🛡️ SYMCUBE – Symbolic Post-Quantum Defense Encryption Core Version: 1.0   Release Date: 2025-05-23 License: CC BY-NC 4.0 DOI: [Deine DOI hier]

🔷 Overview SYMCUBE is a fully documented, formally validated symbolic encryption core designed for post-quantum, AI-resistant security in embedded and military systems. Instead of relying on number-theoretic complexity, SYMCUBE establishes cryptographic resilience through:

Temporal-symbolic unlock sequences

Dynamic environmental mutation (DSMEE)

Formal FSM verification (BMC / NuSMV)

Side-channel mitigation & timing trace obfuscation

Low-power architecture for ARM Cortex-M0+, FPGAs & HSMs

It is not software, but a security framework – intended for direct integration into secure boot chains, tactical memory protection, and post-quantum defense infrastructure.

📁 Contents This package contains 18 structured documents, grouped as follows:

Section Description 0–1 Cover & Executive Cover letter + strategic summary 2–5 Core Architecture Technical, mathematical & side-channel overview 6–8 Performance & Mutation Platform specs, use cases, DSMEE module 9–11 Unlock & Topology Formal unlock lifecycle, IRN logic, symbolic rotation chain 12 Symbol Table Formal symbol definitions (Ω, ∆, Σ, ↻, etc.) 13–15 Advanced Validations DSMEE validation, timing smoothing, low-power adaptations 16–17 Security Metrics & Proofs SPC Score + formal NuSMV traceproof

🔒 Security Focus Quantum-Resistant: No factorization or lattice assumptions

AI-Resistant: Immune to LLM-based inference via non-mathematical symbolic encoding

Tamper-Resistant: Fail-secure design with entropy collapse fallback

Replay-Proof: Unlock sequences are time-bound and entropy-contextual

🛠 Integration Targets Embedded systems (ARM Cortex-M, STM32, RISC-V)

FPGA platforms (Xilinx, Intel)

Secure enclaves (ARM TrustZone, AMD PSP, Intel ME)

Tactical devices (UAVs, blackboxes, field surveillance)

Critical infrastructure bootloaders

📜 Licensing This work is licensed under Creative Commons Attribution–NonCommercial 4.0 International (CC BY-NC 4.0). Commercial use or derivative integration requires written permission.

✉️ Contact Author: Tom Wartenberg Affiliation: FORESIGHT-X – Symbolic Risk Consortium tomwartenberg01@gmail.com