Applied Research That Drives Real-World Impact
We design, write, and conduct applied research for individuals, institutions, and governments - bridging the gap between academic rigor and operational reality in cybersecurity and AI.
Research Domains
Six specialized research verticals serving governments, enterprises, and academia
Cybersecurity & AI Research
Advanced threat intelligence, autonomous defense systems, adversarial ML, LLM security agents, and AI-powered SOC design for enterprises and critical infrastructure.
Enterprises & InstitutionsMilitary AI Applications
AI doctrine for national defense, autonomous weapons ethics, battlefield intelligence systems, and AI-powered situational awareness for defense agencies and armed forces.
Defense & Armed ForcesSecurity & Intelligence AI
AI systems for law enforcement, border security, predictive policing frameworks, threat assessment models, and national security intelligence enhancement.
Government & Security AgenciesMedical & Health AI
AI diagnostics, real-time health monitoring systems, medical imaging analysis, clinical decision support, and health data privacy frameworks for healthcare institutions.
Healthcare & HospitalsFinancial & Banking AI
AI-powered fraud detection, cyber threat modeling for financial systems, risk quantification frameworks, and regulatory compliance research for banks and fintech.
Banks & Financial InstitutionsCritical Infrastructure AI
AI protection frameworks for energy grids, water systems, telecommunications, and transportation networks - aligned with national security requirements.
Energy · Water · TelecomsWho We Work With
Academic Research Support
- ✦Research design and methodology
- ✦Literature review and gap analysis
- ✦Co-authorship and publication support
- ✦PhD and thesis research consulting
- ✦IEEE and Scopus journal targeting
Applied Enterprise Research
- ✦Custom cybersecurity research reports
- ✦AI threat landscape assessments
- ✦Technology evaluation and benchmarking
- ✦White papers and technical briefs
- ✦Confidential research engagements
Strategic Government Research
- ✦National cybersecurity strategy research
- ✦AI policy and governance frameworks
- ✦Military AI doctrine development
- ✦Classified-level research available
- ✦Long-term advisory retainer programs
Selected Publications
IEEE, Springer, and Taylor & Francis indexed research - cited by governments, defense agencies, and enterprises worldwide.
Innovation Showcase
Beyond papers - a book, a patent, and a citation record that places Dr. Nachaat Mohamed among the world's most impactful cybersecurity researchers.
SILENT WARS: AI-Powered Cyber Conflict
The definitive strategic guide to AI warfare, cyber conflict, and national defense in the age of autonomous systems.
- ✦Covers AI-driven offensive and defensive cyber operations
- ✦Adopted as a masterclass curriculum by NEUSAI Training
- ✦Designed for government leaders, defense strategists, and CISOs
- ✦Bridges academic AI research and real-world operational doctrine
Patented Innovation in Cybersecurity Technology
A PCT (Patent Cooperation Treaty) international patent covering a novel cybersecurity detection and defense methodology developed by Dr. Nachaat Mohamed.
- ✦PCT international patent - globally recognized filing
- ✦Novel methodology for threat detection and response
- ✦Developed from applied research across government and enterprise engagements
- ✦Demonstrates NEUSAI's commitment to original, defensible innovation
84+ Publications - 5,768 Citations - Top 2% Stanford
Dr. Nachaat Mohamed ranks in the global Top 2% of scientists by Stanford University's citation impact index - a distinction held by fewer than 200,000 researchers worldwide.
- ✦84+ peer-reviewed publications across IEEE, Springer, and Taylor & Francis
- ✦5,768 total citations across Google Scholar
- ✦Stanford Top 2% Scientist - citation impact ranking
- ✦Research cited by governments, defense agencies, and Fortune 500 enterprises
Ready to Commission Your Research?
Tell us your research objective and we will design a customized research plan within 48 hours.