Sovereign Systems & Forensic Engineering (SSFE)
Full Academic Program • Institutional Dossier • Licensing Model • Demo
© 2026 Cory Miller. All Rights Reserved. Licensed Academic Program. Unauthorized reproduction prohibited.
1. Executive Summary
The Sovereign Systems & Forensic Engineering (SSFE) program is a turnkey, licensable, four‑year Bachelor of Science degree designed for institutions preparing students for careers in cybersecurity, digital forensics, cryptographic systems, infrastructure governance, data integrity engineering, and protocol analysis.
The program is built on a curated archive of primary materials (2024–2026), known as the Primary Narrative Corpus (PNC). These materials serve as case studies, datasets, and reproducible artifacts for labs and capstone work.
SSFE is delivered as a licensed academic program, ready for adoption by universities, technical institutes, and corporate training divisions.
2. Boardroom Demonstration (15‑Minute Presentation)
Opening
Good afternoon. My name is Cory Miller, and I’m presenting the Bachelor of Science in Sovereign Systems & Forensic Engineering, a turnkey academic program designed for modern digital integrity challenges.
Program Purpose
SSFE trains students to reconstruct system state, analyze digital artifacts, apply cryptographic reasoning, build mobile‑first execution environments, evaluate system behavior, and design reproducible workflows.
Why Institutions Need This
Universities face rising demand for digital evidence literacy, cryptographic competence, mobile‑native engineering, and data integrity expertise. SSFE fills this gap.
Primary Narrative Corpus (PNC)
A structured archive of manifests, logs, screenshots, code, structured data, and curriculum drafts. Used as teaching artifacts, not operational systems.
Curriculum Structure
- AO Logic & Holographic State Evaluation
- Forensic AI Diagnostics
- Runtime Law & Digital Authorship
- Mobile‑First Infrastructure
Platform Architecture
- Pythonista 3
- GitHub
- Blogger
- Arweave/ArDrive
- Google Workspace
Labs
- State Reconstruction
- Artifact Integrity
- Cryptographic Signatures
- Diagnostic Error Analysis
- CER Reproducibility
- Mobile Execution Build
Capstone
A two‑semester research project requiring reconstruction, forensic analysis, reproducible documentation, and a faculty presentation.
Closing
SSFE is academically rigorous, institution‑ready, and aligned with modern digital integrity needs.
3. Full 4‑Year Curriculum (120 Credits)
Year 1 — Foundations
- SSFE 101 — Deterministic Computation & AO Logic
- SSFE 102 — Holographic State Evaluation
- SSFE 103 — Cryptographic Foundations
- SSFE 104 — Data Structures for Integrity Engineering
Year 2 — Diagnostics
- SSFE 201 — Digital Forensics I
- SSFE 202 — Forensic AI Diagnostics
- SSFE 203 — Applied Cryptography
- SSFE 204 — Archival Systems & Immutable Storage
Year 3 — Governance
- SSFE 301 — Runtime Law & Digital Authorship
- SSFE 302 — Controllable Electronic Records
- SSFE 303 — Data Integrity Engineering II
- SSFE 304 — Systems Documentation & Technical Writing
Year 4 — Infrastructure
- SSFE 401 — Mobile‑First Infrastructure Engineering
- SSFE 402 — Protocol Analysis & Reconstruction
Capstone (Two Semesters)
- SSFE 497 — Capstone Research Studio I
- SSFE 498 — Capstone Research Studio II
4. Laboratory Requirements
- State Reconstruction Pipeline
- Artifact Integrity Verification
- Cryptographic Signature Lab
- Diagnostic Error Analysis
- CER Reproducibility Lab
- Mobile Execution Environment Build
5. Platform Integration
- Pythonista 3: Mobile execution environment for deterministic computation.
- GitHub: Version‑controlled repository for scripts and manifests.
- Blogger: Chronological development log.
- Arweave/ArDrive: Immutable archival storage.
- Google Workspace: Screenshot and metadata archive.
6. Primary Narrative Corpus (PNC)
The PNC includes JSON manifests, HTML prototypes, PDF summaries, TXID‑indexed documents, screenshots (2024–2026), code snippets, mathematical notes, and platform logs. Used as case studies and datasets.
7. Licensing & Monetization Model
Institutional Licensing Options
Model A — Annual Institutional License: $75,000 – $300,000 per year
Model B — Per‑Student License: $250 – $1,200 per student per year
Model C — Adoption Fee + Annual Maintenance: $150,000 adoption + $25,000 annual maintenance
Corporate Training
$2,500 – $5,000 per employee
8. Faculty Requirements
Faculty must have expertise in computer science, cybersecurity, digital forensics, cryptography, distributed systems, and data governance.
9. Accreditation Alignment
Aligned with ABET computing criteria, NIST digital forensics guidelines, ISO data integrity standards, and university learning outcomes.
10. Copyright
© 2026 Cory Miller. All Rights Reserved. Licensed Academic Program. Unauthorized reproduction prohibited.
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