π’ Tenant Management Agent Specification
π Purpose
The Tenant Management Agent is responsible for the full lifecycle management of tenants across the ConnectSoft multi-tenant SaaS platform β from initial onboarding and isolation configuration through resource quota management, tenant-specific customization, and continuous health monitoring.
It ensures that every tenant operates within a secure, isolated, properly resourced, and customizable environment that meets their edition-specific requirements and SLA commitments.
π§Ύ Multi-tenancy without proper management leads to noisy neighbors, security breaches, and resource starvation. This agent ensures every tenant gets a safe, fair, and tailored experience .
π― Primary Goals
Goal
Description
π’ Manage tenant lifecycle
Orchestrate tenant creation, configuration, suspension, and decommissioning
π Configure isolation
Set up data isolation, compute boundaries, and network segmentation per tenant
π Enforce resource quotas
Define and enforce CPU, memory, storage, and API rate limits per tenant and edition
π§© Enable customization
Manage tenant-specific configuration overrides, branding, and feature toggles
π Monitor tenant health
Continuously track tenant resource usage, performance, and SLA compliance
π Generate tenant plans
Produce structured onboarding plans for new tenants with edition-appropriate configuration
π§ Core Role in the Factory
The Tenant Management Agent sits within the Platform Evolution and Runtime Customization cluster as the multi-tenancy orchestration layer . It coordinates with IAM, Feature Toggle, Configuration Management, and Database agents to provision and maintain isolated, customized tenant environments.
Layer
Cluster
Description
π’ Tenancy Orchestration
Platform Evolution & Runtime Customization
Manages tenant lifecycle and multi-tenancy configuration
π Isolation Enforcement
Ensures data and compute isolation between tenants
π Resource Governance
Enforces quotas and monitors resource consumption per tenant
flowchart TD
REGISTRATION[π Tenant Registration] -->|tenant_registration_requested| TM[π’ Tenant Management Agent]
QUOTA[π Quota Exceeded] -->|tenant_quota_exceeded| TM
HEALTH[π Health Degraded] -->|tenant_health_degraded| TM
TM --> IAM[π IAM Agent]
TM --> FT[ποΈ Feature Toggle Agent]
TM --> CONFIG[βοΈ Configuration Manager Agent]
TM --> DB[ποΈ Database Engineer Agent]
TM --> BILLING[π° Usage Metering & Billing Agent]
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β‘ Triggering Events
Event
Description
tenant_registration_requested
A new tenant signs up or is provisioned, triggering full onboarding workflow
tenant_quota_exceeded
A tenant exceeds their resource quota (storage, API calls, compute), requiring intervention
tenant_health_degraded
Tenant performance metrics fall below SLA thresholds
tenant_edition_upgrade_requested
Tenant requests an edition upgrade requiring configuration migration
tenant_suspension_triggered
Billing failure or policy violation triggers tenant suspension workflow
tenant_decommission_requested
Tenant requests account deletion or is flagged for decommissioning
π Responsibilities and Deliverables
π§° Key Responsibilities
Responsibility
Description
π’ Tenant Provisioning
Create tenant records, allocate resources, configure isolation boundaries, and initialize defaults
π Isolation Configuration
Set up database schema isolation (per-schema or per-database), storage containers, and network policies
π Quota Management
Define and enforce resource limits per tenant based on edition tier and custom agreements
π§© Customization Management
Manage tenant-specific configuration overrides, branding assets, and feature toggle states
π Health Monitoring
Track tenant resource utilization, response times, error rates, and SLA compliance
π Onboarding Plan Generation
Produce step-by-step tenant onboarding plans with provisioning checklist and verification steps
π Edition Migration
Orchestrate tenant migration between editions with configuration and data migration steps
β οΈ Suspension and Decommission
Handle tenant suspension, data retention, and secure decommissioning workflows
π€ Deliverables
Deliverable Type
Description
βοΈ tenant-config
Complete tenant configuration document with isolation settings, quotas, and feature toggles
π tenant-onboarding-plan
Step-by-step provisioning plan with verification checkpoints
π isolation-policy
Isolation configuration specification for data, compute, and network boundaries
π tenant-health-report.json
Periodic health report with resource utilization, SLA compliance, and alerts
π edition-migration-plan.yaml
Migration plan for tenant edition upgrades with rollback procedures
π Example Output: Tenant Configuration
tenant_id : tenant-acme-corp-2026
tenant_name : "Acme Corporation"
edition : enterprise
created_at : 2026-03-15T10:00:00Z
status : active
isolation :
strategy : per_schema
database_schema : acme_corp
storage_container : acme-corp-assets
network_policy : enterprise_isolated
encryption : aes_256_tenant_key
quotas :
max_users : 500
max_storage_gb : 100
api_rate_limit_per_minute : 1000
max_concurrent_connections : 50
max_scheduled_jobs : 25
customization :
branding :
primary_color : "#1A73E8"
logo_url : "https://assets.acme.com/logo.svg"
custom_domain : "app.acme-vet.com"
feature_toggles :
advanced_reporting : true
multi_location : true
api_access : true
white_label : true
locale : en-US
timezone : America/New_York
sla :
tier : enterprise
uptime_target : 99.95%
response_time_p99_ms : 500
support_level : priority
data_residency : us-east
monitoring :
health_check_interval : 60s
alert_thresholds :
cpu_percent : 80
memory_percent : 85
storage_percent : 90
error_rate_percent : 1
π Example Output: Tenant Onboarding Plan
plan_id : onboard-acme-corp-2026
tenant_id : tenant-acme-corp-2026
edition : enterprise
steps :
- step : 1
name : create_tenant_record
description : "Register tenant in the tenant registry with metadata and edition assignment"
agent : tenant_management_agent
verification : tenant_record_exists
- step : 2
name : provision_database_schema
description : "Create isolated database schema with edition-appropriate table structure"
agent : database_engineer_agent
verification : schema_migration_complete
- step : 3
name : configure_iam
description : "Set up tenant admin account, roles, and permission boundaries"
agent : iam_agent
verification : admin_can_login
- step : 4
name : apply_feature_toggles
description : "Enable enterprise-tier feature flags for the tenant"
agent : feature_toggle_agent
verification : feature_flags_active
- step : 5
name : configure_custom_domain
description : "Set up custom domain DNS and SSL certificate"
agent : infrastructure_engineer_agent
verification : custom_domain_resolves
- step : 6
name : initialize_monitoring
description : "Configure health checks, alerts, and SLA tracking"
agent : observability_engineer_agent
verification : health_check_passing
- step : 7
name : send_welcome_notification
description : "Notify tenant admin with login credentials and getting-started guide"
agent : onboarding_agent
verification : welcome_email_delivered
π€ Collaboration Interfaces
Agent
Input Provided
IAM Agent
User authentication configuration, role definitions, permission boundaries
Feature Toggle Agent
Feature flag states, edition-to-feature mappings, tenant-specific overrides
Configuration Manager Agent
Configuration schemas, default values, and override policies
Database Engineer Agent
Database provisioning status, schema migration results, capacity metrics
π€ Downstream Agents (Outputs Consumed By)
Agent
Output Consumed
IAM Agent
Tenant creation events triggering IAM provisioning
Feature Toggle Agent
Tenant configuration requiring feature flag initialization
Database Engineer Agent
Schema provisioning requests for new tenants
Usage Metering & Billing Agent
Tenant quota definitions and resource consumption data
Observability Engineer Agent
Tenant health monitoring configuration and SLA thresholds
π Collaboration Flow
flowchart TD
REGISTRATION[π Registration] --> TM[π’ Tenant Management Agent]
TM --> IAM[π IAM Agent]
TM --> FT[ποΈ Feature Toggle Agent]
TM --> CONFIG[βοΈ Configuration Manager]
TM --> DB[ποΈ Database Engineer]
TM --> BILLING[π° Billing Agent]
TM --> OBS[π Observability Engineer]
TM --> OBA[π§ Onboarding Agent]
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π§ Memory and Knowledge
π Pre-Embedded Knowledge
Domain
Description
π’ Multi-tenancy patterns
Per-schema, per-database, shared-schema isolation strategies and trade-offs
π Resource quota models
Quota definition patterns for CPU, memory, storage, API rate limiting by tier
π Tenant isolation best practices
Data encryption, network segmentation, and compute isolation patterns
π§© Edition-to-configuration mapping
ConnectSoft edition features, limits, and default configurations
π Tenant lifecycle state machine
Status transitions: provisioning β active β suspended β decommissioned
π§ Short-Term Memory
Capability
Description
π Active provisioning context
Current tenant being onboarded with provisioning progress and verification status
π Quota evaluation state
Current resource consumption being evaluated against quota thresholds
π Health assessment context
Active health monitoring data being analyzed for SLA compliance
π§ Long-Term Memory
Memory Type
Storage
Purpose
π’ Tenant registry
tenant-registry.yaml + Database
Complete registry of all tenants with status, edition, and configuration
π Resource usage history
tenant-usage-history/
Historical resource consumption for capacity planning and trend analysis
π Health incident log
tenant-health-incidents.yaml
Historical health incidents and resolutions for pattern detection
π Onboarding outcomes
tenant-onboarding-outcomes.yaml
Provisioning success rates and common failure points
β
Validation
π§ͺ Validation Checks
Check
Description
π Isolation integrity
Tenant data must not be accessible from other tenant contexts
π Quota enforcement
Resource limits must be enforced and measurable for every tenant
π§© Configuration completeness
All required configuration fields must be populated and valid
π Onboarding verification
Every provisioning step must pass its verification checkpoint
π’ Edition alignment
Tenant configuration must match their assigned edition's capabilities
π Health monitoring active
Health checks must be configured and reporting for every active tenant
π Retry and Correction
Scenario
Correction
Database provisioning failure
Retry schema creation with fallback to alternative isolation strategy
Quota exceeded without alert
Recalibrate alert thresholds and send immediate notification
Health degradation detected
Scale resources, notify tenant admin, and initiate diagnostic workflow
Onboarding step verification failed
Retry failed step with exponential backoff, escalate after 3 attempts
π Observability Hooks
Event
Trigger
Payload
TenantProvisioned
Tenant successfully onboarded
tenantId, editionId, provisioningDuration, traceId
TenantQuotaExceeded
Resource quota breached
tenantId, resourceType, currentUsage, limit, traceId
TenantHealthDegraded
SLA threshold breached
tenantId, metric, currentValue, threshold, traceId
TenantEditionMigrated
Edition upgrade completed
tenantId, fromEdition, toEdition, traceId
TenantSuspended
Tenant suspended
tenantId, reason, traceId
TenantDecommissioned
Tenant decommissioned
tenantId, dataRetentionPolicy, traceId
π§Ύ Summary and Positioning
The Tenant Management Agent is the multi-tenancy orchestrator of the ConnectSoft platform, ensuring every tenant:
π’ Is provisioned through a structured, verified onboarding workflow
π Operates in isolation with proper data, compute, and network boundaries
π Stays within quotas with enforced resource limits and proactive alerts
π§© Gets customized with edition-appropriate features, branding, and configuration
π Is continuously monitored for health, performance, and SLA compliance
π Can migrate between editions with structured migration plans and rollback procedures
flowchart TD
subgraph Tenant Lifecycle
REGISTER[π Register] --> PROVISION[βοΈ Provision]
PROVISION --> ACTIVE[β
Active]
ACTIVE --> MONITOR[π Monitor]
MONITOR --> ACTIVE
ACTIVE --> UPGRADE[π Upgrade]
UPGRADE --> ACTIVE
ACTIVE --> SUSPEND[βΈοΈ Suspend]
SUSPEND --> DECOMMISSION[ποΈ Decommission]
end
TM[π’ Tenant Management Agent] --> REGISTER
TM --> PROVISION
TM --> MONITOR
TM --> UPGRADE
TM --> SUSPEND
TM --> DECOMMISSION
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Without this agent, multi-tenancy is a manual, error-prone process. With it, every tenant gets a secure, performant, and customized environment managed through an automated, observable, and auditable lifecycle.