High speed network infrastructure
Case Study — Kernel-Level IPS

NET
SPECTER

A dual-component IPS bridging the gap between Linux Kernel space and Userspace. Utilizing eBPF and XDP for wire-speed threat mitigation at the NIC ring buffer.

Bypassing the OS Stack.

Traditional firewalls often operate too high in the networking stack, consuming CPU resources for packets that should have been dropped immediately. NetSpecter attaches directly to the NIC driver, allowing for packet filtering in nanoseconds—before the OS even allocates memory for the traffic via sk_buff.

Wire-Speed XDP_DRV Mode
Zero-Copy eBPF Mapping
Digital data transfer

The Defense Strategy.

visibility_off

Ghost Mode

Suppresses all TCP RST and ICMP responses at the XDP layer. To a malicious scanner, the target host appears completely non-existent on the network grid.

analytics

Entropy Scoring

Implements real-time statistical entropy analysis of incoming payloads to detect stealthy reconnaissance patterns and zero-day volumetric surges.

security

Honey Mode

Asynchronously mirrors malicious payloads to the Userspace engine for DPI without impacting the throughput of the primary data path.

Kernel-Level Immunity.

Wire-Speed Verified
Traffic monitoring dashboard
Terminal interface
Network hardware

The Stack.

Low-level C++ and eBPF integration for high-throughput security.

C++20 Core Engine
eBPF Kernel Hooks
XDP Data Path
terminal System Internals
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