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PathoScan Pod™ – Lab-Accurate Pathogen Detection, Anywhere
PathoScan Pod™ – Lab-Accurate Pathogen Detection, Anywhere
The PathoScan Pod™ is our revolutionary handheld diagnostic device, designed to bring military-grade biothreat detection to hospitals, airports, and field operations. Combining CRISPR-based nanosensors, microfluidics, and edge AI, it delivers lab-quality results in under 10 minutes—without complex equipment or trained technicians.
Sample Collection
Sample Collection
Simple nasal swab, saliva drop, or surface swipe.
Simple nasal swab, saliva drop, or surface swipe.
Insert & Activate
Insert & Activate
Load the sample into the disposable PathoPod™ cartridge and insert into the handheld reader.
Load the sample into the disposable PathoPod™ cartridge and insert into the handheld reader.
AI-Powered Analysis
AI-Powered Analysis
Proprietary CRISPR-NanoSensor technology identifies pathogen DNA/RNA with single-molecule sensitivity.
Proprietary CRISPR-NanoSensor technology identifies pathogen DNA/RNA with single-molecule sensitivity.
Instant Results
Instant Results
The touchscreen displays detected pathogens, variant alerts, and recommended actions. All data syncs to the PathoSense Cloud for real-time outbreak tracking.
The touchscreen displays detected pathogens, variant alerts, and recommended actions. All data syncs to the PathoSense Cloud for real-time outbreak tracking.
How We Detect the Undetectable
How We Detect the Undetectable
Anomaly Scanning Mode
Anomaly Scanning Mode
Standard CRISPR targets pre-programmed sequences, but our system runs a dual check:
Standard CRISPR targets pre-programmed sequences, but our system runs a dual check:
Targeted search: Identifies 50+ known high-risk pathogens (e.g., SARS-CoV-2, H5N1)
Deep scan: Uses neural networks to analyze binding irregularities, flagging unknown genetic structures that could signal a novel threat
Evolutionary Foresight Algorithm
Evolutionary Foresight Algorithm
Our AI compares suspect genetic material against:
Our AI compares suspect genetic material against:
Global pathogen databases (GISAID, NCBI)
Zoonotic risk models (bat coronaviruses, avian flu reservoirs)
Bioweapon signature libraries (synthetic biology red flags)
Even 90% partial matches trigger "Variant Alert" protocols
Even 90% partial matches trigger "Variant Alert" protocols
Field-Programmable Detection
Field-Programmable Detection
When new threats emerge (e.g., Disease X):
When new threats emerge (e.g., Disease X):
Labs sequence the novel pathogen
PathoSense pushes CRISPR guide RNA updates via secure cloud
All deployed Pods gain detection capability within hours
No hardware recalls. No lab recalibration.
No hardware recalls. No lab recalibration.
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