Coastal infrastructure protection that thinks and adapts in real time.
Adaptive Height.
Advanced Bio-Compatible Material.
Build for today’s storms.
SST’s AI-driven system raises wall height 3-15ft in real time, using live storm-surge and sea-level data. We replace fixed-height concrete with infrastructure built to react as conditions change.
SMART SEAWALL®
AI-Adaptable Height
Our walls can raise 3-15’ during storm events
Advanced Bio-Compatible Material
80% Lower Embodied CO₂ vs. Concrete¹
Wave Energy Deflect & Redirect
71% Wave Energy Redirection²
¹ Proprietary bio-compatible material, targeting 100% reduction | ² Based on CFD Computer SimulationDesigned for the 21st Century
TECHNOLOGY
Traditional seawalls are stuck at a fixed height. Our systems adapt their height to storm conditions before they arrive.
Shared sensors and offshore NOAA buoy data feed a cloud-based AI that evaluates storm-surge and seal-level risk, then commands the wall to rise up to 15ft. above baseline, before the storm hits.
01. SENSE
Offshore sensors and NOAA buoy data stream conditions in realtime.
02 . DECIDE
A cloud-based AI evaluates storm-surge and sea-level risk continuously.
03. ADAPT
The wall raises 3-15’ before storm damage occurs.
PATENTED ADVANCED MATERIAL
Stronger than concrete, with 80% less carbon impact³
SST’s Proprietary bio-compatible material is engineered to reduce embodied carbon without compromising structural performance. It’s geometry also redirects the majority of incoming wave energy, reducing the load the seawall (and the shoreline behind it) has to absorb,
OUR TEAM
Built by scientists and engineers
Every generation of the SST system starts in the lab, under Dr. Pozhan Mokhtari, our Lead Scientist for Biomaterials.- forumulating and testing the bio-compatible material - before it becomes an engineering drawing , then a pilot in the water.
