AI Gun Detection Lawsuit and Prada Moon Suits

A school district paid more than a million dollars for an AI gun detection system. That system failed to spot a handgun during an active shooting. And now the company that sold it is being taken to court.

The lawsuit was filed in Davidson County, Tennessee, by a teenager who survived the January 2025 shooting at a Nashville high school that killed two people, including the shooter. At the center of the case is Omnilert, the security tech company whose AI-powered camera detection system was supposed to flag weapons before things escalated. It didn't.

The Metropolitan Nashville Public Schools district had approved the Omnilert contract back in 2023, layering the AI detection software on top of its existing camera network. The pitch was compelling — or at least it sounded that way. The system would analyze live footage and alert school staff the moment a gun appeared on camera.

Except the shooter was standing in a spot the cameras couldn't read clearly enough. A district spokesperson acknowledged the imagery simply wasn't close enough to trigger an alarm. Which raises an obvious question: what exactly was the system designed for, if not this?

The lawsuit leans hard into Omnilert's own marketing language, pulling from a version of the company's website archived just days before the shooting. Among the claims preserved there: the technology could have potentially prevented the 2018 Parkland massacre. That's an extraordinary thing to say in a brochure. And according to the plaintiff's attorneys, the website made no mention of detection limitations, false positive rates, or the operational conditions required for the system to actually work.

Chris Smith, one of the attorneys representing the survivor, put it bluntly. He compared the technology to Tesla's Autopilot — impressive in controlled conditions, dangerously overhyped when marketed as a real-world safety solution. His core argument is that school districts are being sold on AI security theater at the expense of measures that might actually help.

That point hits harder with some context. David Riedman, who runs the K-12 School Shooting Database and has spent years studying these incidents, noted that a lack of notification has never been the problem in school shootings. People typically know what's happening. The bottleneck is response, not detection.

Riedman's broader critique is about resource allocation. Over a million dollars went toward a camera-based AI layer that requires the right angle, the right lighting, and the right proximity to function. That same money could have funded mental health counselors or intervention programs — the kind of upstream support that might reach a student before a crisis ever begins.

Omnilert's cofounder declined to comment. The reseller named in the lawsuit also went quiet.

The legal outcome here is still a long way off, but the case already raises something worth sitting with: when a school board is handed a slick demo and a promising pitch, who is actually responsible for pressure-testing whether the product does what it claims? And if AI security vendors are invoking Parkland in their marketing materials, they should probably be prepared to answer for it in court.

When NASA astronauts walk on the Moon in 2028, the most important piece of clothing they will wear is something nobody will ever see.

Axiom Space has revealed the base layer garment that will go underneath its Artemis IV spacesuit — and it was designed with input from Prada. The piece is called a Liquid Cooling and Ventilation Garment, or LCVG, and it is doing some serious work. Think of it less as underwear and more as a wearable life support system with a fashion house's fingerprints on it.

Here is how it works: thin tubes embedded throughout the garment carry cold water around the astronaut's body, continuously drawing heat away from the skin. The Moon is not a forgiving thermal environment. Temperatures in direct sunlight can exceed 250 degrees Fahrenheit, and a person generating heat inside a sealed suit needs a reliable way to stay cool or things go wrong fast.

What makes the new LCVG an upgrade over older designs is the inclusion of a backup cooling system. Previous versions of this kind of garment had no redundancy — one failure and you were in trouble. This version hedges against that. The garment also handles ventilation, pushing fresh oxygen up into the helmet and routing exhaled carbon dioxide to a scrubber system for recirculation.

The Axiom and Prada partnership was announced a couple of years ago and initially focused on the outer spacesuit shell, the Axiom Extravehicular Mobility Unit. At the time, some people raised an eyebrow at a luxury fashion brand getting involved in space exploration hardware. But Prada's involvement is less about aesthetics and more about materials expertise — the company has deep experience engineering high-performance textiles that need to hold up under stress and repeated use.

This is not the first time NASA has let the worlds of fashion and advanced engineering overlap. The agency previously backed a spacesuit concept called the BioSuit, developed at MIT by professor Dava Newman, which approached pressure and mobility from an entirely different design philosophy. That project brought in architectural designer Guillermo Trotti, blurring the line between science and craft in a similar way.

What is interesting about the LCVG reveal is the timing and the specificity. Artemis IV is still three years out, but the program is starting to show its seams — the actual hardware decisions, material choices, and engineering trade-offs that will determine whether the mission succeeds. A base layer garment might not generate the same headlines as a rocket launch, but it is the kind of detail that reminds you how many individual problems have to be solved before a human being can spend a few hours standing on the lunar surface and walk back to the lander without incident.

Prada on the Moon. Honestly, there are stranger things.