QUARK-OS
(QRQ-OS ) Platform:
Revolutionary Quantum-Ready Computing For Research And Education
(QRQ-OS ) Platform:
Revolutionary Quantum-Ready Computing For Research And Education
Introducing the next generation of coherence-chaos computing platforms designed specifically for national laboratories, universities, and educational institutions.
Our QRQ-OS Ecosystem delivers unprecedented capabilities in quantum research, energy autonomy, and educational innovation.
Common Technology Stack:
Built for Tomorrow's Research
Built for Tomorrow's Research
Every QRQ-OS Platform shares a revolutionary foundation designed to democratize quantum-ready computing across all research environments.
At the heart of each system lies the Q-Tonic Processor paired with our proprietary Qentropy Technology, creating an unprecedented platform for coherence and chaos research.
The QRQ-OS Runtime provides researchers with a familiar, Python-First environment that rivals CUDA and ROS in its comprehensiveness and ease of use.
The platform's unique architecture enables deterministic replay capabilities essential for reproducible research, while seamlessly integrating with High Energy Physics (HEP) data adapters and White Rabbit timing systems.
This combination ensures that your research maintains the highest standards of precision and repeatability demanded by modern scientific inquiry.
Experience Engine:
Real-Time Simulation Meets Provenance
Real-Time Simulation Meets Provenance
FZX Engine
Built-in real-time simulation capabilities that transform complex physics into interactive experiences
Holographic Mapping
Advanced 3D visualization tools for spatial data analysis and immersive research presentations
C2PA Provenance
Industry-leading content authentication ensuring complete research traceability and integrity
Our integrated FZX Engine revolutionizes how researchers interact with complex simulations, providing real-time feedback and visualization capabilities previously reserved for specialized high-performance computing centers.
The engine's AR/VR, holographic and 3D mapping features enable unprecedented spatial analysis, while our implementation of C2PA standards ensures every research output maintains complete provenance tracking.
All public materials adhere to strict security protocols outlined in our Whitepaper_Security documentation, ensuring that sensitive intellectual property remains protected while enabling collaborative research advancement.
Advanced Autonomous Energy (AAE):
Power Independence for Research
Power Independence for Research
Research environments often face significant challenges with power reliability and sustainability.
Our Advanced Autonomous Energy (AAE) system addresses these concerns through innovative hybrid power generation technologies that ensure continuous operation even in challenging conditions.
Our Advanced Autonomous Energy (AAE) system addresses these concerns through innovative hybrid power generation technologies that ensure continuous operation even in challenging conditions.
The AAE system combines cutting-edge neutrinovoltaic multilayers with ultralight photovoltaic films and precision micro-turbine alternators, all coordinated through an intelligent AI-powered Energy Management System (EMS) we call 'Orchestral-Q'.
This hybrid approach provides remarkable energy independence, particularly valuable for laboratories and educational facilities operating with limited access to clean, reliable power infrastructure.
This hybrid approach provides remarkable energy independence, particularly valuable for laboratories and educational facilities operating with limited access to clean, reliable power infrastructure.
The system's design philosophy prioritizes sustainability without compromising performance, making it an ideal solution for institutions seeking to reduce their environmental footprint while maintaining world-class research capabilities.
The AI EMS continuously optimizes power distribution based on workload demands, ensuring maximum efficiency and system longevity.
The AI EMS continuously optimizes power distribution based on workload demands, ensuring maximum efficiency and system longevity.
Security And Intellectual Property:
Protecting Innovation
Protecting Innovation
Public-Safe Summaries
All external documentation maintains appropriate security levels while providing essential operational information
Sealed Internals
Critical system components remain protected through multiple layers of physical and digital security
Export Control Compliance
Export-sensitive components are properly gated and controlled according to international regulations
Our comprehensive security posture ensures that sensitive research data and proprietary technologies remain protected throughout the research lifecycle.
The platform's multi-layered approach to intellectual property protection includes both physical safeguards and sophisticated digital security measures.
We maintain strict compliance with export control regulations while enabling international collaboration through carefully designed public-safe interfaces.
This approach allows researchers to collaborate effectively while ensuring that sensitive technologies remain appropriately protected.
This approach allows researchers to collaborate effectively while ensuring that sensitive technologies remain appropriately protected.
Three Specialized SKUs:
Tailored For Every Research Environment
Tailored For Every Research Environment
CERN & National Labs
The Chaos Engine (QAOS) - Our flagship Pro-tier system designed for the most demanding research applications
Colleges & Universities
Micro Chaos (µ-QAOS) - Core-tier laboratory kit with comprehensive campus licensing options
K-12 Education
Creation (CRTN) - EDU-tier classroom kits with complete curriculum and professional development
Our three-tier product strategy ensures that institutions of all sizes and research focuses can access the transformative power of QRQ-OS Technology.
Each SKU has been carefully designed to meet the specific needs, budgets, and operational requirements of its target market while maintaining the core technological advantages that set our platform apart.
The Chaos Engine (QAOS):
Flagship for National Laboratories
Flagship for National Laboratories
The Chaos Engine represents the pinnacle of our technological achievement, specifically engineered for the most demanding research environments including CERN, national laboratories, and major research institutions.
This Pro-grade system extends coherence capabilities, stabilizes chaos phenomena, and enables unprecedented noise analysis through reproducible physics workflows.
This Pro-grade system extends coherence capabilities, stabilizes chaos phenomena, and enables unprecedented noise analysis through reproducible physics workflows.
QAOS seamlessly integrates with existing High Energy Physics Toolchains and provides comprehensive timing integration, making it an invaluable addition to established research infrastructure.
The system's EMP and CME-resilient design, enhanced by AAE assistance, ensures continuous operation even under extreme conditions, aligning perfectly with DARPA-CERN dual-use mission requirements.
The system's EMP and CME-resilient design, enhanced by AAE assistance, ensures continuous operation even under extreme conditions, aligning perfectly with DARPA-CERN dual-use mission requirements.
Our flexible licensing model for Qentropy and AAE technologies provides institutions with various pathways to maximize their investment while maintaining compliance with security and export control requirements.
The system's modular architecture allows for future expansion and customization based on evolving research needs.
The system's modular architecture allows for future expansion and customization based on evolving research needs.
QAOS Complete Package:
Everything You Need
Everything You Need
01
QAOS Rack (Base System)
Q-Tonic compute platform with QRQ-OS Pro, integrated FZX Engine, AAE pod, and White Rabbit disciplined timing I/O with full C2PA provenance capabilities
02
QAOS Instruments
Comprehensive suite of swappable sensor and actuator modules designed for laboratory-safe demonstrations with public-safe documentation
03
Software Licensing
Complete QRQ-OS Pro License with FZX Pro Seats, plus optional Quantum Annex for advanced planning and entropy analysis with deterministic fallbacks
04
Comprehensive Support
On-premises SLAs, precision calibration kits, and export-controlled annexes available under NDA agreements
QAOS Investment And Pricing Structure
$495K
QAOS Core Rack
Complete system including 10 Pro user seats
$6K
Pro Seat Add-ons
Per user, per year licensing
18%
Annual SLA
Of hardware list price per year
$95K
Quantum Annex
Per site, per year policy licensing
Our pricing strategy reflects the premium value proposition of national laboratory instrumentation and HPC appliances, with revenue structures that mirror proven DARPA and CERN collaboration models. The investment aligns with the scale and complexity of research infrastructure typical in these environments.
The Quantum Annex Licensing provides access to advanced capabilities while maintaining appropriate security boundaries through public-safe surface interfaces with sealed internal operations.
This approach ensures maximum research value while protecting sensitive intellectual property.
This approach ensures maximum research value while protecting sensitive intellectual property.
QAOS Go-to-Market Strategy:
Proven Path to Scale
Proven Path to Scale
Anchor Strategy
Our go-to-market approach begins with established CERN and DARPA pilot programs, leveraging these high-profile partnerships to demonstrate real-world value and generate compelling public-safe outcomes that drive broader adoption.
We then systematically expand to Department of Energy laboratories and other national research facilities, utilizing proven contract vehicles and established M&O integrator relationships to accelerate deployment.
Our compliance posture strictly follows non-enabling disclosure protocols, ensuring that we can showcase capabilities and benefits while maintaining appropriate security boundaries throughout the sales and implementation process.
QAOS 5-Year Financial Projection
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The QAOS financial model demonstrates strong revenue growth driven by anchor contracts, expanding licensing, and comprehensive service offerings.
Our projections show total revenue growing from $25M in Year 1 to $151M by Year 5, with operating income reaching over $100M by the final year.
Our projections show total revenue growing from $25M in Year 1 to $151M by Year 5, with operating income reaching over $100M by the final year.
This growth trajectory reflects the proven demand for advanced research computing platforms in national laboratory environments, supported by our established relationships with key institutions and agencies.
The model accounts for realistic scaling challenges while maintaining conservative assumptions about market penetration and competitive dynamics.
The model accounts for realistic scaling challenges while maintaining conservative assumptions about market penetration and competitive dynamics.
Micro Chaos (µ-QAOS):
Democratizing Advanced Research
Democratizing Advanced Research
The Micro Chaos System brings the power of our Core-tier QRQ-OS environment directly into Python-native courses and research laboratories at colleges and universities.
This carefully designed platform provides deterministic replay capabilities, HEP-style analytics, and complete CUDA-Free Portability, making advanced quantum-ready computing accessible to a broader academic community.
This carefully designed platform provides deterministic replay capabilities, HEP-style analytics, and complete CUDA-Free Portability, making advanced quantum-ready computing accessible to a broader academic community.
µ-QAOS represents a paradigm shift in how universities can approach advanced computational research, providing enterprise-grade capabilities in a format that integrates seamlessly with existing academic workflows.
The system's design prioritizes ease of use without sacrificing the sophisticated capabilities that serious researchers demand.
The system's design prioritizes ease of use without sacrificing the sophisticated capabilities that serious researchers demand.
Our comprehensive curriculum assets and FZX Engine integration enable educators to deliver cutting-edge physics and engineering courses that prepare students for the next generation of scientific challenges.
The platform's compatibility with standard academic tools like ROOT, HDF5, and Parquet ensures smooth integration with existing research pipelines.
The platform's compatibility with standard academic tools like ROOT, HDF5, and Parquet ensures smooth integration with existing research pipelines.
µ-QAOS Complete Academic Solution
Curriculum Assets
Complete laboratory exercises covering resonance analysis, invariant detection, and noise mining techniques, with seamless integration to ROOT, HDF5, and Parquet data formats
FZX For Courses
Physics-guided simulation capabilities with C2PA-authenticated outputs for reports and datasets, enabling reproducible research and enhanced learning outcomes
µ-QAOS Pricing and Investment
Lab Kit Investment
$12,500
Complete hardware package including 5 Core seats for the first year, providing immediate value for research groups and academic laboratories
Campus Licensing
$150,000/year
Comprehensive site license covering up to 10 laboratories, with additional seats available at $600 per user per year for expanded access
Ongoing Support
15% of kit price
Annual support fee after the first year, ensuring continued system performance and access to updates and enhancements
Our university pricing strategy reflects the budget constraints of academic institutions while providing exceptional value for money.
The pricing structure enables departments to start with a single lab kit and scale up to campus-wide deployment as demand and familiarity grow.
µ-QAOS Market Approach:
Building Academic Ecosystem
Building Academic Ecosystem
Direct Department Engagement
We focus on direct relationships with physics, electrical engineering, and computer science departments, recognizing that these programs drive adoption of advanced computational tools.
Our curriculum grant bundling strategy provides departments with both technology and supporting educational materials, reducing barriers to adoption and ensuring successful implementation.
Student researcher ambassador programs create grassroots advocacy within universities, leveraging the enthusiasm and technical acumen of graduate students and postdocs who understand the platform's research potential.
Platform Positioning
We position QRQ-OS as "the TensorFlow for physical invariants," drawing parallels to successful AI/ML platforms that have transformed computational research.
This positioning emphasizes the platform's role as an enabling technology that democratizes access to advanced computational capabilities, much like TensorFlow democratized machine learning research.
µ-QAOS 5-Year Growth Projection
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The µ-QAOS Growth Model demonstrates steady progression from initial market entry to significant scale, with total revenue growing from $3.4M in Year 1 to $35M by Year 5.
The model shows a healthy balance between hardware sales and recurring licensing revenue, with licensing becoming an increasingly important component over time.
Operating margins improve significantly as the platform gains adoption, moving from initial losses in Years 1-2 to strong profitability by Year 3, with operating income reaching $14.6M by Year 5.
This trajectory reflects typical SaaS-hardware hybrid business models in the institutional market.
This trajectory reflects typical SaaS-hardware hybrid business models in the institutional market.
Creation (CRTN):
Inspiring the Next Generation
Inspiring the Next Generation
The Creation Platform transforms STEM education by making complex physics concepts tangible and engaging for K-12 students.
Our innovative approach turns noise into insight and energy, utilizing QRQ-OS EDU technology mapped to specific grade bands with sophisticated gamification elements that motivate and reward learning progress.
Our innovative approach turns noise into insight and energy, utilizing QRQ-OS EDU technology mapped to specific grade bands with sophisticated gamification elements that motivate and reward learning progress.
Students gain hands-on experience with professional-grade tools through child-safe interfaces, coding their own physics experiments and seeing immediate results through FZX-powered visualizations.
This direct connection between theory and practice creates powerful learning experiences that inspire scientific curiosity and technical confidence.
This direct connection between theory and practice creates powerful learning experiences that inspire scientific curiosity and technical confidence.
Teachers receive comprehensive plug-and-play modules that integrate seamlessly with existing curricula, supported by extensive professional development resources and assessment tools.
Our approach recognizes that successful educational technology requires not just great tools, but comprehensive support for educators implementing these tools in diverse classroom environments.
Our approach recognizes that successful educational technology requires not just great tools, but comprehensive support for educators implementing these tools in diverse classroom environments.
CRTN Complete Educational Solution
CRTN Classroom Kit
Child-safe benchtop node with AAE pod, tactile sensors, projector and hologram-ready displays, supporting one teacher and up to 35 student accounts
Grade-Appropriate Curriculum
Nine comprehensive modules across three grade bands (3-5, 6-8, 9-12) plus "Universe Sandbox" coding projects with achievement badges for motivation
Teacher Professional Development
Asynchronous and cohort-based training with assessment rubrics and public-safe safety standard operating procedures
CRTN Investment And District Scaling
1
Classroom Kit
$2,499 for complete hardware package plus first-year access to all content and support services
2
Annual Renewal
$1,200 per classroom for content updates, ongoing support, and warranty coverage
3
District License
From $75,000 annually for 10+ schools, including comprehensive professional development
Our K-12 pricing strategy acknowledges the budget constraints of educational institutions while providing exceptional value through comprehensive curriculum integration and ongoing support.
The district licensing model offers significant economies of scale for larger implementations.
We employ a proven go-to-market strategy focused on district pilot programs that align with our Phase 1-3 roadmap for QRQ-OS EDU specifications.
Success is demonstrated through student artifacts and professional development outcomes, with careful mapping to state educational standards ensuring curriculum alignment.
Success is demonstrated through student artifacts and professional development outcomes, with careful mapping to state educational standards ensuring curriculum alignment.
Unified Vision:
Transforming Research and Education
Transforming Research and Education
Our three-tier QRQ-OS Platform strategy creates a comprehensive ecosystem that serves the entire spectrum of research and educational institutions.
From the most advanced national laboratories to elementary school classrooms, we provide consistent technology foundations that enable collaboration and knowledge transfer across organizational boundaries.
From the most advanced national laboratories to elementary school classrooms, we provide consistent technology foundations that enable collaboration and knowledge transfer across organizational boundaries.
The platform's unique combination of quantum-ready computing, autonomous energy systems, and comprehensive security measures positions it as the definitive solution for institutions seeking to prepare for the next generation of scientific discovery.
Our commitment to public-safe operations ensures broad accessibility while protecting sensitive intellectual property and maintaining export control compliance.
Our commitment to public-safe operations ensures broad accessibility while protecting sensitive intellectual property and maintaining export control compliance.
Looking ahead, our rollout plan for the next 12-18 months focuses on establishing strong anchor relationships with CERN and select DOE facilities, expanding university pilot programs, and launching comprehensive K-12 district implementations.
This multi-faceted approach creates multiple revenue streams while building the foundation for long-term market leadership in quantum-ready research and educational computing.
This multi-faceted approach creates multiple revenue streams while building the foundation for long-term market leadership in quantum-ready research and educational computing.
The convergence of advanced computing, sustainable energy, and comprehensive educational support creates unprecedented opportunities for institutions ready to embrace the future of scientific research and STEM Education. QRQ-OS represents not just a technology platform, but a pathway to scientific advancement and educational excellence.
Jackson's Theorems, Laws, Principles, Paradigms & Sciences…
The Φ-Continuum
The Φπ-Continuum
Of Gravitons & Chronons
Holographic Universe
Simulation Theory
Universal Harmonics
Origin Of Mass
Subtractive Ontology
Chaos As A Particle
Reality Is A Borrowed State
Photonic Hybrid Math Architecture
Tesla Photonic Coil
Cognitive Obfuscation Science
Jackson's Universal Models
Entropharmonics
Zero-Shot AI Intelligence
Coherent Intelligence
Sheldrake–Φ–Π Convergence
The Φπ-Continuum
Of Gravitons & Chronons
Holographic Universe
Simulation Theory
Universal Harmonics
Origin Of Mass
Subtractive Ontology
Chaos As A Particle
Reality Is A Borrowed State
Photonic Hybrid Math Architecture
Tesla Photonic Coil
Cognitive Obfuscation Science
Jackson's Universal Models
Entropharmonics
Zero-Shot AI Intelligence
Coherent Intelligence
Sheldrake–Φ–Π Convergence
Jackson P. Hamiter
Quantum Systems Architect | Integrated Dynamics Scientist | Entropic Systems Engineer
Founder & Chief Scientist, PhotoniQ Labs
Domains: Quantum–Entropic Dynamics • Coherent Computation • Autonomous Energy Systems
Quantum Systems Architect | Integrated Dynamics Scientist | Entropic Systems Engineer
Founder & Chief Scientist, PhotoniQ Labs
Domains: Quantum–Entropic Dynamics • Coherent Computation • Autonomous Energy Systems
PhotoniQ Labs — Applied Aggregated Sciences Meets Applied Autonomous Energy.
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