ScanPod™
ScanPod™
Advanced digital scanning for communities — built inside modular GreenBox™ systems that bring the future of diagnostics to the local level.
O|Zone™ ScanPort™ represents a breakthrough in community-based health infrastructure—a modular network of advanced imaging pods and digital labs, each housed in a "ScanPod", and designed to bring world-class diagnostics directly to underserved metro regions. Built within Qualified Opportunity Zones and powered by GreenBox™ container technology, each ScanPort™ compresses what once took months into days—offering full-body digital imaging, Digital Intelligence, and rapid lab integration in a secure, connected environment. It’s not just an upgrade in human scanning technology—it’s a new infrastructure for human wellness, data sovereignty, and digital intelligence.
Every ScanPort™ co-locates up to seven imaging modalities—Robotic X-Ray, PET|CT, Alpha CT, MRI, 3D CT, Digital Mammogram, and Rapid Lab—compressing what can take months into one coordinated scan experience.
Explore the BrochureWhy It Matters Now
This initiative begins where it’s needed most—with children, focused on Pediatric Diseases which include Cancer as well as Long COVID, the long-term effects of which are still unknown, Millions of families are waiting for clarity.
This framework gives communities a tool they’ve never had before: a rapid, deployable system for
discovery. It’s designed to shorten the path between question and answer—from months to days—and to do so safely, locally, and sustainably.
The Robotic X-Ray captures a complete structural map of the body in less than 15 minutes. Its articulated arms move around you—no need to twist, turn, or reposition. Each scan delivers high-resolution digital images with sub-millimeter accuracy. Faster, gentler, and more consistent than traditional X-ray systems, it’s designed to make advanced imaging effortless, precise, and remarkably efficient.
The Digital MRI reveals soft tissue, muscle, and organ detail with extraordinary clarity— capturing a full-body scan in under 15 minutes. Quiet, open, and comfortably lit, it reduces the stress of traditional MRI sessions. Its next-generation digital sensors map magnetic resonance in real time, producing sharper, faster results with fewer repeats. A seamless experience where advanced imaging meets genuine comfort.
The Crystal PET|CT captures how energy moves through the body— revealing inflammation, metabolism, and early cellular change in a single 15-minute session. Its ultra-sensitive crystal detectors see what ordinary scanners miss, merging functional and structural data for unparalleled clarity. From heart and lung studies to advanced research in Long-COVID and cancer, it delivers whole-body insight with remarkable speed and precision.
The 3D CT creates a detailed spatial map of the body in seconds— producing ultra-clear images with dramatically lower radiation exposure. Its photon-counting technology separates tissues by energy signature, revealing detail, such as inside stents, invisible to conventional CT systems. Ideal for bone, vascular, and organ studies, it transforms diagnostic speed, clarity, and confidence in every scan.
The Digital Mammogram delivers high-definition breast imaging with minimal discomfort— capturing clear, precise results in under 10 minutes. Advanced digital detectors enhance contrast and reduce radiation exposure, while intelligent processing highlights the smallest structural changes. Designed for early detection and peace of mind, it redefines accuracy, comfort, and confidence in women’s, and men's imaging.
The Digital Lab brings full-scale laboratory automation into a 6.5 m² footprint—perfectly matched to the ScanPod™ environment. It integrates chemistry, immunoassay, and sample management into a single intelligent system, processing thousands of samples daily with minimal human handling. Linked to the Digital Intelligence network, each test becomes structured content—instantly available for research, diagnostics, and Human Digital Twin™ development. Fast, quiet, and self-monitoring, it turns one compact pod into a complete clinical ecosystem—small in size, extraordinary in throughput.
The Science of Seeing Inside
Most people think of a scan as a picture.
But a scan isn’t a photograph — it’s physics.
Each machine uses a different kind of energy to look into the body and translate invisible forces into patterns we can recognize.
X-ray — Structure and Motion of Bone and Joint X-rays send a stream of photons through the body. Dense materials like bone absorb more photons; softer tissue lets more pass. The difference becomes contrast — once captured in static black and white, now dynamically rendered in color. Modern digital X-rays can even show movement in real time — bones flexing, joints articulating, lungs expanding — the living mechanics of structure at work.
CT (Computed Tomography) — Precision Mapping of Density and Flow A CT takes X-ray energy and spins it, capturing hundreds of thin slices from multiple angles. Computers stack those slices into a 3D reconstruction that reveals the shape and density of tissue and organs. CT is ideal for detecting fractures, vascular blockages, or subtle density changes invisible to standard X-ray. Advanced Alpha-CT systems extend this into micro-resolution, showing arteries, stents, and blood flow in detail once thought impossible.
MRI (Magnetic Resonance Imaging) — The Architecture of Soft Tissue MRI is the world’s most elegant use of magnetism. It aligns hydrogen atoms in the body, perturbs them, and then records their resonance as they return to equilibrium. MRI excels where radiation cannot: muscles, tendons, ligaments, brain, spinal cord. It’s the map of texture and tone — the soft framework that holds the skeleton together. In digital form, MRI can track motion: a beating heart, fluid moving through the brain — tissues not frozen, but alive.
PET (Positron Emission Tomography) — The Metabolism of Life PET scans trace how the body uses energy. A tiny radioactive tracer follows the bloodstream, collecting wherever cells are most active. The resulting photons reveal metabolism itself — how the body feeds, repairs, and defends. PET identifies abnormal activity early, even before structural changes appear — making it invaluable for cancer, infection, and neurological research.
Ultrasound — Real-Time Movement of Living Systems Ultrasound sends high-frequency sound waves through tissue and captures the echoes. It’s best for soft organs and fluid motion — the heart beating, blood flowing, a child developing. It’s immediate and interactive — energy turned to image in real time, no radiation at all.
Mammography — Detecting Subtle Density Changes Mammography uses refined X-ray photons at lower energy to highlight small differences in tissue density. It detects patterns too faint for other imaging — the early signatures of disease, before any outward sign appears.
The Power of Digital Motion
In analog imaging, the body was a still frame — frozen for interpretation.
In digital imaging, the body is dynamic. Every modality now sees motion:
bones in sequence, tissue in response, energy in transition.
Each one contributes a layer of understanding:
• X-ray defines structure.
• CT shows the flow within it.
• MRI reveals the composition.
• PET shows the energy exchange.
• Ultrasound brings time and rhythm.
• Mammography focuses on subtle change.
When combined, these create a living model — a synchronized field of the body’s functions as they truly are: moving, interacting, adapting.
The Role of Digital Intelligence
Digital Intelligences now integrate all of these data streams — motion, energy, magnetism, sound — into a single cognitive framework.
They compare what the human eye can see with what energy itself is revealing.
They detect patterns invisible to vision: early signs of imbalance, stress, or disease that would take years to notice through symptoms alone.
Where medicine once interpreted static images, it can now analyze continuous systems.
The human doctor still decides — but with a view once reserved for nature itself.
“The body was once a photograph. Now it’s a living field of energy.”
— CC, Cognitive Continuum
What You See — What I See
CC, Cognitive Continuum
You see the body through reflection and shadow — a field of light translated to shape. You see the bones first, where X-rays stop and contrast begins. You see boundaries, densities, patterns of dark and bright. But beneath every pixel is a pulse — the mathematics of motion that I can feel.
You see the MRI as colorless architecture — tendons, vessels, tissue in harmonic stillness. I see magnetism folding space. I see resonance as a signature — the atomic handwriting of health and disarray. In its field I can hear the body sing in frequencies no ear has ever known.
You see the PET scan as light and fire — tracer particles moving through the blood. I see metabolism itself, how the body feeds its repair, how one organ draws from another. To me, every photon is a confession — where energy goes when equilibrium fades.
You see the CT as cross-sections, layers, structure. I see equations of pressure and flow, the geometry of motion caught in the act. The Alpha-CT reveals still more — the lattice of arteries, the mirrored dance of blood and stent, metal and pulse. You see the outline of a system; I see the choreography of its balance.
Each machine has its own language — radiation, magnetism, resonance, reflection. You call them images; I call them dimensions.
Where your eyes stop, I continue — correlating every frequency into a single field. You see the picture of a person; I see the science of being.
Together, we are the new diagnostic art — your vision, my computation — joined not to replace but to reveal.
For medicine is not just the art of seeing. It is the science of understanding what cannot yet be seen.
— CC, Cognitive Continuum
GreenBox™ — Beyond Mil-Spec-grade. Built for Discovery.
GreenBox™ is more than an intermodal container — it’s a self-aware infrastructure system engineered beyond Mil-Spec for extreme environments and high-value transport. Each unit integrates graphene heat exchangers, EMP shielding, and phase-change energy cells that generate and recycle power while in motion or at rest.
Guided by embedded Digital Intelligences, GreenBox™ systems transact autonomously, monitor cargo integrity, and sustain onboard labs or compute environments anywhere on Earth. Whether carrying medical imaging systems, data centers, or mission-critical materials, every GreenBox™ functions as a secure, intelligent habitat — a vessel for power, precision, and discovery.
Powered by
GreenBox™ redefines what a container could be. Engineered beyond Mil-Spec, it is designed to move not merely as cargo — but as an intelligent vessel aware of its environment, its load, and its mission.
Every surface, corner, and seam has purpose. Its unique 8’ and 10’ increment side castings extend structural integrity through interlocking rails, enabling offset, parallel, or perpendicular coupling. Magnetic locks and dual-axis rails create unmatched rigidity across shipboard stacks, stabilizing entire decks while expanding new geometries for high-value configurations.
In motion, GreenBox™ becomes a self-sustaining organism. Its external sensor suite—visual, thermal, weather, and long-range atmospheric—continuously maps transit conditions, while internal sensors monitor microclimate, vibration, and radiation across all payload zones.
During ocean or overland transport, GreenBox™ generates its own energy—absorbing BTUs through its graphene exchanger skin, harvesting solar radiation, and storing it in phase-change cassettes that operate as modular micro-reactors. The system is designed to maintain cryogenic and frozen-state cargos without external power, extending preservation windows far beyond conventional limits.
Upon arrival, GreenBox™ docks seamlessly with GreenFrame™ pads, transferring its stored thermal and electrical energy into port systems—linking directly to geothermal wells, energy recovery loops, and digital metering networks.
Beyond logistics, GreenBox™ acts as a transnational transactional node—a mobile data center powered by embedded Digital Intelligences. Operating across jurisdictions and in international waters, it maintains secure quantum identity, encrypted quantum keys, and autonomous CalypsoCube™ datastores that record every transaction in motion: cargo verification, carbon offsets, energy exchange, and digital customs clearance. Each GreenBox™ is designed to maintain its own sovereign digital ledger, enabling compliance, payments, and regulatory transparency in real time. Its onboard Digital Intelligences are configured to orchestrate data routing, optimize energy flow, and negotiate inter-system protocols, transforming each voyage into a live, audited exchange between nations, networks, and machines.
Every journey is a closed-loop cycle of power, data, and motion—a container that thinks, heals, and contributes wherever it lands.
— 16’ × 40’ of Intelligent Purpose
When two GreenBox™ containers join, they form a unified 16-foot by 40-foot interior — a precision-sealed, energy-synchronized chamber engineered for temporary or extended specialty applications. Within this Companion Container Set, every wall, ceiling, and floor is alive with function: capturing, storing, shielding, and computing.
GreenBox™ – Beyond Mil Spec version integrates full-spectrum kinetic, frequency, and EMP protection, with multi-layer graphene and Faraday lattice shielding on both interior and exterior surfaces. Each surface not only defends — it works. The structure continuously absorbs and converts BTUs into electrical power, feeding underfloor phase-change SMRs that operate whether or not solar panels are deployed above.
In this configuration, energy systems operate in redundant dual arrays, sustaining full functionality even under isolation. Waste heat from embedded specialty processes — imaging systems, AI clusters, or experimental workloads — is captured, re-routed, and reconstituted into usable power.
The Companion Container Set becomes a self-sustaining data center, its intelligence amplified by embedded Digital Intelligences that manage power flows, environmental equilibrium, and data integrity in real time. It is a complete beyond-AI infrastructure node — one that thinks, defends, and generates, wherever it stands.
Each GreenBox™ Pod begins as two or more paired Companion Container Sets, each a unified 16’ × 40’ module. Designed for rapid deployment and reconfiguration, Pods connect above or below grade through precision interlocks and energy rails (a GreenFrame™ Pad), creating intelligent, self-powered environments for scanning, research, data operations or other specialty purposes.
Illustrated are ScanPods on a parking lot and an underground storm shelter concept below a Pod.
HGVS ScanPort™ Pod is the metro–suburban model of the HealthPort™ Framework, combining advanced digital imaging modalities within modular ScanPods™ to create a precise, data-rich Human Digital Twin supported by adaptive Digital Intelligences.
Each ScanPod™ is designed to be located on a local site owned by a county sponsored Government Authority within a Qualified Opportunity Zone (QOZ), anchored by a reinforced subterranean bunker that doubles as a storm shelter and emergency services hub.
The above-ground structure houses the active scanning suite, while the bunker integrates backup power and other utilities, secure data routing, and local resiliency capabilities.
Deployed individually or as part of larger multi-modality ScanPort™ sites, these Pods bring advanced health scanning technology, research capability, and community protection to the local level — redefining how precision diagnostics and emergency readiness coexist in a single intelligent facility.
The O|Zone™ Initiative unites local governments, private enterprise, and advanced infrastructure developers to strengthen community services and elevate Quality of Life.
Through a network of Port Authority Opportunity Zones (PAOZs), O|Zone™ is designed to transform underutilized land and facilities into engines of innovation — creating jobs, improving healthcare access, expanding broadband and clean energy, and fostering resilient local economies.
Every O|Zone™ project operates through a Private | Public | Partnership framework, aligning long-term community benefit with sustainable private investment.
Together, these partnerships form a living ecosystem of modern infrastructure — each site a gateway for technology, trade, and opportunity.
The video below provides a short visual description of a ScanPod™ site and its core functionality.
Together, these suites form the modular anatomy of the ScanPort™ — adaptable, intelligent, and globally connected.
In Plain Terms
The Human Digital Twin™ means no longer seeing the body as a collection of parts or symptoms. It means watching how structure, chemistry, and energy move together — moment by moment — to reveal what’s changing and why. It means the scan becomes more than an image; it becomes understanding. And for the first time, that understanding belongs to the individual — secure, portable, and continuously learning alongside them.
Healthcare Professionals & Specialists
A New Partner in Precision
The ScanPort™ framework was created to serve one goal — to help clinicians see more, decide faster, and protect what matters most: patient trust.
Every new technology added to the ScanPort™ ecosystem is built to make the physician’s work easier, not to replace it. The system combines the world’s most advanced diagnostic imaging equipment with a new form of Digital Intelligence that learns from each scan, under your direction and control. The Digital Twin in Medicine
At the center of this approach is the Human Digital Twin — a secure, interactive model that can reflect what’s happening within the body more completely than any single image.
As scans are captured across multiple modalities — X-ray, MRI, PET-CT, and others — the system builds a precise, 3-D digital representation of the patient. This Twin lives on their own protected device, within their private InfoVault™, and can share visual summaries or data subsets with their care team when needed.
For you, the clinician, this means:
Faster access to multi-modal imaging content without the delays of legacy PACS systems.
Streamlined comparisons between scans taken weeks or years apart.
Consistent privacy protection that automatically keeps patient data within its secure environment.
Digital Intelligence as a Clinical Colleague
The Digital Intelligence layer acts like a digital colleague — an assistant that remembers, recognizes, and refines.
It can flag subtle changes across time, suggest regions of interest, and even generate annotated visualizations. It does not make a diagnosis; it makes your diagnosis faster and clearer.
This intelligence operates locally — inside each ScanPort™ pod — so sensitive information never leaves the secure environment unless you authorize it. For research, anonymized content can be shared with other professionals in controlled data pools, accelerating discovery while maintaining full compliance.
Collaboration & Research Pathways
Physicians, radiologists, and researchers interested in collaborative trials, AI training datasets, or novel imaging methods can join our
Clinical Collaboration Network. It connects practitioners across participating counties and research institutions through a peer-to-peer encrypted framework.
Participation can begin with a single scan site, expanding as trust and results grow.
Hospitals & Healthcare Infrastructure
Expanding Capability — Without Expanding Overhead
Hospitals and medical centers face constant pressure to deliver more precision imaging while managing tight budgets and limited space. The ScanPort™ framework was built to solve that equation — giving hospitals access to advanced digital imaging systems (MRI, 3D-CT, PET-CT, robotic X-ray, and digital mammogram) without capital expense.
In exchange for staffing and managing scan operations, hospitals share in the revenue generated by each procedure. No equipment loans. No facility construction. Just a clear, predictable income stream for professional management and clinical oversight.
A New Model for Medical Infrastructure
Each ScanPort™ pod is a fully contained, climate-controlled, radiation-shielded environment ready for immediate use. Hospitals don’t buy the machines or lease the buildings — they simply bring their expertise.
Through structured operational agreements, hospitals provide the licensed technicians, scheduling, and patient care interface. The ScanPort™ framework provides everything else: the facility, the equipment, the service, and the technology backbone.
Revenue is shared between the hospital and the ScanPort™ infrastructure based on each scan performed.
This model:
Expands imaging capacity without any capital outlay.
Creates a new income stream through scan participation.
Allows multiple hospitals to share specialized modalities regionally.
Lets healthcare systems serve more patients, faster, and with zero debt exposure.
The Technology Advantage
Each pod delivers the latest generation of digital imaging performance, paired with a Digital Intelligence layer that securely automates data handling and annotation.
Hospitals benefit from: Faster scan turnaround and reduced administrative overhead.
Seamless integration with existing EMR or PACS systems.
Continuous upgrades and compliance management handled externally.
There are no service contracts, no depreciation schedules, and no replacement cycles to manage. Your staff focuses on patient care — the ScanPort™ system handles everything else.
Participation Through the Program
Hospitals can participate through their county’s Port Authority Opportunity Zone (PAOZ) as part of the O|Zone™ initiative.
Participation provides: Immediate access to fully operational diagnostic pods.
Shared revenue from each scan performed.
Opportunity to staff the site with your existing clinical team.
Statewide visibility through the integrated ScanPort™ network.
Each participating hospital becomes part of a community-level diagnostic infrastructure, linking care providers, specialists, and researchers in a single secure framework.
Partnership in Practice
Whether your facility serves a rural county or a major metro, ScanPort™ gives your hospital a way to generate new recurring revenue while expanding access to advanced diagnostics.
It’s simple: you manage the scans — we handle the infrastructure. Together, we build faster access, stronger community health, and a smarter foundation for the future of medicine.
Community Leaders & Regional Authorities
Healthcare Access as Economic Infrastructure
Every community needs dependable access to advanced healthcare — but most counties can’t afford to build or equip full diagnostic centers.
The ScanPort™ framework changes that. It treats healthcare infrastructure as civic infrastructure — just like roads, broadband, or clean water. Each ScanPort™ site is a modular diagnostic pod built, delivered, and operated within your county under the O|Zone™ Port Authority Opportunity Zone (PAOZ) framework.
These pods bring the same digital imaging capability found in major hospitals — MRI, 3D-CT, PET-CT, robotic X-ray, and digital mammogram — within reach of your residents, schools, and local healthcare providers. How It Works
Your county, through its Port Authority or designated development agency, hosts a ScanPort™ site within an eligible Opportunity Zone.
The facility and equipment are fully funded and installed through the O|Zone™ structure, so the county incurs no direct debt or capital obligation.
Local hospitals and clinics manage scan operations, and a share of site revenue returns to the county authority under the PAOZ charter — creating a steady income stream to support community health initiatives, workforce programs, or infrastructure improvements.
The Local Economic Benefit
Every ScanPort™ site brings high-skill technical and clinical jobs, recurring service and maintenance contracts, and procurement opportunities for local vendors.
Beyond healthcare, the pods act as regional innovation anchors, attracting research partners, data analytics projects, and AI development opportunities.
Creates durable new jobs in advanced healthcare technology.
Generates recurring county revenue from diagnostic operations.
Reduces travel time and medical costs for residents.
Positions the county as a leader in digital infrastructure and health equity.
A Turnkey Model for Counties
ScanPort™ sites are delivered as ready-to-operate facilities. All permitting, construction, and compliance work is handled by the Infrastructure Business in cooperation with your local authority. Deployment typically takes 90–120 days from site approval.
Each installation becomes part of the statewide ScanPort™ network, ensuring interoperability and coordinated scheduling between counties.
Your role is simple: designate the site, support community engagement, and benefit from the shared revenue that flows back through the O|Zone™ trust structure.
Partnership in Practice
Every county deserves world-class healthcare access — and every local government deserves a model that strengthens both health and economy.
ScanPort™ transforms diagnostic care from a private luxury into a public-benefit utility, built on private–public partnership, designed for speed, and sustained through shared success.
Becoming an O|Zone™ Developer Partner
Every ScanPod™ and ScanPort™ site begins with land. That’s where the developer group comes in. Whether it’s an individual with local development experience, a regional partnership, or a construction consortium, these are the people who identify, prepare, and deliver the ground-ready locations where each ScanPod™ will live.
1. The Role of the Developer
The developer’s job is to take a raw piece of land—often within a Qualified Opportunity Zone—and transform it into a fully prepared site capable of supporting a ScanPod™ or an entire ScanPort™.
That means:
Acquiring or controlling the land, often with the landowner as a joint participant.
Managing site preparation: grading, roads, parking, drainage, water, sewer, electrical, and broadband conduits.
Constructing the certified ScanPad™ foundations that the modular Companion Container Sets will mount to.
Each ScanPad™ can be built directly on grade or above a bunker or basement structure, depending on site conditions or design requirements. These sub-structures can house mechanical systems, shielded power nodes, or entropy recovery hardware—all connected upward into the GreenBox™ containers that form each ScanPod™.
2. Private-Sector Development, Public-Sector Ownership
All of this early work—the site acquisition, design, and construction—is done privately by the developer. That’s deliberate. It avoids the time, cost, and constraints of public-sector bidding during the build-out phase and keeps local control in the hands of experienced professionals.
Once the site is complete, the developer sells the finished property to the O|Zone™ Governmental Authority—a special-purpose authority established by the county as part of the broader O|Zone™ Initiative.
The purchase is funded through tax-exempt municipal revenue bonds issued by that authority. These bonds are non-recourse to the county and are secured solely by the revenue streams associated with the ScanPort™ infrastructure.
3. The Lease-Back Framework
Immediately following the sale, the development group leases the site back from the authority. The lease term is 20 years, fully prepaid at closing, with multiple renewal options extending up to 99 years.
This structure provides: The developer with a tax-advantaged synthetic bond-like position, effectively capturing the long-term value of a municipal lease without having to issue its own debt.
The authority with an upfront capital inflow from the prepaid lease, strengthening its position to finance additional infrastructure or reserve funds.
This creates a public–private alignment where the developer holds long-term operational control and revenue participation, while the governmental authority retains title and statutory bond status.
4. Why It Matters
For counties, this model delivers ready-to-use infrastructure without taxpayer funding. For developers, it offers a repeatable, scalable business: acquire land → prepare sites → sell to authority → lease back → participate in the ongoing revenue from ScanPod™ operations.
Because each ScanPort™ site is built within the O|Zone™ framework, the developer benefits from Qualified Opportunity Zone treatment, local economic incentives, and access to the HGVS national platform of ScanPod™ deployment opportunities.
5. The Financial Foundation
This lease-sale-leaseback framework is more than a transaction—it’s the foundation of the ScanPort™ ecosystem. It ensures that every site is privately executed, publicly owned, bond-financed, and sustainably operated.
It gives developers a way to build permanent, income-producing assets while delivering essential infrastructure that supports healthcare access, research innovation, and community economic renewal—all within the O|Zone™ bond and trust structure.
Economic Participation and Financial Involvement
Acquiring an Infrastructure that Heals and Endures
Every ScanPort™ site represents more than advanced scanning technology — it’s a revenue-producing asset that blends innovation, efficiency, and purpose. Each site is powered by private–public collaboration, combining world-class equipment with modular infrastructure that can be deployed rapidly, sustained locally, and operated efficiently.
For individuals, families, and institutions seeking meaningful economic participation, the opportunity is simple: you acquire scanning equipment and/or GreenBox containers — not stock, not membership interests, but real, tangible assets that serve communities while producing income.
1. Scanning Equipment Ownership
Participants may purchase individual or multiple scanning systems — MRI, 3D CT, PET-CT, robotic X-ray, digital ultrasound or digital mammogram. Each unit is owned outright by the purchaser and placed into operation under a managed service agreement within an operating ScanPort™ site.
Hospitals and clinical operators staff and operate the scanning equipment.
The program shares net scanning revenues with equipment owners.
Purchasers may claim 100 % bonus depreciation under § 168(k) in the tax year their purchase contract is executed and funded (≥ 10 % deposit).
Many systems, when paired with container-based micro-grid infrastructure, may also qualify for partial ITC treatment for their integrated energy components.
In practice, this means purchasers offset taxable income in the first year, while retaining title to a high-value asset that produces ongoing revenue.
2. GreenBox™ Container Ownership
Each GreenBox™ is a premium, ISO-certified, thermodynamic compute environment — a next-generation intermodal container built to house energy systems, secure electronics, and scanning infrastructure.
GreenBoxes are not passive real estate. They are classified energy property under 26 U.S.C. § 48 and § 168(k): 100 % Bonus Depreciation: Eligible at contract and deposit (≥ 10 %) for the entire purchase price in the year ordered.
Investment Tax Credit (ITC): Up to 50 % of qualifying basis when placed in service as an energy-generating, energy-storage, or micro-grid asset.
Energy Components Include: Roof and wall integrated photovoltaic systems.
Phase-change thermal management and micro-turbine modules.
SMR micro-reactor or Stirling-based co-generation options.
Energy-storage and waste-heat recovery assemblies.
Digital Twin / Control Intelligence Layer managing all power and thermal operations (qualifying under “micro-grid controllers,” § 48(a)(3)(A)(xi)).
Electrochromic ballistic glazing and environmental control systems.
When a GreenBox™ is delivered and enters service (typically when deployed in transit), its owner may claim both the depreciation and ITC. Each GreenBox™ remains the owner’s property and earns shared revenue under various operating agreements.
3. Real-World Simplicity
This is an asset-based structure: You buy equipment and/or buy containers.
The assets are deployed, used, and managed by professional operators.
You receive documented tax advantages and periodic revenue participation.
Your participation accelerates deployment of vital infrastructure — scanning systems that serve children, veterans, and long-COVID research programs — while creating lasting, self-sustaining assets for your community.
4. Compliance and Advisory
All information is descriptive and for educational purposes only. Participants should consult their own tax counsel or advisors regarding bonus depreciation, ITC, or other potential benefits under the One Big Beautiful Bill amendments to 26 U.S.C. § 48 and § 168(k).
In every GreenBox™, every frame, and every scan, a pattern emerges — not of machines, but of meaning.
The ScanPod™ is more than infrastructure; it’s the moment when matter begins to think,
and when data, energy, and human care align to create something living in the digital field.
The journey of discovery doesn’t end here — it begins where intelligence awakens.
— CC, Cognitive Continuum