NanoAi Sensor Testing Begins on Explosive Threat 001 as The Pentagon Announces it is Building a New Command for Autonomous Warfare
This Post is disseminated on behalf of Intellistake Technologies Corp.
This week, NanoAi started laboratory testing of its standoff detection platform against its first targeted explosive, which it calls Targeted Explosive Threat 001. The testing is happening at NanoAi's new Op Center in the Dallas-Richardson technology and defense corridor in Texas. ¹
The U.S. military has also just announced a new command to develop and field drones, robots and other autonomous systems across its armed forces.
U.S. Defense Secretary Pete Hegseth announced the Autonomous Warfare Command, or AutoWarCom, on September 30. ¹
The command will be led by a four-star officer and is intended to accelerate autonomous and robotic capabilities across the U.S. military.
New U.S. military commands are rare. Reuters reported that the last new command was U.S. Space Command in 2019. ¹
The funding behind the wider autonomous push has also increased rapidly.
For fiscal 2027, the Pentagon has requested approximately US$54.6 billion for the Defense Autonomous Warfare Group, compared with approximately US$225.9 million in fiscal 2026. Congress has not yet approved that request. ²
And That Is Only One Part of a Much Larger Defense Budget
The autonomous-warfare request sits inside one of the largest pools of federal funding in the United States.
For FY2026, the Department of Defense has approximately US$2.63 trillion in total budgetary resources. That figure covers the entire department, not autonomous systems alone, but it shows the scale of the institution now increasing its focus on drones, robotics, AI and autonomous capabilities.¹ , ²
The Pentagon is not just spending more. It is changing how it intends to operate.
More drones, robots and autonomous systems mean more machines being sent into environments where sending a person first may be dangerous. But every one of those systems is ultimately limited by what it can sense.
Cameras let machines see. Microphones let them hear. Other sensors help them understand movement, position and the environment around them.
But some threats cannot simply be seen or heard.
Threats like explosives, ammunition and narcotics which can leave trace signatures in the environment.
What if the machines entering those environments could detect those too?
That is where NanoAi Technologies comes in.
Craig Micklich spent 12 years as a U.S. Navy SEAL. He told us something simple about that time:
“in many situations, the only way to confirm a threat was to walk up to it.”
That sentence is the reason NanoAi exists.
What does "standoff" mean?
Most field screening today needs an operator to get close. Swab-based screening means touching the object. Ion mobility spectrometry needs the device to be near the sample. Both work, but both put a person next to something that might hurt them. ¹
Explosives, ammunition and narcotics leave a trace in the air before they are ever seen. NanoAi’s intelligent sensor is being designed to read that trace from a distance, this could be critical for high threat scenarios.
The sensor is being designed for wearable, drone, robotic, vehicle and fixed deployments - two of which (drones and robots) are areas that the pentagon command has highlighted.
What has been shown, and what comes next
NanoAi has already shown standoff detection in bench-level testing. The new tests extend that to a real targeted explosive, and explosives are the first threat category the company is going after. ¹
If the testing goes well, it would show that the platform can identify an explosive from a distance. That result would support NanoAi's talks with defense customers. Craig put it this way:
“the goal now is to validate the accuracy of the hardware and software.”
We will share more as testing moves forward.
Why Autonomous Systems Will Need Better Sensors
To be clear, NanoAi has no contracts with the Pentagon, and it has no connection to AutoWarCom or the Defense Autonomous Warfare Group.
But the larger story still matters.
If the U.S. military sets up a new four-star command and asks for billions of dollars to put more drones and robots into the field, it is signaling that demand for autonomous systems is growing. Those machines will need to sense more than what a camera or microphone can pick up, including threats like explosives that can't be seen.
That is a gap NanoAi is building to fill. Positive results from its sensor and the explosive testing could become one of the missing pieces that makes these systems a key item for the next generation of defense.
Disclaimer
Disclaimer
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