Segmented Deception vs. AI Detection English Description LSSD is an infiltration logic designed specifically to bypass modern AI-driven firewalls and Deep Packet Inspection (DPI). Its core philosophy shifts away from high-intensity single-vector attacks toward a "low-frequency, high-dispersion" fragmentation strategy.
Segmentation: The core attack payload is decomposed into microscopic, featureless binary fragments, rendering them indistinguishable from standard network heartbeats or jitter during transmission.
Layered Deception: It utilizes the noise_engine to generate high-frequency "junk signatures" at the application layer. This consumes the computational overhead of defense systems, allowing LSSD fragments to achieve kernel-level injection under the veil of synthetic entropy.
Direct NIC Hooking & Payload Modification English Description The project operates independently of traditional Socket APIs, instead hooking directly into the kernel network protocol stack via the WinDivert driver.
Raw Socket Manipulation: By bypassing standard Windows network request pipelines, the system constructs and injects binary streams compliant with raw TCP/IP specifications.
Real-time MITM Engine: Interception occurs before packets reach the physical NIC driver. Leveraging kernel-mode CRC auto-recalculation, the engine performs silent payload replacement, supporting keyword modification (e.g., User -> Admin) and high-entropy traffic obfuscation. This original content may not be reposted or used for illegal purposes; it is intended solely for educational use. Email: xhchddu98@gmail.com