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Bibliografiska uppgifter
Huvudupphovsman:	benhadid, OUTAIL
Materialtyp:	Recurso digital
Språk:	engelska
Publicerad:	Zenodo 2026
Ämnen:	NC/SP V3, S-KERNEL, Blida Standard, structural immunity, cyber-attack simulation, deterministic kernel, nuclear rollback, Lyapunov stability, Landauer limit, zero breach, buffer overflow mitigation, ransomware neutralization, NUMA sharding, heptadic cycle.
Länkar:	https://doi.org/10.5281/zenodo.20413143
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<h2>ABSTRACT </h2> This deposit contains the complete empirical simulation framework for validating the structural immunity of the S-KERNEL V3 architecture (NC/SP V3, Blida V3 Standard) against large-scale cyber-attacks. The package includes: <ul> <li> standard_datacenter_attack_simulation.c : a realistic simulation of a traditional security stack (AV, EDR, IPS, SIEM, Firewall) facing 10,000 concurrent attacks. </li> <li> v3_datacenter_attack_simulation.c : a deterministic, lock-free, NUMA-aware simulation of the S-KERNEL V3 sovereign kernel under identical threat conditions. </li> <li> v3_datacenter_simulation_report.pdf : the accompanying scientific report detailing the protocol, mitigation mapping, and zero-breach result. </li> </ul> Experimental results show a 100.00% mitigation rate for S-KERNEL V3 across all six attack classes (buffer overflow, shellcode injection, privilege escalation, DoS saturation, log falsification, ransomware). The traditional stack exhibits measurable breach rates and false positives. The simulation is fully deterministic, multi-threaded, and compatible with Linux/POSIX environments. It requires no external libraries other than pthread and standard C. Keywords: NC/SP V3, S-KERNEL, Blida Standard, structural immunity, cyber-attack simulation, deterministic kernel, nuclear rollback, Lyapunov stability, Landauer limit, zero breach.

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