Comparison - Infrastructure
WATS Infrastructure
vs The Grid
Nine infrastructure and climate patents. EdgeWater, EdgeQuake, EdgeReclaim, EdgeExhaust, EdgeRig, EdgeSustain, EdgeRepair, EdgeShip, and EdgeInfra. Every global-scale problem addressed.
Patent 48 of 66USPTO #64/067,631
EdgeWater
WATS MOF thin-film atmospheric water harvesting. Extracts potable water from air at low humidity. Near-zero energy. Zero moving parts.
| Metric | EdgeWater | Atmospheric Water Generator | RO Desalination |
|---|
| Energy Required | Near zero - MOF passive adsorption/desorption - ambient thermal | High - compressor refrigeration - 0.3-0.5 kWh/liter | Very high - 3-10 kWh/m3 |
| Humidity Requirement | Low humidity functional - MOF high-affinity capture | >70% humidity for economical operation | Requires seawater - coastal only |
| Water Source | Air - anywhere on earth | Air - humidity dependent | Seawater only |
| Moving Parts | Zero - passive MOF membrane | Compressor - refrigeration cycle | High-pressure pump |
| Deployment | Any location - desert, ship, disaster zone, space station | Humid climates only | Coastal only |
EdgeWater wins.Extracts water from air anywhere on earth. Near-zero energy. Zero moving parts. Works in deserts.
Patent 43 of 66USPTO #64/067,621
EdgeQuake
Dense piezoelectric MEMS seismic sensor network. Earthquake precursor detection. Sub-kilometer spatial density. Minutes-scale natural disaster early warning.
| Metric | EdgeQuake | USGS Seismic Network | ShakeAlert Early Warning |
|---|
| Sensor Density | Sub-kilometer spacing - WATS MEMS - low cost per node | Tens of kilometers between stations | ~60km average spacing - California only |
| Warning Time | Minutes - pre-seismic precursor detection before fault rupture | Seconds after P-wave - after earthquake starts | 4-60 seconds after earthquake starts |
| Precursor Detection | Yes - pre-seismic electromagnetic and pressure signals | No - detects only after fault rupture begins | No - P-wave only after rupture |
| Hazard Coverage | Earthquake, volcanic, tsunami, landslide - unified | Earthquake only | Earthquake only |
EdgeQuake wins.Minutes of warning vs seconds. Detects precursors before rupture starts. All hazard types.
Patent 44 of 66USPTO #64/067,622
EdgeReclaim
Unified carbon recovery and valorization. CO2 from vehicles, ocean, and atmosphere. Converts to graphene feedstock at $5,000/kg and carbon black at $1,500/ton.
| Metric | EdgeReclaim | Carbon Capture Storage CCS | Direct Air Capture DAC |
|---|
| Revenue | Graphene feedstock + carbon black - revenue positive | Zero - CO2 stored underground - cost only | Limited - $400-$1,000/ton cost |
| Input Sources | Vehicle exhaust + ocean dissolved + atmospheric - unified network | Point source only - power plants | Atmospheric only |
| Byproduct Value | High - graphene and battery-grade carbon are premium materials | None - CO2 buried | Minimal |
| Revenue Model | Revenue positive - products more valuable than capture cost | Net cost center | Net cost center |
EdgeReclaim wins.Carbon waste becomes premium graphene and carbon black. Revenue positive. Multiple input sources.
Patent 27 of 66USPTO #64/067,596
EdgeExhaust
Two-stage vehicle exhaust treatment. Stage 1 particulate and catalytic. Stage 2 CO2 capture. State mandate funded by public health cost savings documentation.
| Metric | EdgeExhaust | Diesel Particulate Filter | SCR + DPF Combined |
|---|
| CO2 Capture | Yes - Stage 2 captures CO2 - feeds EdgeReclaim for revenue | None - CO2 passes to atmosphere | None |
| Urea Required | Zero - catalytic stage needs no urea additive | N/A - DPF only | Yes - urea DEF tank - freezes in cold |
| Revenue Model | CO2 captured feeds EdgeReclaim - partially self-funding | Cost only | Cost only |
| State Mandate Strategy | Funded by health cost savings documentation - zero cost to fleet | Cost to operator - regulatory mandate | Cost to operator |
EdgeExhaust wins.Captures CO2 for revenue. No urea. WATS precision catalyst. Funded by health savings documentation.
Patent 46 of 66USPTO #64/067,625
EdgeRig
Integrated offshore platform corrosion elimination. EdgeForm field exposes submerged substructure in air without drydock. EdgeDrone graphene coating in one week.
| Metric | EdgeRig | Conventional Platform Drydock | Subsea Inspection Robot |
|---|
| Drydock Required | Zero - EdgeForm field displaces water - substructure in air at location | Yes - $50M+ tow to drydock - months | N/A - inspection only |
| Corrosion Treatment | Full graphene coating by EdgeDrone fleet - one week | Abrasive blast + coating - months in drydock | Inspection only |
| Operational Downtime | One week - platform stays on location | Months - tow, drydock, return | Zero - inspection only |
| Cost | Fraction of drydock - no tow no drydock fees | $50M-$200M per cycle | $1M-$5M inspection |
EdgeRig wins.Zero drydock. Platform stays in place. EdgeForm creates dry zone in water. Graphene coating in one week.
Patent 47 of 66USPTO #64/067,627
EdgeSustain
Closed-loop ocean life support for permanent deep ocean habitat. Oxygen by seawater electrolysis. Food by vent ecosystem and hydroponics. Power by WATS thermoelectric at hydrothermal vents.
| Metric | EdgeSustain | ISS Life Support | Submarine Life Support |
|---|
| Power Source | Hydrothermal vent thermal gradient - WATS thermoelectric - zero fuel | Solar - fails deep space - resupply needed | Nuclear or diesel - finite fuel |
| Oxygen Production | Seawater electrolysis - ocean is infinite supply | Electrolysis - water resupplied from Earth every 6 months | O2 generators - candles backup |
| Food Production | Vent ecosystem + hydroponics - local | Resupplied from Earth - no local production | Resupplied - no local production |
| Resupply Required | Zero - fully closed loop from ocean environment | Every 6 months - $1.5B per ISS resupply mission | Periodic fuel and consumables |
EdgeSustain wins.Fully closed loop from ocean. Zero resupply. Permanent installation. Powered by hydrothermal vents.
Patent 45 of 66USPTO #64/067,624
EdgeRepair
Aerial emergency infrastructure repair. EdgeCraft projects EdgeForm field into breach. Simultaneously contains water and defines EdgeCrete repair geometry. Electrokinetic zipper lock.
| Metric | EdgeRepair | Conventional Emergency Dam Repair | Infrastructure Emergency Response |
|---|
| Response Time | Aerial deployment - minutes - repair begins immediately | Days to weeks - equipment mobilization | Days - heavy equipment |
| Cofferdam Required | Zero - EdgeForm field creates dry working zone in water | Yes - physical cofferdam - weeks of construction | Physical barriers required |
| Repair Method | EdgeCrete poured into EdgeForm field geometry - instant structural form | Conventional concrete - days to cure | Conventional construction |
| Aerial Operation | Yes - EdgeCraft operates from above - crews never enter breach | No - ground and water crew required - dangerous | Ground crew required |
EdgeRepair wins.Minutes vs days. Aerial. No cofferdam. EdgeForm creates dry zone in water. Molecular integration.
Patent 62 of 66USPTO #64/067,668
EdgeShip
EdgeShip technology stack for offshore platforms. MHD dynamic positioning. Ion stabilization. Wave degradation. EM equipment locking. Diaphene coating.
| Metric | EdgeShip | DP3 Dynamic Positioning | Conventional Platform Anchoring |
|---|
| Positioning | MHD electromagnetic - zero propeller cavitation - zero acoustic noise | Thruster DP - propellers - cavitation - marine life impact | Fixed mooring - no dynamic positioning |
| Station Keeping | MHD precision - zero drift - no thruster wash | Thruster wash disturbs ROV and diver ops | Mooring - weather and current limits |
| Wave Response | Active EdgeWave cancellation - reduces platform motion | Passive - platform moves with waves | Passive - mooring allows motion |
| Hull Coating | Diaphene graphene - permanent corrosion elimination | Antifoul paint - 5-year cycle | Paint - regular maintenance |
EdgeShip wins.MHD zero-cavitation positioning. Active wave cancellation. Permanent graphene hull.
Patent 37 of 66USPTO #64/067,613
EdgeInfra
WATS graphene piezoelectric thin film structural health monitoring. Bridges, dams, tunnels, pipelines, buildings. Continuous real-time crack initiation detection. Zero maintenance.
| Metric | EdgeInfra | Conventional SHM Sensors | Visual Inspection |
|---|
| Detection Timing | Continuous real-time - crack detected at initiation | Periodic sampling - misses events between readings | Annual or biennial - visible damage only |
| Sensor Integration | Grown into structure as thin film - zero protrusion | External mount - protrusion - added weight | No sensors - visual only |
| What It Detects | Fatigue crack initiation, corrosion, delamination, bolt loosening, foundation settlement simultaneously | Vibration and strain - limited types | Visible damage only |
| Coverage | Full structure - entire surface is sensor | Spot measurement - discrete locations only | Accessible surfaces only |
| Maintenance | Zero - grown in - harvests structural vibration for power | Sensor battery and calibration maintenance | Labor intensive - inspector travel |
EdgeInfra wins.Entire structure is the sensor. Real-time crack detection at initiation. Zero maintenance. Grown in permanently.