Gold Standard Radiation Detection, Inc.
R&D company developing radiation- and particle-based sensing and pulsed-power technologies for security, safety and health applications. Focus areas include supply-chain and cargo inspection, counterfeit part detection, emergency response sensing networks, and improved radiological treatment dosimetry. The organization pursues prototype development, government contracting, and collaborative commercialization with national labs and manufacturing partners.
Industries
N/A
Nr. of Employees
small (1-50)
Patents
Products
Large-area cold-anode ion source
Long-life ion source technology intended for large-area inspection and threat detection without slowing cargo throughput.
Short-pulse neutron time-of-flight detection system
System employing short neutron pulses and time-of-flight analysis to rapidly generate material signatures for explosives, nuclear materials, and contraband detection.
Compact flash X-ray radiography device
Portable flash X-ray unit intended to replace radioactive sources for in-field radiography and inspection tasks.
High-power accelerator targets
Accelerator target designs intended to handle significantly higher power loads than current state-of-the-art targets.
Large-area cold-anode ion source
Long-life ion source technology intended for large-area inspection and threat detection without slowing cargo throughput.
Short-pulse neutron time-of-flight detection system
System employing short neutron pulses and time-of-flight analysis to rapidly generate material signatures for explosives, nuclear materials, and contraband detection.
Compact flash X-ray radiography device
Portable flash X-ray unit intended to replace radioactive sources for in-field radiography and inspection tasks.
High-power accelerator targets
Accelerator target designs intended to handle significantly higher power loads than current state-of-the-art targets.
Services
Design, prototyping, and integration of particle- and radiation-based sensing systems for security and medical applications.
Deployment planning and software integration for distributed sensor meshes that produce real-time threat maps and dose measurements.
Non-contact, rapid scanning techniques for component authentication and trace detection applicable to supply chains and forensics.
Design, prototyping, and integration of particle- and radiation-based sensing systems for security and medical applications.
Deployment planning and software integration for distributed sensor meshes that produce real-time threat maps and dose measurements.
Non-contact, rapid scanning techniques for component authentication and trace detection applicable to supply chains and forensics.
Expertise Areas
- Supply-chain and cargo inspection
- Neutron generator and pulsed-power systems
- Material interrogation and analytical detection
- Counterfeit part and provenance verification
Key Technologies
- Neutron generators
- Short-pulse neutron time-of-flight
- Prompt neutron and gamma spectral analysis
- Cold-anode ion sources (large-area ion generation)
News & Updates
Awarded a contract under Topic Solicitation No. 16, RFP No. 70RWMD23R00000014 for a neutron generator for security applications.
Received grants/benefits from AFWERX and the NMSBA to work with Sandia National Laboratories.
Selected as a Phase I winner of the DOE Lab match prize in 2024.
Awarded a contract under Topic Solicitation No. 16, RFP No. 70RWMD23R00000014 for a neutron generator for security applications.
Received grants/benefits from AFWERX and the NMSBA to work with Sandia National Laboratories.
Selected as a Phase I winner of the DOE Lab match prize in 2024.