River AI Marine / Solutions

Add ecological function.
Keep the build familiar.

Development-stage components for new seawalls, existing waterfronts, and restoration projects. We begin with site requirements and construction interfaces, then design habitat geometry around them.

Explore solutions
01 / WATERFRONT INFRASTRUCTUREActive product development

Habitat Seawall
Systems.

For new or replacement seawalls that need structural performance and habitat potential. Configurable panels are developed around engineer-defined precast layouts, handling, and connections.

Fits a project-defined interfaceFor new construction
River AI Marine living seawall concept

Illustrative living seawall concept; final interfaces are site-engineered.

Construction fit

Precast interfaces

Project-defined panel dimensions, pile-supported layouts, cap beams and lifting or connection details for engineering review.

Ecological design

Tidal surface geometry

Tidal-zone pockets, shaded crevices and varied surface relief create potential attachment and shelter habitat.

Validation

Structural and marine testing

Structural design, connections, seawater durability and ecological response require project-specific testing.

02 / EXISTING INFRASTRUCTUREActive product development

Modular Habitat
Panels.

For waterfront assets that remain in service. Retrofit modules can introduce new surfaces and refuges without removing the primary wall; mounting requires an assessment of the existing structure.

For existing infrastructureProject-specific attachment
River AI Marine modular habitat retrofit panel concept

Illustrative retrofit panel concept; attachment design depends on host-wall condition.

Construction fit

Existing-wall mounting

Mounting layouts can be adapted to existing substrates using engineer-reviewed anchors, rails or spacers.

Ecological design

Habitat mosaics

Interchangeable habitat textures, small refuges and water-retaining features suit different elevations and species.

Validation

Anchor and substrate review

Host-wall capacity, anchor performance, corrosion exposure and biological outcomes must be evaluated.

03 / RESTORATION SYSTEMSResearch & prototyping

Species-Specific
Reef Systems.

For restoration teams that need habitat geometry informed by species and site conditions instead of a generic reef block. Module design also considers handling, placement, and future monitoring.

Species-informed designRestoration pilots
River AI Marine species-specific modular reef concept

Illustrative species-specific reef concept; ecological performance requires field validation.

Construction fit

Seabed placement

Repeatable modules can be planned around site access, handling, placement, seabed conditions and stability.

Ecological design

Target-species geometry

Cavity size, openings, settlement textures and flow exposure can be tailored for oysters, kelp or fish habitat.

Validation

Field and chemistry trials

Seawater chemistry, durability, deployment stability and species response need controlled field assessment.

04 / COASTAL RESILIENCELong-term R&D

Ecological Jetties
& Breakwaters.

For longer-term coastal protection concepts, explore habitat-facing units within qualified jetty, breakwater, or revetment designs. Structural and hydraulic testing comes first.

Coastal protection projectsHabitat-facing geometry
River AI Marine habitat-integrated jetty and breakwater concept

Concept visualization only; not a certified coastal protection component.

Construction fit

Engineer-defined placement

Specialized units or facings would integrate within coastal-engineer-defined foundations, armor layouts and placement methods.

Ecological design

High-energy habitat

Textured faces and sheltered cavities introduce habitat opportunities across different depths and exposures.

Validation

Hydraulic and stability tests

Wave loads, scour, stability, durability and constructability must be validated before infrastructure use.

WHY PROJECT TEAMS CONSIDER THIS APPROACH

Designed around the project.
Not the other way around.

Our aim is to make ecological functionality easier to specify and evaluate within established marine construction workflows, without suggesting that approvals or site-specific engineering can be skipped.

01 / Interfaces

Project-defined fit

Dimensions, edges, connections and handling details developed from project drawings with qualified engineers.

02 / Fabrication

Modular robotic printing

Robotic printing of sections up to approximately 2 m wide, with layer-conscious geometry and customizable habitat surfaces.

03 / Evidence

Engineering and ecological QA

Target documentation includes interface drawings, material tests, installation plans and monitored pilot results.

Project development

From project brief to viable pilot.

Site requirements → engineering interfaces → tailored concept → material and structural testing → required approvals → monitored pilot as applicable.

A marine project in mind? Let's explore it.

We're connecting with coastal organizations, researchers, and engineering teams to advance habitat-focused marine infrastructure through thoughtful design and rigorous validation.

Pilot & deployment opportunities

For ports, marinas, coastal agencies, and restoration organizations considering habitat demonstration sites.

Research & validation

For scientists and research institutions interested in material testing, ecological studies, and controlled comparisons.

Engineering & manufacturing

For marine engineers, contractors, and project teams exploring specialized modules or additive manufacturing partnerships.

LET'S TALK

Start a conversation.

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