The sample is the data.Protect its identity, condition and journey.
Use Cases
Real-world applications.
Individual-level intelligence.
01 · Clinical Trials
Clinical TrialSmart Patches
A thin, flexible sensing format designed to travel with the participant rather than the shipping container—supporting scheduled observations at the point of use.
Ultra-thin, flexible form factor for participant-worn applications.
Observations associated with an individual trial participant or protocol record.
Low-power ONiO electronics, thin BeFC power architecture and BioVerity communications.
Extends intelligence from collection and logistics into participant-facing clinical workflows.
Clinical Trial Smart Patch
02 · Wearable Monitoring
Temperature SensorPatches
A thin adhesive temperature-sensing patch is intended to capture a temperature trend over time rather than relying only on occasional spot measurements.
Continuous or scheduled skin-temperature observations while the patch remains with the wearer.
Local storage can preserve a time-series record between connectivity opportunities.
Low-power wireless communications can support transfer of observations when compatible infrastructure is available.
Potential applications include clinical trials, post-procedure monitoring and research protocols, subject to application-specific validation.
Wearable Temperature Monitoring
03 · Biological Samples
Biological SampleTracking
Move visibility from the outer shipper to the individual vial or vacutainer. BioVerity is designed to bind a unique identity to temperature observations, observed location events and custody history at sample level.
Unique item identity for individual vials, vacutainers and high-value specimens.
Local temperature history can remain associated with the sample through periods of intermittent connectivity.
Observed location events can contribute to reconstruction of the sample journey without a GPS receiver or cellular modem on every label.
A persistent digital record can support investigation of excursions, handoffs and pre-analytical sample history.
Individual Sample Visibility
04 · Clinical Trial Logistics
Clinical TrialSample Logistics
Clinical-trial specimens can pass through multiple organisations and controlled environments between collection and long-term storage. BioVerity is designed to keep identity, condition observations and journey events associated with the individual sample as it moves through that chain.
Collection Site→Courier→Central Lab→Biobank
Extend visibility beyond shipment-level tracking to the individual vial or vacutainer.
Preserve temperature observations locally during transport or storage when communications are unavailable.
Use opportunistic communications to forward stored observations when a compatible BLE communication opportunity is encountered.
Support reconstruction of sample identity, condition and observed journey events across handoffs.
Site → Courier → Central Lab → Biobank
05 · Pharmaceutical Logistics
Cold ChainLogistics
Traditional cold-chain monitoring often tells you what happened to a package or shipper. BioVerity is designed to extend condition intelligence to the individual pharmaceutical or biological item moving inside that supply chain.
Item-level temperature history for sensitive pharmaceutical and biological material.
Store-and-forward behaviour preserves observations when connectivity is unavailable and forwards them when a compatible observation point is encountered.
Supports investigation of temperature excursions and unexpected dwell events.
Designed to complement qualified packaging and logistics processes rather than replace them.
06 · Advanced Therapies
Cell & GeneTherapy
Cell and gene therapy supply chains can involve highly personalised, time- and temperature-sensitive material. Maintaining chain of identity, chain of custody and condition history is therefore especially important from collection through manufacturing and return to the treatment site.
Individual identity designed to stay with patient-linked starting material or therapy throughout its journey.
Temperature observations contribute to a chain-of-condition record alongside identity and custody events.
Item-level visibility can help distinguish the history of the actual material from the history of its transport container.
Potential application to high-value or potentially irreplaceable material where traceability gaps carry disproportionate consequences.
Identity · Custody · Condition
BioVerity use cases describe the intended system architecture and target applications. Wearable temperature measurements and clinical interpretation require application-specific validation; final performance, regulatory status and suitability depend on the production configuration and intended use.
