Patented Biomimetic Systems for Coasts, Slopes, and Streams

Patented, Biomimetic, Field-Validated

Coastal Technologies Corp builds nature-inspired engineering systems that lock down sediment, dissipate storm energy, and restore the habitats that protect communities, ecosystems, and infrastructure.

Solutions That Work With Nature

Our US-patented product lines are temporary, nature-based systems which instantly halt erosion, allow controllable coastal land-building & passive regeneration of wetland and dunes, rapid deployable storm wave surge mitigation, and the restoration of eco-habitat. 

They are inspired by nature’s own engineering. Shellfish reef which cleans waters & adds resilience to shores. A grid system that is anchored to steep bluffs, river banks or slopes that shelter plants until they can develop root systems. An adjustable-in-the-field “artificial wetland” that slows water currents to build back eroded shores and re-generate wetland. A 

Our MarshGuard, ShoreGuard, Cliff Stabilizer, Oyster Stacks, Bivalve BioConcrete, and DuneGuard systems work because they are designed to mimic and promote natural processes, creating lasting, self-sustaining resilience and restoration results. 

Our designs are inspired by nature’s own engineering. Rather than relying on permanent hard armoring, our technologies help restore the natural systems themselves. 


Cliff Stabilizer

Erosion Control

Reusable Paver-and-Planter system that stabilizes coastal bluffs, mudslide paths, riverbanks, cliff faces & eroding slopes with dense native vegetation 

OysterStacks

Shellfish Restoration

Scalable high-density oyster & bivalve spat recruitment & habitat, for water filtration, ecosystem support & coastal erosion protection.

MarshGuard

Land Regeneration

Controllable, effective coastline rebuilding, passive wetland & SAV regeneration, and living shoreline planting support.

ShoreGuard

Wave Damage Control

Rapidly deployable storm wave-surge control and shoreline stabilization in high-energy environments.

Bivalve BioConcrete

Bivalve Marine Concrete

Exudes the organic chemical cues that shellfish larvae follow to locate & attach to established reef

Why CTC

Immediate protection, lasting recovery. 


Unlike hard coastal barriers that begin degrading the moment they’re installed, CTC’s systems naturally accrue sediment and promote vegetation — becoming more resilient over time, not less.

Independently validated. 


Field results from Stony Brook SoMAS, US Fish & Wildlife Service, Ducks Unlimited, Cornell, MIT, and USDA. Permitted deployments from Nantucket to New Jersey, Louisiana, and North Carolina.

Built for the federal moment.


CTC helped draft and lobby H.R. 5735, the Coastal Infrastructure Improvement Act, bipartisan legislation directing the Army Corps to test biomimetic systems as alternatives to hardened structures. Introduced 10/25.

Nantucket deploys Cliff Stabilizers

Rising sea levels, catastrophic storms, landslides, and shoreline erosion are endangering island and coastal communities around the world.

The island of Nantucket is now on the leading edge of efforts to address these threats and to defend itself, installing an array of Cliff Stabilizer devices to protect the island’s shoreline!

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Patents Awarded

CTC has been awarded 13 US utility patent claims for our coastal resilience & restoration technologies.

Explore specs of our range of patented products below.

CTC Brochure

Partners and Collaborators

CTC works alongside leading research institutions, government agencies, and conservation organizations to deploy and validate our systems in real-world coastal environments.

Ready to Restore Your Coast?

Whether you’re a municipality, conservation organization, federal or state agency, or waterfront landowner, our team can scope a pilot or deployment tailored to your site, science, and permitting context.

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