Active Seismic Isolation
Buildings that don't fight earthquakes — because they don't have to. Real-time force cancellation technology for structures of every scale.
Seed Round — $1,000,000
Buildings that don't fight earthquakes — because they don't have to. Real-time force cancellation technology for structures of every scale.
90-second overview of StabilityCore technology
Every year, earthquakes cause $100+ billion in global property damage. The 2011 Tohoku earthquake alone caused $235 billion in damage. The 1994 Northridge earthquake — a moderate 6.7 magnitude — caused $44 billion in damage to Los Angeles.
Current building codes focus on survivability (the building doesn't collapse), not functionality (the building remains usable during and after a quake). Even "earthquake-resistant" structures sustain costly damage and may be condemned after a major event.
Most earthquake deaths come from building collapse, not the earthquake itself. If the structure stays intact, survival rates increase dramatically.
Thousands of "code-compliant" buildings collapsed. Active isolation would have kept structures standing.
Zero seismic isolation in the entire country. A single hospital with active isolation could have remained operational.
Japan has the world's best building codes. Buildings with passive base isolation performed well — active systems would reduce damage further.
A moderate earthquake in a modern city caused catastrophic property damage despite California building codes.
The entire city center was condemned and demolished. Active isolation could have preserved building functionality.
Hospitals collapsed when trauma victims needed them. Schools filled with children came down in seconds.
Across 6 major earthquakes: 404,224 deaths and $371 billion in damage. The common factor? Buildings that couldn't adapt to ground motion. StabilityCore's active cancellation keeps structures level and intact.
StabilityCore is an active seismic isolation platform that cancels earthquake forces in real time — like a drone's flight controller, but for buildings.
The system combines passive isolation (friction pendulum bearings on a fulcrum) with active force cancellation (PID-controlled cable winches and electromagnetic friction reduction). IMU and Hall-effect sensors detect motion at 200 Hz, PID controllers compute counter-forces within 10 milliseconds, and cable winches apply differential tension to keep the platform level.
Dormant until needed. The building sits rigid on locked supports during normal operation. When an earthquake is detected, fulcrum bearings activate, electromagnets reduce friction for frictionless decoupling, and cable winches provide real-time PID correction. The system actively fights the earthquake rather than passively absorbing it.
| Segment | Market Size | Entry Point |
|---|---|---|
| Seismic isolation systems | $3.2B (6.8% CAGR) | Residential & commercial retrofit |
| Maritime stabilization | $1.8B | Cruise ship luxury suites |
| Medical vibration isolation | $890M | Surgical tables & imaging |
| Industrial precision | $2.1B | Semiconductor fab, research labs |
| Logistics & transport | $1.5B | Stabilized shipping containers |
| Freight & trucking | $980M | Semi truck cargo stabilization |
| Total Addressable Market | $10.5B+ |
Rather than waiting years for building-scale certification, we enter the market through smaller, high-ROI applications where the sales cycle is weeks — not years.
Complete 1/25 scale prototype with measured performance data. File provisional patent. Produce side-by-side demonstration video.
Deploy stabilized shipping container and cargo platforms. Partner with logistics companies for paid pilot programs. Generate first revenue within 12 months.
Surgical table and precision equipment stabilization. Cruise ship suite installations. Licensing agreements with OEM manufacturers.
Full-scale cable winch prototype with friction pendulum bearings. Structural engineering certification. First commercial building installation.
| Allocation | Amount |
|---|---|
| Full-scale prototype build & testing | $500,000 |
| Patent filing & IP protection | $75,000 |
| Structural engineering consulting | $150,000 |
| 12-month operating runway (team of 3) | $200,000 |
| Marketing, demos, trade shows | $75,000 |
| Total | $1,000,000 |
A working prototype is under construction. Contact us to schedule a demonstration or discuss investment terms.
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