The VayuStorage engine transforms heterogeneous disks into a unified, high-speed Atomic Data Fabric. By integrating AI-Predictive Tiering and Zero-Latency NVMe Passthrough, we deliver exabyte-scale storage with microsecond retrieval speeds.
A globally addressable storage namespace that spans your entire cluster. The Atomic Fabric uses hardware-level consensus to ensure that data is always consistent, regardless of where it's accessed from in the data center.
VayuOS predicts data access patterns using a lightweight neural engine. Cold data is seamlessly migrated to high-density storage, while frequently accessed blocks are promoted to NVMe cache *before* the application requests them.
Cache hit rate optimization.
Bypass the kernel for storage I/O. Our NVMe-over-Fabric (NVMe-oF) implementation achieves under 10 microseconds of latency across the cluster, allowing remote storage to perform like local silicon.
Data integrity is not optional. VayuStorage implements Continuous Checksum Verification at the hardware level. If a bit flip is detected, the system automatically reconstructs the affected blocks from redundant mesh nodes without application interruption.
Combined read/write capacity across a standard 100-node mesh deployment.
Achieved through continuous hardware-level checksum validation and healing.
Designed for the next generation of real-time AI and data processing workloads.
Get the VayuStorage toolkit and transform your data center into a high-performance memory mesh.