This robot can function amid nuclear threats
What's the story
UK-based AI start-up, Oxford Dynamics, has developed a robot named Strider designed to operate in hazardous environments.
The project, backed by a £1 million contract from the UK Ministry of Defence (MoD), aims to improve safety in areas with chemical, biological or nuclear threats.
Strider has the capability to collect contaminated materials, seal them in containers, and also execute semi-autonomous tasks.
Tech features
The robot utilizes advanced technologies
Strider employs advanced technologies such as infrared, radar, and LiDAR(light detection and ranging) to navigate difficult terrains. Oxford Dynamics's Director, Mike Lawton, stated the company's ambitious goal: "Ultimately, we aim to produce 100, perhaps 1,000, or even 10,000 Strider robots for the betterment of society."
Future applications
Design and anticipated use
Oxford Dynamics began designing Strider in November 2023, and plans to deliver it to the UK's Defence Science and Technology Laboratory by September this year.
The robot is specifically designed for the Department of Environment, Food, and Rural Affairs. It can operate in areas out of the operator's direct line of sight and navigate dangerous terrain.
The company anticipates its use following events similar to the 2018 Salisbury Novichok incident.
AI integration
Oxford Dynamics to enhance Strider with AVIS AI
Oxford Dynamics plans to boost Strider's capabilities by integrating its AVIS AI software.
AVIS, an acronym for A Very Intelligent System, is an advanced AI-backed automated visual inspection solution that revolutionizes the inspection process.
Unlike traditional AI development methods, AVIS eliminates the need for highly skilled talent resources.
The company is developing several AI tools that handle data in a more human-like manner.
Functionality
Strider's advanced AI capabilities
Lawton highlighted the future implementation of AI in Strider.
He said, "This is an exciting example where an operator can simply tap on an object on a screen, and the robot will figure out the best way to pick it up, retrieve and store it."
The robot can determine weight, evaluate surface quality, and detect objects to prevent overbalancing when lifting large objects.