Diagnostic Imaging
EDGEHEALTH
VS DIAGNOSTIC IMAGING
EdgeHealth is a multi-modal ion-photon diagnostic imaging system combining IODAR depth sensing, Raman spectroscopy, and photonic tissue analysis into a single non-invasive scan. No radiation. No contrast agents. No MRI claustrophobia. Molecular-level tissue characterization at the point of care.
| Metric | EdgeHealth Scanner | MRI (3T Clinical) | CT Scanner | PET Scan |
|---|---|---|---|---|
| Radiation Exposure | Zero — ion and photon at diagnostic, not ionizing levels | None — magnetic field only | Yes — 1–10 mSv per scan | Yes — radiotracer + CT combined |
| Scan Time | <60 seconds full body | 20–90 minutes per region | 5–30 minutes per region | 30–60 minutes plus tracer uptake wait |
| Molecular Composition | Yes — Raman identifies tissue chemistry at scan point | No — structural contrast only | No — density contrast only | Metabolic activity — not chemical identity |
| Contrast Agent | None required | Often required — gadolinium toxicity risk | Often required — iodine allergy risk | Yes — radiotracer injection required |
| Point of Care | Yes — portable, field and clinic deployable | No — fixed facility, shielded room, cryogen | No — fixed facility | No — fixed facility + cyclotron nearby |
| Implant Safe | Yes — no magnetic field | No — pacemakers, metal implants contraindicated | Yes | Yes |
| Unit Cost | EdgeWATS-fabricated — fraction of MRI cost | $1M–$3M per unit plus facility | $500K–$2M per unit plus facility | $2M–$5M plus cyclotron infrastructure |
| Real-Time Output | Live molecular map — sub-second update | Post-processing — minutes to hours for radiologist | Post-processing required | Post-processing required |
Continuous Monitoring
EDGESKELETON
VS HEALTH MONITORING
EdgeSkeleton is a continuous structural and physiological monitoring system — implantable or wearable piezoelectric sensor mesh that monitors bone stress, joint loading, muscle activation, blood chemistry, and neural activity simultaneously. Not a fitness tracker. A clinical-grade real-time body status system.
| Metric | EdgeSkeleton | Apple Watch Ultra 2 | Oura Ring Gen 4 | Implantable Cardiac Monitor (Medtronic) |
|---|---|---|---|---|
| Bone Stress Monitoring | Yes — piezoelectric mesh detects micro-fracture onset | No | No | No |
| Joint Load Sensing | Yes — continuous load distribution mapping | No | No | No |
| Blood Chemistry | Continuous — glucose, oxygen, inflammatory markers | Blood oxygen spot check only | Blood oxygen trend only | No |
| Cardiac Monitoring | Continuous ECG + structural cardiac load | Single-lead ECG on demand | Heart rate variability only | Continuous — but cardiac only |
| Neural Activity | Yes — peripheral nerve signal detection | No | No | No |
| Data Security | E1-C hardware enclave — biometric data never leaves chip unencrypted | Cloud-processed — Apple servers | Cloud-processed — Oura servers | Encrypted telemetry — proprietary |
| Battery / Power | EdgeBattery + body heat harvesting — indefinite | 18 hours — daily charging required | 7 days | 2–3 years battery life |
| Clinical Grade | Yes — hardware-signed data, court and clinical admissible | Consumer grade — not FDA cleared for diagnosis | Consumer grade — not FDA cleared for diagnosis | Yes — FDA cleared |
No Donor Wait
Over 100,000 people are on the US organ transplant waitlist. 17 die every day waiting. EdgeOrgan uses WATS-grown biocompatible scaffolds seeded with the patient's own stem cells — grown to match the recipient's exact tissue type. No donor. No rejection. No wait list.
17
die daily on US transplant waitlist
Sub-nm Surgery
EdgeMedic uses a focused ion beam surgical system — the same convergent beam geometry as EdgeBlade but at medical power levels. Surgical precision at sub-nanometer scale. Simultaneous plasma cauterization. Zero blood loss on cut surfaces. Zero thermal damage to surrounding tissue.
<1nm
surgical incision precision
EdgeImmune
EdgeImmune is a WATS-fabricated nanoparticle immunotherapy delivery system — graphene-shell nanoparticles loaded with patient-specific therapeutic payload, targeted by photonic guidance to specific tissue. No systemic toxicity. No off-target effects. Payload delivered to the exact cell type, nowhere else.
0
off-target delivery
Regenerative Medicine
EDGEORGAN + EDGEREVIVE
VS TRANSPLANT AND REGENERATIVE MEDICINE
EdgeOrgan grows patient-matched biocompatible organ scaffolds using WATS-fabricated graphene and biopolymer structures seeded with the patient's own stem cells. EdgeRevive is a cellular repair and reactivation system using photonic and ionic stimulation to restore damaged tissue function without replacement.
| Metric | EdgeOrgan / EdgeRevive | Cadaveric Transplant | Xenotransplantation (pig organ) | Stem Cell Therapy (current) |
|---|---|---|---|---|
| Donor Required | No — scaffold grown from patient's own cells | Yes — brain-dead donor, timing critical | Yes — genetically modified pig | Patient's own cells — but delivery limited |
| Rejection Risk | Near zero — autologous cells, patient-matched scaffold | High — lifetime immunosuppression required | High — human immune response to pig proteins | Low — but off-target differentiation risk |
| Wait Time | Scaffold growth time — weeks, not years | 3.5 years median wait (kidney) | Limited supply — experimental only | Months for cell expansion |
| Immunosuppression | None — no foreign tissue | Lifetime — severe side effects | Required — significant | Usually none — but depends on protocol |
| Scaffold Material | WATS-grown graphene + biopolymer — biocompatible, vascularized | Natural organ — but ischemic damage during preservation | Pig organ — human immune incompatibility | No scaffold — cells injected without structure |
| Organ Types | Any — scaffold architecture defined by WATS recipe | Limited by donor availability — kidneys most common | Heart, kidney — experimental only | Limited — soft tissue repair primarily |
| Tissue Repair (no replace) | EdgeRevive — photonic + ionic stimulation restores function in-situ | Not applicable — replacement only | Not applicable — replacement only | Yes — but limited regeneration depth |
Neurology
EDGEMIND
VS NEUROSTIMULATION SYSTEMS
EdgeMind is a WATS-fabricated 2D semiconductor neural interface with sub-micron electrode pitch. No metal electrodes. No glial scarring. Bidirectional — reads and writes neural signals simultaneously. Post-quantum encrypted telemetry through E1-C. The brain is a hardware platform.
| Metric | EdgeMind Neural Interface | Neuralink N1 | Medtronic DBS (Deep Brain Stim) | Synchron Stentrode |
|---|---|---|---|---|
| Electrode Material | MoS₂ 2D semiconductor — zero glial scarring | Metal filaments — chronic immune response | Metal electrodes — glial encapsulation over time | Metal stent — vascular trauma |
| Electrode Count | Thousands — sub-micron pitch, WATS-grown array | 1,024 electrodes | 4–8 electrodes — very low resolution | 16 electrodes |
| Bidirectional | Yes — reads and writes simultaneously | Yes — in development | Write only — stimulation only | Read only — no stimulation |
| Glial Scarring | None — 2D MoS₂ is mechanically matched to neural tissue | Yes — metal stiffness causes chronic response | Yes — signal degrades over years | Vascular — different injury mechanism |
| Data Security | E1-C hardware — post-quantum encrypted neural data | Proprietary Bluetooth — not post-quantum | RF telemetry — not encrypted | Proprietary — not post-quantum |
| Power Source | Body heat harvesting + EdgeBattery — indefinite | Battery — requires recharge through skin | Battery — surgical replacement every 3–5 years | External transmitter — no implanted battery |
| Fabrication | EdgeWATS — patient-specific array geometry per recipe | Custom silicon ASIC — fixed design | Traditional medical device manufacturing | Traditional catheter manufacturing |