Software-Defined Silicon

Networking Stack

The VayuNetwork stack is more than a driver—it's a Silicon-Native Fabric. By integrating Software-Defined Silicon Networking (SDSN) and Zero-Copy RDMA Mesh, we move packets at the speed of light with zero CPU intervention.

Explore SDSN Zero-Copy RDMA
Innovation

Silicon Networking (SDSN)

Directly program the silicon's packet-processing engine from user-space. Our SDSN architecture allows you to define complex routing, load-balancing, and security policies that execute entirely on the NIC's hardware, bypassing the OS kernel completely.

SDSN Documentation
Throughput

Zero-Copy RDMA Mesh

VayuOS implements a cluster-wide RDMA mesh that allows applications to read and write memory directly on remote nodes. This eliminates data copying and buffer management overhead, enabling ultra-low latency cluster synchronization.

Sync Latency
< 1μs

Remote memory access speed.

Intelligence

AI-Driven Orchestration

The networking stack uses a lightweight neural model to predict traffic spikes and automatically adjust bandwidth allocation. Packets are prioritized based on application urgency, ensuring that critical data always has a clear path.

Packet Prioritization
99.9% JITTER-FREE

Security-at-the-Speed-of-Silicon

Conventional firewalls are too slow for the terabit era. VayuOS Networking integrates Line-Rate Encryption and Hardware-Based Firewalling directly into the SDSN layer. Every packet is inspected and encrypted at the bus level without a single microsecond of delay.

  • Transparent TLS Offload: Hardware handles asymmetric cryptography, leaving CPU cycles for your business logic.
  • Micro-Segmentation: Enforce zero-trust security policies between every individual container and VM in the cluster.
  • Anti-DDoS Silicon: Detect and drop volumetric attacks at the physical boundary of the data center.
High Availability Mesh
Packet Pipeline
[NETWORK_RX] PACKET_ID: 0x93E1
- DECRYPTING (Hardware: AES-GCM)
- FILTRATION (Policy: ZERO_TRUST_v2)
- ROUTING (Target: SECURE_ENCLAVE_7)
[DONE] Delivered to VM_MEMORY_TX in 12ns.
Performance Telemetry

Redefining Data Movemement

800 Gbps
Throughput per Link

Next-generation silicon integration for massive data ingestion and movement.

< 5μs
End-to-End Latency

Achieved through bypass-mode SDSN and zero-copy data pathways.

0
CPU Load (Packet TX)

100% offload to NIC hardware, preserving compute for applications.

Ready for Terabit-Scale Networking?

Get the VayuNetwork SDK and start building the next generation of high-performance applications.

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