One system. Every application.
The same patented aluminum frame. Six entirely different applications. Each spoke is its own site, its own audience, its own story — connected by the same geometry, the same IP, the same 98% material recovery.
How it works
The Anyplace structural frame is permanent, patented, and identical across every application. The interior Payload — the cabinets, panels, fitout, and function — reconfigures to serve any purpose. One procurement. Every need.
01 — anyplaceliving.com
The residential spoke. From a single-module escape in the woods to a full 2BR/1BA family home. Start with what you need today. Add a module when a child arrives, when a parent moves in, when life changes. Finance each module independently — never borrow for space you don't need yet.
The Payload interior system means your kitchen height adjusts for a wheelchair in under an hour. Your bedroom becomes a home office. Your living room grows with your family. No structural work. No permit. No contractor.
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02 — anyplacerelief.com
Pre-positioned in containers. Helicopter-deployable to any accessible site. Operational within hours of containers arriving. The same module that provides emergency shelter in week one becomes medical triage in week two, a classroom in week four, and permanent housing in month two.
New York City spends $81,705 per unsheltered person per year — producing zero permanent housing and retaining zero asset. A $125,000 Anyplace module breaks even against that cost in 18 months and leaves the government with a permanent, 98%-recoverable asset on its balance sheet.
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03 — anyplacecommercial.com
Office. Retail. Hospitality. Park and visitor facilities. The Anyplace frame carries any commercial program — the Payload interior reconfigures to match. No foundation delay. No crane. Permitted as personal property in many jurisdictions, which means a faster path from decision to operational.
The same assembly process that puts up a residential module puts up a commercial one. Two people. One day. A commercial space operational before a conventional building has cleared permitting.
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04 — anyplaceinteriors.com
The modular interior system designed by Rohanna Rastkar that fits inside every Anyplace frame. Height-adjustable. Resaleable as individual cabinets and panels. Never financed at mortgage rates. Never sent to landfill.
When a module changes tenants, the interior is removed in hours. The panels serve as construction site fencing, concrete formwork, or temporary partitioning before entering aluminum recovery. Three value captures from one manufactured component.
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05 — anyplaceindustrial.com
Remote operations. Mining camps. Agricultural infrastructure. Data centers deployable in days, not months. The same frame that houses a family serves a 42U server rack deployment — 12 racks per two-module layout, operational before a conventional data center has broken ground.
Mission Critical is the premium industrial tier — pre-positioned capability for defense-adjacent and enterprise applications where the window to operational is measured in hours, not months.
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The unexpected application
Swap the opaque wall panels for glass. The same aluminum frame becomes a full-glazed garden room, greenhouse, or studio — assembled in one day on any surface. A module off the kitchen with a sliding partition between food and stove. Urban food production. A retreat that disappears into the treeline with mirrored cladding.
The frame doesn't know what it is. The Payload decides. That's the point.
Inside existing buildings
The Anyplace frame drops into any existing warehouse, shed, or open-plan space as a self-contained office pod, meeting room, or private workspace. No building consent for a structure within a structure in most jurisdictions. Assembled in hours. Removed when the lease ends — and 98% of the material recovers.
06 — adaptablestructures.com
The hub. The full technical and investment case for the Anyplace system. The patent documentation, the DfIND philosophy, the structural test record, the production run data, and the Divergent Resource Logic full-boundary carbon accounting framework — published at fullboundarycarbon.org.
For investors, partners, researchers, and policy makers who want the complete picture behind every claim made across this ecosystem.
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The carbon story
The Divergent Resource Logic framework applies full-boundary carbon accounting — measuring what actually happens across the entire material lifecycle, not what the industry's preferred models show.
Every major timber certification framework was built around a 1980s Reagan-era forestry policy — a political artifact, not a natural fact. Carbon accounting frameworks were constructed to match that policy. The result: timber looks green under a measurement system designed to make it look green.
DRL measures differently. Full boundary. Every emission, every recovery, every reuse. Anyplace aluminum under DRL accounting: −3.1 to −2.6 tCO₂e per tonne net lifecycle. Published at fullboundarycarbon.org.
Read the framework →