Molecular Certainty. Academic Backing. Field-Proven Impact.
More Than Monitoring. Molecular Surveillance Engineered for Public Health
Epiflow is designed for sovereign health protection — not theory. Every alert, every data point, every sequence — is rooted in verified science and executed at national scale.
We don’t speculate. We detect.
Engineered for Precision. Proven in the Field.
Laboratory Engineered
Developed using rigorous scientific protocols and cutting-edge molecular biology techniques to ensure maximum sensitivity and specificity in pathogen detection.
Field Tested
Validated through extensive real-world deployment in airports, urban environments, and border zones, proving reliability under diverse conditions.
Data-Driven
Every alert is backed by reproducible science and molecular evidence, eliminating false positives and providing actionable intelligence for public health officials.
Epiflow advances beyond theoretical monitoring to achieve molecular-level precision in pathogen detection. Our system integrates laboratory-grade accuracy with practical, real-world implementation, delivering a robust early warning framework for emerging infectious disease threats.
Detection Accuracy
99.2%
Detection Accuracy
Verified through rigorous testing protocols
30+
Pathogens Covered
Including emerging variants and AMR strains
8
International field Trials
Validating performance across diverse settings
Epiflow detects active RNA/DNA signals even in pooled wastewater — identifying infected travelers before symptoms, without testing a single person.
Validated in diverse conditions. Consistent across population volumes and climates.
Academic & Institutional Backing
University of Thessaly Partnership
The University of Thessaly — a recognized authority in wastewater epidemiology — provided independent, peer-reviewed validation of Epiflow’s molecular protocol. Leading European public health institution Specializes in molecular diagnostics Extensive experience in epidemiological surveillance
Scientific Validation
Academic-grade verification, not vendor-claimed metrics.
- Verified RNA yield from wastewater samples
- Confirmed sequencing fidelity standards
- Published detection accuracy benchmarks
Ongoing Collaboration
Beyond validation to continuous advancement.
- Aircraft wastewater lineage identification
- Real-time variant tracking systems
- Antimicrobial resistance (AMR) forecasting
Real-World Validation: Greece, UAE, and Beyond
1
Installation
Seamless integration with existing infrastructure in urban and border zone environments
2
Early Detection
Omicron BA.5 detected 10 days before clinical confirmation
Validation
Confirmed variant alerts during trial period via wastewater signal
Ongoing Monitoring
Continuous surveillance providing real-time epidemiological intelligence
Epiflow has demonstrated its effectiveness in real-world settings, providing critical early warnings that give public health officials valuable time to implement preventative measures before outbreaks escalate.
Global Health Integration
Epiflow is built to align with and contribute to international pathogen surveillance efforts.
WHO Early Warning Systems Network
Participant in real-time pandemic data sharing
International Pathogen Surveillance Alliance
Standards-compliant, open protocol architecture
National Research Institutions
Local lab co-validation and sequencing partnerships
A private solution with public science transparency.
Patented, Peer-Validated Molecular Process
Our RNA/DNA extraction method is fully patented — and scientifically validated. It cannot be replicated by competitors or off-the-shelf kits.
Process highlights
PEG Precipitation + Cross-Flow Membrane
Maximized concentration and yield
qPCR + Sequencing Ready
Suitable for full genome identification
Independent Verification
Third-party scientists can audit the full process
Scientific Integrity + Sovereign Exclusivity
Technology is both verified and protected
Our patented extraction protocol delivers unmatched sensitivity and specificity in pathogen detection from aircraft wastewater. This proprietary methodology protects ministries from generic, low-sensitivity alternatives while providing scientific integrity with sovereign exclusivity.
Open, Transparent, and Sovereign-by-Design
1
Independent Verification
All laboratory methods can be independently verified by third-party scientists and institutions
2
Transparent Process
Complete sample-to-alert workflow is auditable and documented for scientific integrity
3
Collaborative Architecture
Open API structure enables seamless integration with national laboratories and public health systems
4
Protocol Compliance
Full adherence to WHO and local Ministry of Health biosecurity protocols ensures regulatory alignment
Epiflow's transparent architecture respects national sovereignty while enabling global collaboration. Our open methodology allows for independent verification while maintaining the highest standards of biosecurity and data integrity.
Science that Enables Policy
Molecular Detection
Precise identification of pathogens in wastewater through validated molecular techniques
Data Analysis
Advanced algorithms process molecular data to identify patterns and forecast potential outbreaks
Policy Implementation
Evidence-based interventions deployed before clinical cases emerge, preventing outbreaks
Epiflow transforms scientific data into actionable public health policy. Our forecast models, trained on validated molecular data, support real-time interventions including pre-outbreak responses, targeted testing, and cross-border alerts. This scientific foundation facilitates academic collaboration and sovereign health research, bridging the gap between detection and action.