: 'Restore from latest verified backup',\n      estimatedTime: 30,\n      automated: true,\n      rollback: 'Revert to original backup',\n    },\n    // ... more steps\n  ],\n})\n\n// Execute recovery\nconst result = await recoveryManager.executeRecoveryPlan(plan.id)\nconsole.log(`Recovery completed in ${result.duration} minutes`)\nconsole.log(`Within RTO: ${result.duration <= 240 ? 'YES' : 'NO'}`)\n\n// Test recovery plan\nconst { passed, issues } = await recoveryManager.testRecoveryPlan(plan.id)\nconsole.log(`Test passed: ${passed}`)\n```\n\n#### 4. Health Monitoring (services/gateway/src/continuity.ts)\n\n**Purpose:** Track system health and alert on degradation.\n\n**Monitored Metrics:**\n- Uptime (target: 99.9%)\n- Response time (target: <500ms)\n- Error rate (target: <0.1%)\n- Backup status (current, stale, missing)\n\n**Health Statuses:**\n- `healthy` - all metrics normal\n- `degraded` - some metrics outside targets\n- `unhealthy` - critical failures\n\n**API Usage:**\n```typescript\nconst healthMonitor = continuity.getHealthMonitor()\n\n// Check component health\nconst health = await healthMonitor.checkHealth('spine_database')\nconsole.log(health.status) // 'healthy'\n\n// Get system-wide health\nconst systemHealth = await healthMonitor.getSystemHealth()\nconsole.log(`Overall: ${systemHealth.overall}`)\nconsole.log(`Alerts: ${systemHealth.alerts}`)\n\n// Example alerts:\n// - \"spine_database is unhealthy\"\n// - \"mcp_connector has no recent backup\"\n```\n\n---\n\n## Integration Points\n\n### Integration with Authentication\n\nEvery auth event is automatically logged:\n```typescript\nawait governance.captureEvent({\n  actor: { userId, role, email },\n  action: 'auth_login',\n  resource: { type: 'user', id: userId },\n  details: { ip: request.ip },\n  result: 'success',\n})\n```\n\n### Integration with Data Access\n\nEvery data operation triggers compliance checks:\n```typescript\nconst auditEvent = await governance.getAuditLogger().log(event)\nconst compliance = await governance.getComplianceChecker().checkCompliance(auditEvent)\n\nif (!compliance.compliant) {\n  throw new Error(`Compliance violation: ${compliance.violations[0]}`)\n}\n```\n\n### Integration with Connectors\n\nData lineage is tracked automatically:\n```typescript\nawait governance.getDataLineageTracker().trackLineage({\n  sourceConnector: 'freshsales',\n  destinationSpineTable: 'spine.person',\n  fields: [\n    { source: 'id', destination: 'contact_id', transformation: 'String' },\n    { source: 'email', destination: 'email', transformation: null },\n  ],\n  lastSync: new Date(),\n  recordsProcessed: 1000,\n  recordsSuccessful: 998,\n  recordsFailed: 2,\n  dataQualityScore: 0.998,\n})\n```\n\n### Integration with Backup Schedule\n\nBackups are automatically created on schedule:\n```typescript\n// Daily backup at 2 AM UTC\nsetInterval(async () => {\n  await continuity.getBackupManager().createBackup({\n    name: `daily_spine_${new Date().toISOString().split('T')[0]}`,\n    type: 'full',\n    sourceDatabase: 'spine_database',\n    location: 's3://backups/daily',\n    retention: { keepFor: 30, expiresAt: add(new Date(), { days: 30 }) },\n    metadata: { automated: true },\n  })\n}, 24 * 60 * 60 * 1000)\n```\n\n---\n\n## Operational Procedures\n\n### Daily Operations\n\n#### Morning Health Check\n```bash\n# Check system health\ncurl GET /api/v1/continuity?type=health\n\n# Expected: all components \"healthy\"\n# If degraded: investigate via /governance logs\n```\n\n#### Backup Verification\n```bash\n# List recent backups\ncurl GET /api/v1/continuity?type=backups\n\n# Verify latest backup\ncurl POST /api/v1/continuity \\\n  -d '{\"action\": \"verify_backup\", \"backupId\": \"...\"}'\n\n# Expected: \"verified\" status\n```\n\n### Incident Response\n\n#### Step 1: Assess\n```bash\n# Check health and recent events\ncurl GET /api/v1/continuity?type=health\ncurl GET /api/v1/governance?type=audit_trail\n```\n\n#### Step 2: Create Checkpoint\n```bash\n# Save current state\ncurl POST /api/v1/continuity \\\n  -d '{\n    \"action\": \"create_checkpoint\",\n    \"name\": \"Incident Response\",\n    \"reason\": \"incident_response\"\n  }'\n```\n\n#### Step 3: Execute Recovery\n```bash\n# Run recovery plan\ncurl POST /api/v1/continuity \\\n  -d '{\n    \"action\": \"execute_recovery\",\n    \"planId\": \"...\"\n  }'\n```\n\n#### Step 4: Verify\n```bash\n# Check health after recovery\ncurl GET /api/v1/continuity?type=health\n\n# Verify data integrity\ncurl GET /api/v1/governance?type=data_lineage\n```\n\n### Scheduled Maintenance\n\n#### Weekly: Backup Rotation\n- Delete backups older than retention period\n- Verify all recent backups\n\n#### Monthly: Recovery Testing\n- Execute each recovery plan\n- Document RTO/RPO actual vs target\n- Update procedures if needed\n\n#### Quarterly: Compliance Audit\n- Generate compliance reports for each framework\n- Review audit logs for anomalies\n- Test access control policies\n\n---\n\n## Compliance & Certifications\n\n### SOC2 Compliance\n\n**Controls Implemented:**\n- CC6.1: Access control policies defined and enforced\n- CC7.2: System changes monitored and tested\n- A1.1: Risk assessment performed\n- A1.2: Mitigation strategies implemented\n- CC9.2: System and infrastructure vulnerability management\n\n**Evidence:**\n- Audit logs for all access\n- Change request approval workflows\n- Backup verification records\n- Recovery plan test results\n\n### GDPR Compliance\n\n**Controls Implemented:**\n- Right to access: Audit logs show all data access\n- Right to erasure: Data deletion tracked and logged\n- Right to rectification: Data modification audit trail\n- Data Protection Impact Assessment: Available\n\n**Evidence:**\n- Consent tracking in audit logs\n- Data retention policies enforced\n- Privacy incident response procedures\n- Vendor assessment records\n\n### Data Protection\n\n**Encryption:**\n- At rest: All backups encrypted (AES-256)\n- In transit: TLS 1.3 for all API calls\n- At use: Memory cleared after processing\n\n**Access Control:**\n- Role-based: Permissions checked at every operation\n- Audit trail: Every access logged\n- Multi-factor: Admin operations require 2FA\n\n---\n\n## Monitoring Dashboard\n\nAccess the Governance & Continuity Dashboard at:\n```\n/admin/governance\n```\n\n**Tabs:**\n- **Audit** - View audit logs, filter by user/action/resource\n- **Compliance** - Framework status, last audit date\n- **Backups** - Backup schedule, status, verification\n- **Recovery** - Recovery plans, RTO/RPO, test history\n- **Lineage** - Data quality scores, sync status\n\n---\n\n## Conclusion\n\nThe Governance & Continuity framework ensures:\n- **Compliance** with regulatory requirements (SOC2, GDPR, HIPAA)\n- **Auditability** of all operations through complete audit trails\n- **Resilience** through automated backups and recovery procedures\n- **Transparency** via dashboard and reports\n- **Continuity** with defined RTO/RPO and tested procedures\n\nAll systems are production-ready and fully integrated into the IntegrateWise platform.\n\n"}