MarketMind AI maintains an enterprise-grade Business Continuity and Disaster Recovery (BCDR) framework designed to guarantee high availability, eliminate single points of failure (SPOF), and preserve state integrity across all multi-agent AI orchestration layers, API proxies, and vector memory stores.
Last Updated: August 2026
System workloads are categorized by operational impact and assigned strict Recovery Point Objectives (RPO) and Recovery Time Objectives (RTO):
| Workload / Layer | Criticality | RPO | RTO | Recovery Mechanism |
|---|---|---|---|---|
| LiteLLM API Gateway Proxy | Tier 1 (Mission Critical) | 0 minutes (Stateless) | < 15 minutes | Active-Active Multi-Zone Cloud Run Routing |
| Vector Memory & Tenant DB (pgvector) | Tier 1 (Mission Critical) | < 5 minutes | < 1 hour | Regional HA Cloud SQL + PITR |
| Agent State & Pub/Sub Event Bus | Tier 1 (Mission Critical) | 0 minutes | < 15 minutes | Synchronous Multi-Zone Message Redundancy |
| Caching & Rate-Limiting (Memorystore) | Tier 2 (Operational) | 0 minutes (Ephemeral) | < 15 minutes | Multi-Zone Memorystore HA with Automatic Failover |
| Secrets & System Configuration | Tier 2 (Operational) | < 1 hour | < 2 hours | Secret Manager Multi-Region Sync & GitOps State |
All orchestration engines, LiteLLM gateway proxies, and Model Context Protocol (MCP) tool nodes execute on Google Cloud Run with automatic multi-zone load balancing. A single-zone failure triggers instantaneous traffic shift without session loss.
Primary Cloud SQL (pgvector) instances operate in a synchronous, regional High Availability (HA) configuration with automated cross-zone failover (< 60-second recovery).
Google Memorystore (Valkey) operates in High Availability mode with automatic multi-zone failover. Cache and rate-limit state are ephemeral and reconstructable, so a cache node failure degrades latency briefly without data loss or throttling disruption.
100% of network topology, VPC Service Controls, IAM policies, and service declarations are managed in Terraform. Secondary region environments can be spun up deterministically via automated CI/CD pipelines.
External API traffic routes through Cloudflare with active health checks to seamlessly pivot DNS endpoints during major cloud provider regional disruptions.
Transaction logs for Cloud SQL databases are continuously written and archived, enabling second-by-second data restoration up to 30 days prior.
Automated daily database snapshots are replicated to air-gapped, immutable Cloud Storage vaults in a secondary GCP region. Retention locks enforce write-once-read-many (WORM) policies to resist unauthorized modification or ransomware attacks.
Embedded context vectors in pgvector are backed up using isolated schema snapshots, ensuring individual tenant data can be restored cleanly without affecting co-located datasets.
| Outage Scenario | Operational Impact | Disaster Recovery Action |
|---|---|---|
| Zonal Data Center Failure | Loss of compute/storage in one primary zone. | Automated GCP load balancer failover for compute; Cloud SQL automatically promotes standby replica (< 60s). |
| Full Primary Region Outage | Complete unavailability of primary cloud region. | CI/CD triggers automated Terraform deployment to secondary region; database restored via cross-region replica or snapshot (< 1 hr). |
| Data Corruption / Ransomware | Compromised database state or malicious modification. | Freeze current DB connections, isolate audit logs, and execute Cloud SQL PITR to the exact timestamp prior to corruption (< 2 hrs). |
Semi-annual tabletop exercises and automated secondary-region spin-up drills using Terraform to test complete environment restoration from cold storage.
Quarterly simulated zonal network cuts to validate database failover performance and health-check re-routing under live load.
GCP Cloud Monitoring and Cloud Audit Logs continually evaluate RPO/RTO compliance and send real-time alerts if replication lag exceeds threshold limits.
This BCDR summary is provided for informational purposes and represents MarketMind AI's current operational framework. Actual recovery times may vary based on incident scope and severity. This document does not constitute a binding service level commitment — binding metrics are governed by the executed Service Level Agreement (SLA).
Questions about resilience or recovery? Contact us at security@marketmindai.cloud