Comparison - Semiconductors
WATS Fabrication
vs The Fab
Seven patents: WATS machine, LPCS wafer, EdgeMemory, EdgeModem, EdgeSemi, EdgeWave, EdgeEDA. Every one eliminates a billion-dollar dependency.
Patent 10 of 66USPTO #64/036,330
EdgeWATS Machine
Wavelength-Addressed Trigger System. Desktop molecular fabrication. 52 sources. Single passive dichroic combiner. Stage moves - turret never rotates. 25,000+ validated recipes.
| Metric | WATS Machine | ASML EUV Lithography | Conventional CVD/ALD |
|---|
| Size | 12 x 12 x 12 inches V1 | 10m x 5m x 3m | Room-scale multiple chambers |
| Weight | Desktop - under 50 lbs | 180 tons | Hundreds to thousands of lbs |
| Cost | Lease - no $20B fab required | $350M machine + $20B+ fab | $1M-$50M per system |
| Installation | Plug in. Run a recipe. | 40 containers, 13 months, cleanroom | Months - controlled environment |
| Critical Dimension | Sub-1nm via e-beam slot | ~2nm minimum | ~5-10nm typical |
| Materials | 2D semis, graphene, diamond, perovskite, MOFs, biological - all in one run | Silicon only | One material per system |
| Recipe Library | 25,000+ validated - target 1,000,000+ | Fixed process - no recipes | Fixed per system |
| Location | Any building - any country - any climate | Seismically stable + ultra-pure water + military cleanroom | Controlled environment required |
WATS wins by every measure.Desktop vs 180 tons. Sub-1nm vs 2nm. Any material vs silicon only. Any location vs $20B fab.
Patent 9 of 66USPTO #64/036,328
LPCS Wafer
Latent Pre-loaded Chemistry Stack Wafer. All fabrication chemistry volumetrically pre-loaded. Zero external chemical introduction after manufacture.
| Metric | LPCS Wafer | Conventional Silicon Wafer | EUV Photomask |
|---|
| Chemistry | Full stack pre-loaded at manufacture - inside the wafer | Bare substrate - all chemistry external | Pattern only - no chemistry |
| External Chemical Steps | Zero after wafer manufacture | Dozens of external steps | Requires separate wafer + chemicals |
| Activation | Wavelength-specific photon triggers each layer independently | Temperature, plasma, reactive gas separately | UV exposure - no chemistry |
| Contamination Risk | Near zero - sealed chemistry inside | High - every external step risks contamination | N/A |
| Portability | Ships as passive wafer - activates only on WATS | Requires fab present | Requires lithography system |
LPCS Wafer wins.All chemistry pre-loaded. Zero external chemical steps. Ships passive. Activates on WATS only.
Patent 14 of 66USPTO #64/060,215
EdgeMemory
MoS2 ferroelectric FET non-volatile memory. HZO gate dielectric. 2 nanosecond switching. Non-volatile. On-die. 2 petabytes.
| Metric | EdgeMemory FeFET | Best NVMe SSD | DRAM DDR5 | 3D NAND Flash |
|---|
| Switching Speed | 2 nanoseconds | ~200,000 nanoseconds | ~10ns - volatile | ~100,000 nanoseconds |
| Non-Volatile | Yes - holds data forever without power | Yes | No - loses on power loss | Yes |
| Speed vs NVMe | 100,000x faster | Baseline | 20x faster but volatile | 2x faster |
| Endurance | Unlimited - no wear mechanism | ~3,000 write cycles | Unlimited - no write wear | ~3,000 cycles |
| Integration | On-die with processor - zero cable | Separate M.2 component | Separate DIMM | Separate component |
EdgeMemory wins.100,000x faster than NVMe. Non-volatile. On-die. No cable. No controller. No bottleneck.
Patent 16 of 66USPTO #64/060,415
EdgeModem EM-1
2D semiconductor monolithic RF transceiver. 5G NR Sub-6 + mmWave. WiFi 7. BT 5.4. GPS. Post-quantum encrypted baseband.
| Metric | EdgeModem EM-1 | Qualcomm Snapdragon X80 | Intel 5G Modem |
|---|
| Substrate | MoS2 - zero silicon - WATS grown | Silicon TSMC 4nm | Silicon |
| Encryption | Post-quantum baseband - ML-KEM-1024 hardware enclave | Conventional - quantum vulnerable | Conventional |
| Integration | Monolithic single-die - all RF on MoS2 | Multiple dies - silicon + GaAs | Multiple components |
| 5G Bands | Sub-6 + mmWave full global coverage | Sub-6 + mmWave | Sub-6 only |
| WiFi | WiFi 7 - 46 Gbps theoretical | WiFi 7 | WiFi 6E |
EdgeModem wins.Post-quantum hardware encryption. MoS2 vs silicon. Monolithic vs multi-die. Quantum-proof today.
Patent 50 of 66USPTO #64/067,648
EdgeSemi
Floating freight vehicle. Ion vertical propulsion. WATS superconducting MHD horizontal. Multi-trailer. Zero road contact. Zero emissions.
| Metric | EdgeSemi Freight | Diesel 18-Wheeler | Tesla Semi Electric |
|---|
| Road Contact | Zero - floats above surface | Full contact - 80,000 lb road load | Full contact |
| Road Damage | Zero | Major - primary cause of road deterioration | Major |
| Emissions | Zero - no combustion | Diesel exhaust - PM2.5, NOx, CO2 | Zero operational |
| Range | EdgeBattery + EdgeSolar - indefinite | ~1,500 miles per tank | ~500 miles per charge |
| Moving Parts | Zero - ion + MHD propulsion | Thousands | Hundreds |
EdgeSemi wins.Zero road contact. Zero road damage. Zero emissions. Zero moving parts. Indefinite range.
Patent 51 of 66USPTO #64/067,649
EdgeWave
Three-layer maritime wave energy degradation. Diaphene deflector vanes, bow cancellation field, ion stabilization.
| Metric | EdgeWave | Ship Stabilizers | Fixed Platform Mooring |
|---|
| Wave Attenuation | Three layers - deflector + field cancellation + ion stabilization | Single - fin stabilizers or ballast | Static mooring - no attenuation |
| Moving Parts | Zero - field-based + passive vanes | Fin actuators - hydraulic | None - passive |
| Coverage | 360 degrees - all wave directions | Roll axis primarily | None |
| Storm Performance | Active cancellation scales with wave energy | Passive - limited storm | Mooring strength limit |
EdgeWave wins.Three-layer active cancellation. 360 degree. Scales with storm severity. Zero moving parts.
Patent 52 of 66USPTO #64/067,650
EdgeEDA
AI-native EDA platform. Replaces Synopsys and Cadence. Natural language input. WATS fabrication output.
| Metric | EdgeEDA | Synopsys Design Compiler | Cadence Innovus |
|---|
| Input Method | Natural language - speak or type the design | Manual RTL Verilog code | Manual RTL Verilog code |
| Target | MoS2 2D semiconductor native | Silicon only | Silicon only |
| License Cost | Sovereign - no external dependency | $500K-$2M+ annual | $500K-$2M+ annual |
| Output | WATS recipe file - direct to fab | GDSII - requires external fab | GDSII - requires external fab |
| Silicon Dependency | Zero | 100% | 100% |
EdgeEDA wins.Natural language input. MoS2 native. No $2M license. Outputs to WATS fabrication directly.