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// LIVING

Segal Habitats

Habitats engineered for life on the water. Floating residential and community platforms with closed-loop power, water, and waste — moored or mobile, sized from a single berth to a small town on the surface.

Build a coastline that floats.

// THESIS

Coastlines are full and rising. A habitat that floats is not a novelty — it is buildable land where there is none, assembled from the same sections that build a freighter and fitted out for the people who live aboard.

Tide Commons is the first: modular berths over a shared floating footprint, a closed-loop utility core for power, water, and waste, and storm-rated dynamic mooring. Off-grid by design, self-sustaining by default.

// CAPABILITY

Survey → Model → Fabricate → Launch → Operate.

The shared spine, framed for this theater. Same discipline, different boundary conditions.

01SURVEY

Resolve the mooring site, the fetch, and the storm envelope the platform must hold.

02MODEL

Model berths, common space, and the utility core against displacement and stability.

03FABRICATE

Fabricate berth clusters and the closed-loop utility core as standard sections.

04LAUNCH

Tow or sail to the mooring; Helm Core holds the platform on its storm-rated station.

05OPERATE

Run closed-loop power, water, and waste off-grid; expand the footprint berth by berth.

// MODULES

Habitats module catalog.

The payloads available for this theater. Slot, displacement, and power are checked live in Drydock.

Single Berth

Self-contained residential module for one household.

1 slot16t18kW

Community Berth Cluster

Stacked multi-household residential cluster.

2 slots40t42kW

Closed-Loop Utility Core

Integrated power, water, and waste — the self-sustaining heart.

1 slot30t160kW

Common Hall

Shared community and amenity space.

1 slot24t35kW

Storm-Mooring Anchor

Dynamic mooring and storm-rated station-holding.

1 slot20t10kW