Versatility
Interactive or Independent Operations: The RECx can function as interactive systems with active user participation
(such as backpacks, vehicle systems, airborne systems, pop-up portals), or as standalone systems that are permanently
installed and connected through the Industrial Internet of Things (IIoT).
Adaptable Gamma and Neutron Detection: The RECx is versatile in meeting your application’s sensitivity needs
with three different sizes of gamma detectors available. Furthermore, the optional LiZnS neutron detector provides
outstanding neutron detection performance without the need for 3He.
Innovative Isotope ID Algorithm for Exceptional Real-World Performance
Next-Generation Identification: The RECx utilizes innoRIID’s thoroughly tested, reliable, and groundbreaking isotope
identification algorithm. Instead of depending solely on template matching like many other
systems, our strategy integrates template matching, peak search, and multi-agent analysis.
This sturdy technique minimizes false alarms while precisely identifying radionuclides of
interest, even in complex real-world situations involving masked and shielded sources.
Modular and Interconnected with IIoT Capabilities
Multiple RECx modules can be interconnected to build larger, integrated measurement
setups that are controlled and monitored via the on-board web interface. Additionally, RECx
units are compatible with Industrial Internet of Things (IIoT) standards, so networked units
(RJ-45, Wi-Fi) are fully interoperable and can send semantic identification information to
become virtually integrated into any existing IT infrastructure. The RECx supports Message
Queue Telemetry Transport (MQTT) data streaming, provides an interactive REST API to
retrieve data, and has a classical serial output port. Autonomous units are set to be always
on when power is present and will re-start and resume function after a loss of power (the
RECx also has batteries on-board in case of outages).
Rugged and Lightweight Design
The RECx module enclosure combines aluminum and carbon fiber, delivering durability
without compromising portability. Shock absorbent material is employed to protect sensitive
internal components.