Skip to main content
  1. Home
  2. Emerging Tech
  3. News

Japanese security drone detects intruders, then follows them around with a camera

Add as a preferred source on Google

This newest drone from Japanese company Secom is a criminal’s worst nightmare — not only is it designed to autonomously detect unwanted intruders, it also will follow them and photograph them as they try to escape. The small flight surveillance robot is equipped with a camera that will capture photographs of suspicious individuals and any vehicles that they use to flee from the scene.

Marketed to enterprise and other large customers, the drone is designed for entities that need to monitor large buildings or expansive parcels of land. Constructed for autonomous surveillance, the UAV sits on a dedicated launching pad and charging station to ensure it will be ready to deploy at a moment’s notice. It also includes LED lights for night operation.

Recommended Videos

Once an intruder is detected, the surveillance UAV will lift off, hover at a height of three to five meters, and follow the suspect at speeds up to 10 km per hour. As it tracks an intruder, a camera on the drone will attempt to take pictures of the individual’s face, vehicle and surroundings. This data will be sent to Secom’s security center, which will analyze the severity of the threat. This drone-based system provides a method of early detection that is far superior to Secom’s current security service, which uses static surveillance cameras and requires a visit by a security guard to assess a threat.

Secom began selling its small flight surveillance robot earlier this month with and an upfront cost of ¥800,000 ($6,575) for the drone, and a monthly fee of ¥5,000 ($40) for their associated services. The company originally planned to release its drone security system earlier this year, but issues surrounding the legality of drone flights in Japan delayed the (business) launch.

Japan recently changed its laws after a citizen flew a drone containing radioactive sand and landed it on the roof of the Prime Minister’s home. This incident prompted the government to revise its aviation laws, making it possible for Secom to begin selling its drone-based security package.

Kelly Hodgkins
Kelly's been writing online for ten years, working at Gizmodo, TUAW, and BGR among others. Living near the White Mountains of…
AI isn’t just being forced on us. Even forest monkeys are now a test audience in the name of science
Researchers from Emory University have built an AI-powered touchscreen that rewards wild capuchin monkeys with banana slices, helping them study how they think, learn, and solve problems in their natural habitat.
Capuchin interacting with CapuchinAI device

You didn't ask for an AI summary of your inbox or a chatbot in your camera app, but you got it anyway. The same thing is happening to the monkeys of Costa Rica's Taboga Forest Reserve. According to a New York Times report, researchers have handed them a touchscreen system that uses artificial intelligence to study how wild capuchins think and learn without ever taking them out of their natural habitat.

Even monkeys can't escape AI now

Read more
AI turned a disgraced President under house arrest into a live avatar for another election campaign
Bolsonaro found an AI-shaped route back onto the campaign stage
Face, Head, Person

Jair Bolsonaro is barred from Brazil’s 2026 presidential election, being confined to house arrest and restricted from communicating publicly. But an AI-generated version of the former president still managed to take the stage at his son’s campaign launch.

The synthetic Bolsonaro appeared in a video at the launch of Senator Flávio Bolsonaro’s presidential campaign in São Paulo. It openly identified itself as AI-generated before endorsing Flávio as the person chosen to carry forward his father’s political movement. Flávio is running against incumbent President Luiz Inácio Lula da Silva in Brazil’s October election.

Read more
AI can turn a cloud of scuba bubbles into an early warning for divers
An underwater robot can estimate breathing rates from video, although the research stops short of proving that it can diagnose stress or distress
Nature, Outdoors, Water, Scuba

University of Minnesota researchers have taught an AI underwater robot to estimate a diver’s breathing rate by watching the bubbles released with each exhalation.

The contactless system, detailed in a peer-reviewed study published in The International Journal of Robotics Research, works with ordinary camera footage. Divers don’t need to squeeze another sensor into an equipment loadout that is hardly lacking for accessories.

Read more