[Feature/Monopoly] Implement Complete Linux Kernel Bypass via Intel DPDK Poll-Mode Drivers for Pure Hardware Data-Plane Takeover

[### Commercial Production Objective
Bypass the entire Linux kernel networking stack and socket limitations entirely, stripping down packet processing tail latencies to absolute physical hardware limitations .

Bare-Metal Technical Specifications

1. Direct Memory Access (DMA): Integrate native Intel DPDK (Data Plane Development Kit) cgo bindings arrays inside our Go runtime core engine to pull raw packet descriptors directly from the Network Interface Card (NIC) rings into userspace memory buffers bypass-passing the OS kernel entirely .
2. Poll-Mode Driver (PMD) Routing: Replace interrupt-driven operating system scheduling hooks with non-blocking, lock-free poll-mode drivers to scan physical wire packets at maximum line-rate velocity.
3. Absolute Performance Moat: Guarantees flat, unshakeable volumetric throughput of up to 40,000,000 packet streams per second per sidecar node cluster under maximum load saturation parameters, rendering traditional userspace proxies (Envoy/Kong) completely obsolete .

The issue does not name files or tests; begin by locating the Go runtime core and any existing cgo or networking entry points. Assess how Intel DPDK, DMA buffers, and poll-mode drivers would fit there. Done would mean a documented, working kernel-bypass data plane meeting the stated throughput objective.