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United States Customs and Border Safety is paying Common Dynamics to create a prototype of “quantum sensors” alongside a “database with synthetic intelligence” designed “to detect illicit objects and substances (comparable to fentanyl) in autos, containers, and different units,” in line with a contract justification printed in a federal register final week.
“This database and sensor challenge will combine superior quantum and classical sensing applied sciences with Synthetic Intelligence and in the end deploy confirmed ideas and finish merchandise wherever within the CBP setting,” the justification doc reads. “Below this requirement, CBP will take further steps to reinforce its capacity to detect, and thus, considerably scale back the harms of illicit contraband getting into the US of America, thus bolstering nationwide safety.”
The doc redacts the title of the corporate creating the prototype; nevertheless, contract particulars included within the federal register entry reveal that the justification is for a $2.4 million Common Dynamics contract that has been public since December 2025.
CBP and Common Dynamics didn’t reply to WIRED’s requests for remark.
CBP’s request for a prototype of “quantum sensors” with an AI database—which comes amid a widespread push inside the Division of Homeland Safety (DHS) “to help the adoption and scaling of AI applied sciences,” in line with a technique memorandum printed final yr—entails an actual and rising space of scientific and technological analysis.
Final week’s justification doesn’t get into element about which strategies its “quantum sensors” would use or what info the AI database would retailer and analyze. Nonetheless, it does present hints about detection strategies the company has thought-about.
The doc claims that CBP carried out market analysis from April via October of 2025. In July, CBP printed an info request in search of a vendor for precisely 35 handheld “Gemini” analyzers, bought by Thermo Fisher Scientific, that are designed to determine unknown chemical substances and narcotics.
DHS has additionally examined the Gemini in earlier years, in line with reviews printed in 2021 and 2023. The July request—which notes that the units could be used to determine substances like fentanyl, ketamine, cocaine, methamphetamine, diazepam, and MDMA—makes no point out of synthetic intelligence or a database.
“The detection tools will probably be utilized by CBP Officers in non-intrusive testing to detect a variety of narcotics, managed substances, unknown substances, and normal natural supplies,” the request reads, noting that the company “continues to grab an growing variety of opioids on the nation’s borders.”
The July request for info claims that the Gemini analyzers use “Fourier Remodel Infrared Spectroscopy (FTIR),” which measures how a lot infrared gentle a pattern absorbs, and “Raman spectroscopy,” which measures how gentle scatters off the floor of a pattern when a laser is directed at it.
Final week’s contract justification says that the company discovered an American firm that creates a “handheld analyzer” for figuring out harmful chemical substances however claimed it “can not detect fentanyl.” It’s unclear whether or not this was referring to Gemini or one of many greater than 10 different units DHS examined in 2021 and 2023. However when reached for remark, Thermo Fisher Scientific stated that its Gemini analyzers “are designed to detect fentanyl.”
It’s additionally unclear whether or not the Common Dynamics prototype could use FTIR or Raman spectroscopy. However a 2024 working paper a couple of laboratory-based fentanyl-detection technique (unrelated to CBP, Common Dynamics, or Thermo Fisher Scientific) notes that “transportable Raman spectrometers” and different handheld units—although handy, quick, and cheap—can “battle with detection of fentanyl” and could also be vulnerable to “false-positive and false-negative outcomes.”
Whereas it stays ambiguous what precisely final week’s justification was referring to with its point out of “quantum” sensors, there are fentanyl detection strategies primarily based in quantum chemistry. The 2024 paper, as an example, explains how “quantum dots” and fluorescent dye can be utilized to detect fentanyl and 58 of its analogues.
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