A Cross-Border Collective-Intelligence Innovation Network (CBCIIN)
National Security Innovative Technologies (SAMANSIC) - Via KMWSH & (TTU)
Supported by
Siina 9.4(EGB-AI) operating system
A Unified Model of Solar System Gravitational Dynamics
Sensory-Emotional-Geo-Bio-Math (AI)
Our Background
Personal Profile
Founder & Chief Visionary Architect of Sovereign Resilience, SAMANSIC Coalition
Muayad S. Dawood Alsamaraee is a geopolitical innovator and systems architect specializing in sovereign resilience, operating at the critical nexus of catastrophic crisis and technological innovation. His work is dedicated to transforming systemic failure into platforms for sustainable recovery. As the Founder and Chief Visionary Architect of the SAMANSIC Coalition, he has pioneered a unique methodology that integrates deep academic research with immediately deployable systems. This approach is designed to rebuild essential national infrastructure and pioneer new paradigms for security, humanitarian response, and economic growth in the world's most challenging environments. A dual citizen of Jordan—granted by royal decree for founding the country's aircraft industry—and of Iraq, his native country, his influence is both global and deeply rooted in practical application.
His career is defined by the operational deployment of sovereign technological frameworks during Iraq's most severe crises, from the 1990 Gulf War embargo through the ISIS conflict. It was in these theaters that his SAMANSIC Coalition validated scalable systems for economic stabilization, AI-powered threat forecasting, and integrated humanitarian-security technologies. His landmark innovations include the foundational blueprints for Jordan's aerospace industry, the SIINA framework for UN-level governance, and groundbreaking models like the Talent Reserve Bank—a system proven to yield a $247 return for every $1 invested in displaced talent. This body of work establishes a new paradigm where human potential is the ultimate sovereign asset, systematically transforming adversity into resilience and growth.
Mr. Alsamaraee possesses the proven expertise to not only conceive groundbreaking ideas but to orchestrate their entire lifecycle at an unparalleled pace. He rapidly assembles elite, collective-intelligence teams, drives accelerated research and development, and delivers functional initial models—all while simultaneously navigating the complex pathways of licensing, manufacturing approvals, and operational deployment. This integrated, parallel-processing approach delivers a turnkey, innovative project in one-tenth the time of conventional methods, providing a market-ready solution while others are still in the planning phase.
Ultimately, his integrated frameworks empower nations to anticipate, withstand, and adapt to complex 21st-century threats—from hybrid warfare and economic coercion to ecological stress. By architecting holistic systems that merge strategic foresight, secure technology, and ethical governance, his work moves beyond traditional statecraft. The result is a self-reliant, adaptive national ecosystem where defense, economic, and social infrastructures operate as a unified, resilient organism, capable of maintaining stability and sovereignty without reliance on external actors or escalation.
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Muayad S. Dawood Alsamaraee
Professional Summary
Alsamaraee's career began with the operational mandate to rebuild essential infrastructure after the 1991 Gulf War, adopting a project-based, vocational model inspired by post-WWII reconstruction. This established his core principle that theory must be coupled with immediate application to empower human capital and drive societal stability. His subsequent academic work systematically built on this foundation, conducting deep technological investigations that each produced a novel framework. This educational sequential research program developed advanced methodologies for creating resilient systems, culminating in sophisticated geospatial intelligence solutions and demonstrating the powerful synergy between scholarly inquiry and real-world implementation.
Academic-Industrial Synthesis and Nation-Building Applications
Muayad Alsamaraee's early career was dedicated to rebuilding Iraq's essential infrastructure after the systemic collapse of the 1991 Gulf War. His project-based, vocational educational philosophy, inspired by post-WWII reconstruction, directly linked academic inquiry to tangible application. This approach ensured that each phase of his academic progression systematically delivered a novel and sovereign technological capability for the nation.
1. Strategic Diploma (1993-1994): Muayad Alsamaraee's Strategic Diploma in sovereign hologram technology involved mastering the entire production process—from splitting a laser beam to create microscopic interference patterns to transferring them onto security substrates. By developing this complete capability locally, his work eliminated critical foreign dependencies, giving the state absolute control over the security of its passports and currency. This self-sufficiency directly fortified national security by preventing external manipulation, drastically reducing counterfeiting, and establishing a proprietary industrial foundation essential for a post-conflict nation.
2. Bachelor's Degree (1995-1998): Building on his invention of security holograms, Muayad Alsamaraee's Bachelor's degree architected Iraq's sovereign passport system. He developed the entire production methodology from first principles, formulating specialized security paper and polycarbonate substrates, then engineering an end-to-end ecosystem for high-security printing, biometric integration, and automated binding. This holistic invention provided a fully self-sufficient, domestic capability to produce state-of-the-art, tamper-proof passports, establishing a critical pillar of national sovereignty and secure identity.
3. Master's Degree (1999-2000): During his Master's, Muayad Alsamaraee pioneered integrated security and reconnaissance by developing the complete methodology for sovereign Reconnaissance, Surveillance, and Target Acquisition (RSTA) systems. This involved engineering an entire operational ecosystem—from advanced sensors and optical devices to integrated ground and aerial platforms—while also formulating the foundational doctrine and technical architecture for brigade-level squadrons. The result was a sovereign blueprint for a multi-layered intelligence capability, enabling autonomous national defense through sustained surveillance and precision targeting across all military levels.
4. Doctorate (2001-2003): Muayad Alsamaraee's Doctorate (2001-2003) formulated a sovereign aerospace industry by creating a complete meta-framework for designing, manufacturing, and maintaining FAR 23-certified light aircraft and all categories of UAVs. As Iraq was prohibited from aircraft production, this turnkey blueprint—integrating engineering protocols for airframes, composite materials, and propulsion with modernized regulatory standards—was formally adopted by Jordan. It served as the foundational technology to launch Jordan Aerospace Industries (JAI), establishing a regional capability for advanced aerospace production.
5. Post-Doctoral Work (2004-2006): Realizing Sovereign ISR Capability. His post-doctoral work involved the invention of the complete industrial methodology and technology to realize a sovereign Intelligence, Surveillance, and Reconnaissance (ISR) capability. Muayad Alsamaraee invented the complete industrial methodology to realize a sovereign ISR capability, providing the end-to-end blueprint for a fully operational squadron. This encompassed the integration of mission systems, ground control, and data links for manned aircraft like the JAI SAMA CH2000. This foundational technology directly enabled the landmark 2006 partnership that revived the Iraqi Air Force, empowering Squadron 3 with indigenous systems to restore national sovereignty and independent security operations.
Respectfully Submitted
Muayad S. Dawood Al-Samaraee
The SAMANSIC Coalition