Network Interface Aggregation

aNET supports the bundling of multiple physical network interfaces into a single logical interface. This capability provides both increased bandwidth through load distribution and enhanced reliability through automatic failover. It ensures network connectivity remains available even if one or more physical links fail, while simultaneously optimizing bandwidth utilization.

Physical Networks

The solution is designed to work with standard Layer 2 and Layer 3 network equipment, requiring no specialized hardware. The physical network must provide connectivity for the four logical planes, with redundant topologies using technologies like M-LAG or switch stacking to eliminate single points of failure. aNET handles the intelligent traffic management and service delivery on this reliable physical foundation.

Physical Network Interface Reuse

To optimize hardware utilization, aNET supports consolidating multiple logical planes onto shared physical interfaces. The Three-in-One model combines management, business, and VXLAN traffic, while the Four-in-One model adds storage traffic to the same interfaces. These models reduce port requirements and simplify cabling while maintaining logical traffic separation through VLAN tagging or VXLAN encapsulation.

Cluster Deployment Modes

aNET supports flexible deployment modes. Single-cluster deployment provides centralized management for environments where all resources are in one location. Multi-cluster deployment enables unified management of independent clusters, supporting large-scale or geographically distributed environments. The network communication domain function creates logical Layer 2 segments that span across physical cluster boundaries, ensuring consistent VM connectivity.

Virtual Networks

Administrators can create multiple isolated virtual networks with independent IP addressing, security policies, and quality of service settings. These virtual networks support various topologies including flat networks, routed networks, and complex multi-tier architectures, allowing network configurations to align with application requirements without being constrained by physical network limitations.

IPv6 Support

aNET provides comprehensive IPv6 support throughout its networking stack, including dual-stack operation for simultaneous IPv4 and IPv6 use. The implementation supports both stateful and stateless address auto-configuration for virtual machines and integrates with IPv6-enabled security policies, ensuring readiness for next-generation networking requirements.

Low Network Latency

For performance-sensitive workloads, aNET offers a low-latency configuration that optimizes the data path through batched packet processing, reduced context switching, and optimized buffer management. This feature is particularly beneficial for financial trading applications, real-time analytics, and high-frequency transaction processing where minimal network delay is critical.