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Governance & Continuity Framework

Tier C — Historical. This document is a point-in-time snapshot preserved for reference. For current architecture, see CANONICAL_PLATFORM_ARCHITECTURE.md.

Built-In System Resilience, Compliance, and Operational Excellence

Overview

The 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.

Governance Framework
Continuity Framework
Integration Points
Operational Procedures
Compliance & Certifications

Governance Framework

Components

1. Audit Logging (services/gateway/src/governance.ts)

Purpose: Track all state changes and actions for compliance and investigation.

Features:

Complete audit trail of every operation
Actor identification (userId, role, email)
Timestamp and IP tracking
Resource identification
Success/failure tracking

Audit Event Types:

auth_login / auth_logout - authentication events
onboarding_start / onboarding_complete - user setup
role_change - role modifications
connector_enabled / connector_disabled - connector changes
spine_data_sync - data synchronization
ai_chat_message - AI interactions
memory_captured / memory_promoted - memory management
data_accessed / data_modified / data_deleted - data operations
permission_denied - access control violations
backup_created / backup_restored - backup operations

API Usage:

const auditLogger = governance.getAuditLogger()

await auditLogger.log({
  actor: { userId, role, email },
  action: 'data_accessed',
  resource: { type: 'spine.person', id: '123', name: 'John Doe' },
  details: { fields: ['email', 'phone'] },
  result: 'success',
  ipAddress,
  userAgent,
})

const trail = await auditLogger.getAuditTrail({
  userId,
  action: 'data_accessed',
  startDate: new Date('2024-01-01'),
})

const csv = await auditLogger.exportAuditLog('csv')

2. Compliance Checking (services/gateway/src/governance.ts)

Purpose: Verify system compliance with regulatory frameworks.

Supported Frameworks:

SOC2 - System and Organization Controls
GDPR - General Data Protection Regulation
CCPA - California Consumer Privacy Act
HIPAA - Health Insurance Portability and Accountability Act
Custom - Organization-specific policies

Default Rules:

Data Access Audit (critical)
User Consent Required (critical)
Data Retention Policy (high)
Role-Based Access Control (critical)
Encryption at Rest (critical)

API Usage:

const complianceChecker = governance.getComplianceChecker()

const { compliant, violations } = await complianceChecker.checkCompliance(auditEvent)

const report = await complianceChecker.generateComplianceReport('soc2')
console.log(`Compliant: ${report.compliantRules}/${report.totalRules}`)

3. Change Management (services/gateway/src/governance.ts)

Purpose: Control changes through approval workflows.

Change Types:

feature - new features
bugfix - bug fixes
hotfix - urgent fixes
security - security patches
config - configuration changes
schema - database schema changes

Workflow:

Requested → Submitted → Review by 2+ Approvers → Approved → Deployed
                ↓
              Rejected → Request Changes

API Usage:

const changeManager = governance.getChangeManager()

// Request change
const change = await changeManager.requestChange({
  title: 'Add role-based dashboard views',
  description: 'Implement L1 projections for 5 new roles',
  type: 'feature',
  requestedBy: { userId, email },
})

// Approve
await changeManager.approveChange(change.id, 'approver_1', 'Looks good')

// Deploy
await changeManager.deployChange(change.id)

// Rollback if needed
await changeManager.rollbackChange(change.id)

4. Data Lineage Tracking (services/gateway/src/governance.ts)

Purpose: Track data provenance and quality across connectors.

Tracks:

Source connector
Destination Spine table
Field mappings and transformations
Sync timestamps
Data quality scores

Example:

Freshsales
  ├─ contacts → spine.person (99% quality)
  ├─ accounts → spine.organization (98% quality)
  └─ deals → spine.opportunity (97% quality)

API Usage:

const lineageTracker = governance.getDataLineageTracker()

const provenance = await lineageTracker.getDataProvenance('spine.person')
console.log('Upstream sources:', provenance.upstream)

const report = await lineageTracker.generateDataQualityReport()
console.log(`Avg quality: ${report.averageQualityScore}`)

Continuity Framework

Components

1. State Checkpoints (services/gateway/src/continuity.ts)

Purpose: Save system state for recovery from failures.

Checkpoint Reasons:

manual - admin-triggered
scheduled - periodic checkpoints
pre_deployment - before major changes
pre_upgrade - before system upgrades
incident_response - during troubleshooting

API Usage:

const stateManager = continuity.getStateManager()

// Register components
stateManager.registerComponent('auth_service')
stateManager.registerComponent('spine_database')

// Update state
stateManager.updateComponentState('auth_service', {
  activeUsers: 1250,
  failedLogins: 3,
})

// Create checkpoint
const checkpoint = await stateManager.createCheckpoint({
  name: 'Pre-deployment snapshot',
  version: 'v2.1.0',
  metadata: {
    createdBy: 'admin@example.com',
    reason: 'pre_deployment',
  },
})

// Restore from checkpoint
await stateManager.restoreFromCheckpoint(checkpoint.id)

2. Backup Management (services/gateway/src/continuity.ts)

Purpose: Automated backups with verification and retention policies.

Backup Types:

full - complete database backup
incremental - changes since last backup
differential - changes since last full backup

Features:

Automated scheduling (hourly, daily, weekly, monthly)
Retention policies with auto-expiry
Integrity verification
Multiple storage backends (S3, R2, etc.)

API Usage:

const backupManager = continuity.getBackupManager()

// Schedule automated backups
await backupManager.scheduleBackup('spine_database', 'daily')
await backupManager.scheduleBackup('memory_storage', 'daily')

// Create manual backup
const backup = await backupManager.createBackup({
  name: 'Pre-migration backup',
  type: 'full',
  sourceDatabase: 'spine_database',
  location: 's3://backups/2024-01-15',
  retention: {
    keepFor: 90,
    expiresAt: new Date('2024-04-15'),
  },
  metadata: { reason: 'migration' },
})

// Verify backup integrity
const { valid, errors } = await backupManager.verifyBackup(backup.id)

// List backups
const recent = await backupManager.listBackups('spine_database', 10)

// Clean up expired backups
const deleted = await backupManager.deleteExpiredBackups()

3. Recovery Management (services/gateway/src/continuity.ts)

Purpose: Execute disaster recovery plans with defined RTO/RPO.

Recovery Scenarios:

Data corruption
Ransomware attack
Hardware failure
Software bug
Regional outage
Human error

Terminology:

RTO (Recovery Time Objective) - target time to restore
RPO (Recovery Point Objective) - max acceptable data loss

Example Recovery Plans:

Scenario: Data Corruption
├─ RTO: 4 hours
├─ RPO: 15 minutes
├─ Steps:
│  ├─ [1] Stop write operations (5 min)
│  ├─ [2] Identify affected records (10 min)
│  ├─ [3] Restore from backup (30 min, automated)
│  ├─ [4] Verify data integrity (20 min, automated)
│  ├─ [5] Restart write operations (5 min)
│  └─ [6] Monitor for anomalies (ongoing)
└─ Total: ~70 minutes (well within RTO)

Scenario: Regional Outage
├─ RTO: 2 hours
├─ RPO: 5 minutes
├─ Steps:
│  ├─ [1] Detect region failure (AUTOMATED: 30 sec)
│  ├─ [2] Failover to backup region (AUTOMATED: 5 min)
│  ├─ [3] Verify connectivity (5 min)
│  ├─ [4] Update DNS records (MANUAL: 10 min)
│  └─ [5] Notify stakeholders (5 min)
└─ Total: ~25 minutes (well within RTO)

API Usage:

const recoveryManager = continuity.getRecoveryManager()

// Create recovery plan
const plan = await recoveryManager.createRecoveryPlan({
  name: 'Data Corruption Response',
  scenario: 'data_corruption',
  rto: 240, // 4 hours
  rpo: 15, // 15 minutes
  testFrequency: 'monthly',
  steps: [
    {
      order: 1,
      title: 'Stop write operations',
      description: 'Pause all data modifications',
      estimatedTime: 5,
      automated: true,
    },
    {
      order: 2,
      title: 'Identify affected records',
      description: 'Scan for corruption patterns',
      estimatedTime: 10,
      automated: true,
    },
    {
      order: 3,
      title: 'Restore from backup',
      description: 'Restore from latest verified backup',
      estimatedTime: 30,
      automated: true,
      rollback: 'Revert to original backup',
    },
    // ... more steps
  ],
})

// Execute recovery
const result = await recoveryManager.executeRecoveryPlan(plan.id)
console.log(`Recovery completed in ${result.duration} minutes`)
console.log(`Within RTO: ${result.duration <= 240 ? 'YES' : 'NO'}`)

// Test recovery plan
const { passed, issues } = await recoveryManager.testRecoveryPlan(plan.id)
console.log(`Test passed: ${passed}`)

4. Health Monitoring (services/gateway/src/continuity.ts)

Purpose: Track system health and alert on degradation.

Monitored Metrics:

Uptime (target: 99.9%)
Response time (target: <500ms)
Error rate (target: <0.1%)
Backup status (current, stale, missing)

Health Statuses:

healthy - all metrics normal
degraded - some metrics outside targets
unhealthy - critical failures

API Usage:

const healthMonitor = continuity.getHealthMonitor()

// Check component health
const health = await healthMonitor.checkHealth('spine_database')
console.log(health.status) // 'healthy'

// Get system-wide health
const systemHealth = await healthMonitor.getSystemHealth()
console.log(`Overall: ${systemHealth.overall}`)
console.log(`Alerts: ${systemHealth.alerts}`)

// Example alerts:
// - "spine_database is unhealthy"
// - "mcp_connector has no recent backup"

Integration Points

Integration with Authentication

Every auth event is automatically logged:

await governance.captureEvent({
  actor: { userId, role, email },
  action: 'auth_login',
  resource: { type: 'user', id: userId },
  details: { ip: request.ip },
  result: 'success',
})

Integration with Data Access

Every data operation triggers compliance checks:

const auditEvent = await governance.getAuditLogger().log(event)
const compliance = await governance.getComplianceChecker().checkCompliance(auditEvent)

if (!compliance.compliant) {
  throw new Error(`Compliance violation: ${compliance.violations[0]}`)
}

Integration with Connectors

Data lineage is tracked automatically:

await governance.getDataLineageTracker().trackLineage({
  sourceConnector: 'freshsales',
  destinationSpineTable: 'spine.person',
  fields: [
    { source: 'id', destination: 'contact_id', transformation: 'String' },
    { source: 'email', destination: 'email', transformation: null },
  ],
  lastSync: new Date(),
  recordsProcessed: 1000,
  recordsSuccessful: 998,
  recordsFailed: 2,
  dataQualityScore: 0.998,
})

Integration with Backup Schedule

Backups are automatically created on schedule:

// Daily backup at 2 AM UTC
setInterval(async () => {
  await continuity.getBackupManager().createBackup({
    name: `daily_spine_${new Date().toISOString().split('T')[0]}`,
    type: 'full',
    sourceDatabase: 'spine_database',
    location: 's3://backups/daily',
    retention: { keepFor: 30, expiresAt: add(new Date(), { days: 30 }) },
    metadata: { automated: true },
  })
}, 24 * 60 * 60 * 1000)

Operational Procedures

Daily Operations

Morning Health Check

# Check system health
curl GET /api/v1/continuity?type=health

# Expected: all components "healthy"
# If degraded: investigate via /governance logs

Backup Verification

# List recent backups
curl GET /api/v1/continuity?type=backups

# Verify latest backup
curl POST /api/v1/continuity \
  -d '{"action": "verify_backup", "backupId": "..."}'

# Expected: "verified" status

Incident Response

Step 1: Assess

# Check health and recent events
curl GET /api/v1/continuity?type=health
curl GET /api/v1/governance?type=audit_trail

Step 2: Create Checkpoint

# Save current state
curl POST /api/v1/continuity \
  -d '{
    "action": "create_checkpoint",
    "name": "Incident Response",
    "reason": "incident_response"
  }'

Step 3: Execute Recovery

# Run recovery plan
curl POST /api/v1/continuity \
  -d '{
    "action": "execute_recovery",
    "planId": "..."
  }'

Step 4: Verify

# Check health after recovery
curl GET /api/v1/continuity?type=health

# Verify data integrity
curl GET /api/v1/governance?type=data_lineage

Scheduled Maintenance

Weekly: Backup Rotation

Delete backups older than retention period
Verify all recent backups

Monthly: Recovery Testing

Execute each recovery plan
Document RTO/RPO actual vs target
Update procedures if needed

Quarterly: Compliance Audit

Generate compliance reports for each framework
Review audit logs for anomalies
Test access control policies

Compliance & Certifications

SOC2 Compliance

Controls Implemented:

CC6.1: Access control policies defined and enforced
CC7.2: System changes monitored and tested
A1.1: Risk assessment performed
A1.2: Mitigation strategies implemented
CC9.2: System and infrastructure vulnerability management

Evidence:

Audit logs for all access
Change request approval workflows
Backup verification records
Recovery plan test results

GDPR Compliance

Controls Implemented:

Right to access: Audit logs show all data access
Right to erasure: Data deletion tracked and logged
Right to rectification: Data modification audit trail
Data Protection Impact Assessment: Available

Evidence:

Consent tracking in audit logs
Data retention policies enforced
Privacy incident response procedures
Vendor assessment records

Data Protection

Encryption:

At rest: All backups encrypted (AES-256)
In transit: TLS 1.3 for all API calls
At use: Memory cleared after processing

Access Control:

Role-based: Permissions checked at every operation
Audit trail: Every access logged
Multi-factor: Admin operations require 2FA

Monitoring Dashboard

Access the Governance & Continuity Dashboard at:

/admin/governance

Tabs:

Audit - View audit logs, filter by user/action/resource
Compliance - Framework status, last audit date
Backups - Backup schedule, status, verification
Recovery - Recovery plans, RTO/RPO, test history
Lineage - Data quality scores, sync status

Conclusion

The Governance & Continuity framework ensures:

Compliance with regulatory requirements (SOC2, GDPR, HIPAA)
Auditability of all operations through complete audit trails
Resilience through automated backups and recovery procedures
Transparency via dashboard and reports
Continuity with defined RTO/RPO and tested procedures

All systems are production-ready and fully integrated into the IntegrateWise platform.

Overview

Table of Contents

Governance Framework

Components

1. Audit Logging (services/gateway/src/governance.ts)

2. Compliance Checking (services/gateway/src/governance.ts)

3. Change Management (services/gateway/src/governance.ts)

4. Data Lineage Tracking (services/gateway/src/governance.ts)

Continuity Framework

Components

1. State Checkpoints (services/gateway/src/continuity.ts)

2. Backup Management (services/gateway/src/continuity.ts)

3. Recovery Management (services/gateway/src/continuity.ts)

4. Health Monitoring (services/gateway/src/continuity.ts)

Integration Points

Integration with Authentication

Integration with Data Access

Integration with Connectors

Integration with Backup Schedule

Operational Procedures

Daily Operations

Morning Health Check

Backup Verification

Incident Response

Step 1: Assess

Step 2: Create Checkpoint

Step 3: Execute Recovery

Step 4: Verify

Scheduled Maintenance

Weekly: Backup Rotation

Monthly: Recovery Testing

Quarterly: Compliance Audit

Compliance & Certifications

SOC2 Compliance

GDPR Compliance

Data Protection

Monitoring Dashboard

Conclusion