2026 Fed SuperNova

See Inside Any Sealed Item


August 19-20, 2026

Join RaySecur for the 2026 Fed Supernova from August 19 to August 20, 2026.

 

X-ray, access control, and visual inspection cannot resolve what's inside a sealed pouch, envelope, parcel, or soft item. MailSecur® closes that gap — detecting powders, liquids, electronic devices, CBRNE precursors, explosives, and concealed contraband.

 

Stop by the booth for a live demo to see how MailSecur uses advanced Terahertz technology to protect detect drug-soaked papers and hidden contraband, without opening letters or packages.

Register for a live demo at the booth!

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Register for a Live Demo

Protecting your facility with state-of-the-art screening technology. See how MailSecur can help protect your facility. Reserve time for a live demo at the event.

 

Event Details

- 8/19: 9am - 5pm
- 8/20: 9am - 5pm

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Detect with MailSecur


MailSecur® — mobile, non-invasive threat detection.

Safe, non-ionizing terahertz (T-ray) technology detects threats and contraband without opening mail and personal items.

Screens for a wide range of threats: drug-laced papers, powders, liquids, electronics, sharp objects, weapons, currency.

Fully mobile: screen at intake, housing units, mailrooms, and secondary inspection.

Training and 24/7 Expert-on-Demand support from law enforcement and corrections narcotics-trained advisors.

DHS SAFETY Act Designated Qualified Anti-Terrorism Technology (QATT).

Federal deployments include Department of Homeland Security (ICE), Department of State, and Department of Defense.
 
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Screening That Puts Safety First


With MailSecur, operators see what’s inside mail, small parcels and soft objects – without opening them. Built upon safe, T-ray technology, MailSecur is hands-on as users hold the unopened item in the field of view for a live 4D video of concealed contents. This screening method provides the ability to move the object for alternate views of the contents, improving contraband detection of closed objects. T-ray technology also provides better drug detection, identifying drug-laced papers by detecting differences in the paper that occur when it dries.