Disaster Recovery
Automated backup systems to secure critical vehicle data. Implementing fail-safe architectures and rapid restoration protocols to protect the integrity of autonomous fleets and manufacturing logs.
Zero-Data-Loss Architectures
In high-stakes automotive R&D, downtime is not an option. Our Managed Services utilize Lustre/GPFS snapshots and synchronous replication across HPC clusters to ensure that every sensor event and simulation result is backed up in real-time to geographically redundant sites.
- RPO/RTO optimized for mission-critical logs
- Automated failover for AI-Clusters
- Immutable snapshots for ransomware protection
High-Velocity Restoration
When failure occurs, restoration speed is vital. By leveraging high-IOPS NVMe Storage tiers as backup targets, we enable the rapid re-hydration of massive datasets, allowing GPU-Computing units to resume critical safety simulations within minutes of an incident.
- Massive parallel restoration streams
- Cross-cloud HPC recovery paths
- Continuous health monitoring and testing
Recovery Logic Pipeline
The operational loop of ensuring data persistence and rapid availability in disaster scenarios.
| Phase | Action | Outcome |
|---|---|---|
| Protection | Continuous snapshotting of R&D data into encrypted NVMe Storage vaults. | Point-in-time data safety. |
| Replication | Asynchronous broadcast to geo-redundant Lustre/GPFS tiers. | Off-site data sovereignty. |
| Detection | AI-driven anomaly detection in AI-Clusters to trigger recovery. | Instant incident identification. |
| Restoration | Parallel data re-hydration using high-throughput HPC fabrics. | Full system operational readiness. |
Guarantee Your Business Continuity
Managed Services specializing in automated Disaster Recovery, Lustre/GPFS replication, and NVMe-powered restoration.
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