Commercial Portfolio
SYNAPLEX delivers radiation-hardened neuromorphic substrate material enabling edge AI across commercial applications. ISS Experiment ID 8071 validation establishes space-heritage performance for demanding terrestrial environments.
Commercial applications represent 30% of SYNAPLEX revenue projection, driven by edge AI deployment requirements in radiation-sensitive and power-constrained environments.
This is a substrate material—not a chip—providing the physical platform for neuromorphic circuit fabrication with >500 kGy radiation tolerance and <10 fJ/synaptic event energy efficiency.
Medical Imaging
Radiation-hardened neuromorphic substrate for implantable neural interfaces and medical imaging systems requiring sustained operation near radiation sources.
- Medtronic — Neural implants
- Abbott — Neuromodulation
- Siemens Healthineers
Industrial IoT
Edge AI substrate for predictive maintenance systems in harsh industrial environments with radiation exposure and extreme temperatures.
- Siemens — Industrial automation
- Rockwell Automation
- ABB — Robotics
Commercial Space
CubeSat AI substrate enabling on-orbit edge processing for earth observation, communications, and autonomous decision-making without ground station dependency.
- Planet Labs — Earth observation
- Maxar Technologies
- Spire Global — IoT constellation
Autonomous Vehicles
Neuromorphic substrate for edge perception processing delivering real-time object detection and path planning at minimal power consumption.
- Waymo — Autonomous driving
- Cruise — GM subsidiary
- Aurora — Self-driving tech
Smart Manufacturing
Edge AI substrate for real-time defect detection and quality control in semiconductor fabrication and high-precision manufacturing environments.
- Foxconn — Electronics manufacturing
- Samsung — Semiconductor fab
- TSMC — Advanced packaging
SYNAPLEX is a Substrate Material
SYNAPLEX is not a neuromorphic chip or computing device. It is a radiation-hardened polymer substrate material providing the physical platform upon which neuromorphic circuits are fabricated. System integrators deposit neuromorphic circuit layers onto SYNAPLEX substrate to create complete edge AI systems with >500 kGy radiation tolerance and <10 fJ/synaptic event energy efficiency—performance unachievable with conventional silicon substrates.
Market Opportunity
$120M across identified commercial applications
| Application | Target Sector | Key Customer | Market Size |
|---|---|---|---|
| Medical Imaging | Healthcare Devices | Medtronic/Abbott/Siemens | $50M |
| Industrial IoT | Factory Automation | Siemens/Rockwell/ABB | $30M |
| Commercial Space | CubeSat/SmallSat | Planet Labs/Maxar/Spire | $25M |
| Autonomous Vehicles | Self-Driving Tech | Waymo/Cruise/Aurora | $10M |
| Smart Manufacturing | Semiconductor Fab | Foxconn/Samsung/TSMC | $5M |
Discuss Commercial Integration
Contact our commercial team to explore SYNAPLEX substrate integration for your edge AI application requirements.
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