Rhei BioTech connects controlled sample handling, optical detection, signal acquisition, real-time processing and intelligent interpretation with selective action.
Explore the architectureEvent-linked processing and interpretation inform the intended sorting or manipulation step.
Rhei BioTech’s technology platform is an integrated instrument-engineering architecture spanning microfluidic handling, optical detection, electronics, real-time signal processing, intelligent analysis and active sorting or manipulation. HyperDrop commercializes the microfluidic foundation, while NanoSpec AI is extending the architecture toward particle-level analysis and action.
The sample moves through the fluidic path. Optical signals enter the acquisition and processing architecture; interpretation informs the intended actuation step.
Structure the sample into a controlled event path.
Capture optical signals from individual events.
Connect detected signals to the processing architecture.
Process event information within the instrument workflow.
Interpret population structure and support decisions.
Link an interpreted event to a developing actuation path.
Event-linked processing and interpretation inform the intended sorting or manipulation step.
HyperDrop provides commercial fluid-control tools. The complete NanoSpec AI measurement-and-sorting architecture remains in development.
The instrument workflow depends on coordinated engineering across fluid handling, measurement, computation and actuation.
Rhei BioTech uses microfluidics to structure fluid handling, event delivery and droplet workflows at small scales. The technology is a core foundation for both NanoSpec AI development and the commercial HyperDrop product family.
Optical detection is the NanoSpec AI platform capability intended to capture signals from individual events as they pass through a controlled interrogation region. Public performance specifications will follow validation and approval.
Electronics connect optical detection, signal acquisition and instrument control. This engineering layer provides the interface between physical events and the intended real-time processing workflow.
Real-time signal processing connects detected events with timely computation inside the instrument workflow. Electronics, acquisition and processing architecture are being developed as coordinated platform capabilities rather than separate modules.
Intelligent analysis is the developing algorithmic layer intended to interpret particle-level signals, frame heterogeneous populations and support event-level decisions. It is not presented here as a validated diagnostic or clinical system.
Active sorting or manipulation is the developing path from an interpreted event to selective physical action. It represents the final stage of the intended NanoSpec AI workflow and remains subject to ongoing platform validation.
