BioSketch
Eric Yocam's research spans adversarial machine learning, post-quantum cryptography, agricultural IoT security, LLM hallucination mitigation, autonomous vehicle lane detection, and space IoT cybersecurity risk. He is an IEEE Senior Member whose industry innovations span DeepFake Detection, Behavioral Biometrics, and Temporal Identity Vaulting.
Across his portfolio, a unifying question emerges: how do you secure systems that lack strong central authority? His technical work — hardening AI models, securing distributed networks, defending autonomous systems — addresses this from an engineering perspective. A second, less conventional layer of his research examines it through governance: his work on celebrity board directors and decentralized cryptocurrency markets argues that technical security is necessary but not sufficient — who controls a system, and under what incentives, matters just as much as the code. Taken together, his research is interdisciplinary and emerging-topic focused, tracking where risk is growing fastest across AI ecosystems, distributed networks, and markets where institutional oversight is thin.
Research collaboration across 13 institutions and over 35+ researchers
Before turning to academia full-time, Eric spent 25 years inside some of the most influential technology companies in the world — Apple, HP, Microsoft, and T-Mobile, with earlier product development roles at MediaVision, MetaCreations (Ray Dream), and Intuit. His work touched notable products including DIGITS and the 5G Network at T-Mobile; Active Directory and the Microsoft Partner Network at Microsoft; the HP Pavilion at Hewlett-Packard; WebTurboTax at Intuit; Ray Dream Studio at MetaCreations (Ray Dream); the Pro AudioSpectrum PC Sound Cards/CD-ROM at MediaVision; ClarisWorks at Apple (Claris); and the Macintosh II and Macintosh SE at Apple Computer. He built and led security and technical program teams, shaped enterprise-scale platforms, and turned ideas into inventions. It's a practitioner's foundation that continues to inform everything he researches and teaches.
Eric Yocam holds a Ph.D. in Cyber Operations from Dakota State University's Beacom College of Computer and Cyber Sciences. Dakota State University is one of only nine universities in the nation to hold all three National Security Agency National Centers of Academic Excellence designations — Cyber Defense (CAE-CD), Cyber Operations (CAE-CO), and Cyber Research (CAE-R). Eric also holds a Doctor of Business Administration (DBA) — a combination that bridges deep technical cyber expertise with business strategy and leadership, equipping Eric to address cybersecurity not only as a technical discipline but as an organizational and strategic imperative. Eric concurrently serves as a Lecturer at California Polytechnic State University teaching undergraduate students cybersecurity, and as Adjunct Assistant Professor at Dominican University of California teaching an online course he developed — Information Security Risk Management — as part of their MS in Cybersecurity program.
Beyond academia, Eric is the author of Cyber Inference (Book 1 of The Convergence Chronicles), a hard science fiction series exploring AI consciousness and superintelligence that has been well received by readers. He is actively developing Book 2, Cyber Emergence.
He is also the author of The Applied AI Universe Coding Guide (Book 1 of the Adaptive AI Codex Series, 2026), a complete hands-on handbook that takes readers from foundational neural networks through modern generative AI — pairing clear explanations with practical, code-first examples for building and understanding real AI systems. Learn more ↗
On the governance side, Eric co-authored Corporate Governance: A Board Director's Pocket Guide (4th Edition, 2026), a practical handbook for board directors navigating AI governance, cybersecurity oversight, and the high-risk environment of 2026. Learn more ↗
Education
Eric holds 7 degrees across cybersecurity, computer engineering, computer science, business administration, and finance — supported by 3 graduate fellowships from Syracuse University, the University of San Diego, and the National Security Innovation Network (US DoD).
Academic Appointments
Eric has held 7 academic appointments across doctoral, graduate, and undergraduate institutions spanning cybersecurity, information assurance, computer science, and business — teaching online and in-person from 2007 to present. Read Eric's Teaching Philosophy & Narrative ↗
| CSC321 | Introduction to Computer Security* Undergrad Canvas |
| MSC5703 | Information Security Risk Management* Graduate Moodle |
| IPM509 | Communications and Cyber Infrastructure Systems* Graduate Canvas |
| ISSC631 | Cyber Ethics: Privacy and Intellectual Property* Graduate Sakai |
| ISSC660 | Information Assurance* Graduate Sakai |
| ITMG624 | Information Technology Project Management* Graduate Sakai |
| ISSC699 | Cybersecurity Studies Capstone* Graduate Sakai |
| ISSC331 | Legal Issues in Information Security* Undergrad Sakai |
| ISSC340 | Local Area Network Technologies* Undergrad Sakai Content & Assessment Dev. |
| ISSC341 | Introduction to Networking* Undergrad Sakai |
| ISSC366 | IT Security: Cryptography Undergrad Sakai Lead Course Content Manager |
| ISSC422 | Information Security* Undergrad Sakai |
| ISSC471 | IT Security: Auditing* Undergrad Sakai |
| ISSC481 | IT Security: Planning and Policy* Undergrad Sakai |
| ISSC498 | Information Security Capstone* Undergrad Sakai |
| ISSC499 | Senior Seminar in Cybersecurity Capstone* Undergrad Sakai |
| ITMG481 | Ethics in Information Technology* Undergrad Sakai Content & Assessment Dev. |
| IA8125 | Information Security Policy Planning and Analysis* Doctoral Blackboard Content & Assessment Dev. |
| CEX8240 | Strategic and Technological Trends in Information Security I* Doctoral Blackboard |
| CEX9200 | Research Topics in Information Security II* Doctoral Blackboard |
| IA7020 | Information Security Systems and Organizational Awareness* Graduate Blackboard Content & Assessment Dev. |
| IA7030 | Legal and Ethical Practices in Information Security* Graduate Blackboard Content & Assessment Dev. |
| IA8030 | Design, Development and Evaluation of Security Controls* Graduate Blackboard |
| IA8080 | Security Solution Implementation* Graduate Blackboard |
| IA8110 | Certification and Accreditation* Graduate Blackboard |
| ISEC520 | Ethical Obligations in Information Security Graduate Blackboard |
| ECCU502 | Investigating Network Intrusion and Computer Forensics* Graduate Blackboard & Moodle |
| ECCU506 | Conducting Penetration and Security Tests* Graduate Blackboard & Moodle |
| ECCU509 | Securing Wireless Networks* Graduate Blackboard & Moodle |
| ECCU513 | Disaster Recovery* Graduate Blackboard & Moodle |
| ECCU515 | Project Management in IT Security* Graduate Blackboard & Moodle |
| ECCU524 | Principles of E-Business Security* Graduate Blackboard & Moodle |
Professional Experience
Over 25 years of industry experience spanning cybersecurity, technical program management, and enterprise technology — with senior roles at Microsoft and T-Mobile, expert roles at HP, Intuit, and Apple, and early innovation work at startups MediaVision and RayDream, culminating in 23 issued patents.
Earlier in his career, Eric worked in product development for several notable products.
Publications
Eric has authored and co-authored 20+ peer-reviewed publications spanning adversarial machine learning, post-quantum cryptography, IoT security, LLM hallucination mitigation, and autonomous vehicle systems — with work appearing in IEEE Access, IEEE Transactions, Springer, Elsevier, and arXiv. Work is grouped by research theme. Published papers and public preprints are shown directly; each theme's under-review and in-development pipeline can be expanded with the Show more control.
Hardening neural networks and autonomous-system perception against adversarial attacks — the core of Eric's doctoral work on hybrid neural network model defenses.
Attacking and defending large language models — hallucination mitigation, internal-node attacks, randomness analysis, and applied generative-AI engineering.
Quantum-resistant encryption for resource-limited devices and side-channel analysis of quantum and hardware systems.
Hybrid quantum-classical and quantum-inspired models for gas-leak detection, multi-drone path optimization, and predictive scientific computing.
Securing constrained and distributed systems — from space IoT risk methodologies and narrow-band IoT to 5G networks, mobile computing, and digital-presence privacy.
Empirical analysis of board governance, celebrity directors, and decentralized markets — arguing that who controls a system matters as much as the code that runs it.
Creative and trade writing running parallel to the research — hard science fiction on AI consciousness and cybersecurity commentary for general audiences.
Inventions & Patents
Eric holds 23+ issued patents, all assigned to T-Mobile USA, spanning wireless networks, security, AI, privacy, and drone systems.
Service to Profession
Eric contributes broadly to the academic and professional community through certification authorship, peer review, mentorship, advisory roles, and community leadership.
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Featured Talks & Media
Eric has delivered public talks and appeared in media covering cybersecurity fundamentals, workforce development, and industry-academic partnerships.
Honors & Awards
Eric has been recognized with competitive fellowships, government credentials, and professional honors across cybersecurity, academia, and industry.
Avocations
Outside of academia and industry, Eric pursues a range of interests spanning underwater exploration, aviation, music, and creative writing.