Eliminate Thermal Inertia in
Medical Implants
MetaSpace InductiveGuard™ detects coil micro-fractures in < 1ms using Vectorial Signal Processing (SPS). Prevent tissue burns before they happen.
VERIFIED: Download Forensic Audit Report (PDF)
The Problem: Thermal Inertia
Legacy safety systems in Active Implantable Medical Devices (AIMDs) rely on thermistors. By the time a temperature spike is detected (e.g., 43°C), the tissue interface may have already suffered damage due to thermal overshoot caused by coil impedance spikes (I2R).
Legacy Failure Mode
- • Micro-fracture occurs
- • Resistance spikes silently
- • Rapid localized heating
- • Sensor reacts too late (Thermal Lag)
The Solution: Vectorial SPS
InductiveGuard monitors the electrical signature of the charging coil in real-time, not just the temperature. Our pre-compiled deterministic invariants detect the impedance shift instantly.
MetaSpace Protection
- • Real-time Impedance Monitoring
- • < 1ms Reaction Time
- • Instant Power Cut-off
- • Zero Tissue Damage Guarantee
Commercial Licensing
Volume-based licensing for medical device manufacturers.
Evaluation SDK
For R&D and simulation only. No runtime license keys.
- ✓ Physics Simulator
- ✓ Python/C++ API Demo
- ✗ No Commercial Rights
Pilot Batch
Up to 10 Devices.
(€49.90 / unit)
- ✓ 100 Runtime License Keys
- ✓ Integration Support (Email)
- ✓ Technical Documentation
Production
Up to 1,000 Devices.
(€24.90 / unit)
- ✓ 1,000 Runtime License Keys
- ✓ Priority Engineering Support
- ✓ Full Validation Suite
Enterprise
Unlimited / Volume Licensing for Global Manufacturers.
- ✓ Unlimited Keys
- ✓ Custom Hardware Porting
- ✓ On-site Audit & Training