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DUKAS_183115218_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115217_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: View FlashBot Arm analyses as it comes to an elevator which it must take to deliver a parcel to a hotel guest
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115216_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115215_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115214_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115213_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115212_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115211_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115210_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115209_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115208_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183115207_FER
New robot for service industry
Ferrari Press Agency
FlashBot 1
Ref 16689
02/04/2025
See Ferrari text
Pictures must credit: Pudu Robotics
A talking wheeled robot designed to service offices, hotels, restaurants, healthcare and retail stores, is set to go to work.
The FlashBot Arm, described by the makers as “semi-humanoid” is an AI-equipped robot tailored specifically for commercial service environments.
It could be used for room deliveries for example and is capable of operating an elevator to get around.
It rolls around on a multi-wheeled base with a delivery compartment situated between the top half of the torso which has two arms with dextrous human-like hands.
The face is a digital display able to express a range of feelings.
It is able to converse through a highly-advanced speech model.
Its advanced human-like manipulation with cutting-edge artificial intelligence means it is able to autonomously perform a wide range of tasks in complex environments.
It has been developed by Chinese robotics company Pudu Robotics.
OPS: FlashBot Arm service robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182935638_NUR
Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
A Tesla vehicle is parked outside a Cadillac dealership in Edmonton, Alberta, Canada, on March 22, 2025. (Photo by Artur Widak/NurPhoto) -
DUKAS_182904666_NUR
Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
A Tesla Cybertruck seen in Edmonton, Alberta, Canada, on Mar (Photo by Artur Widak/NurPhoto) -
DUKAS_182904660_NUR
Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
A Tesla Cybertruck seen in Edmonton, Alberta, Canada, on Mar (Photo by Artur Widak/NurPhoto) -
DUKAS_182820754_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up on sheets of ice without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820753_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up on sheets of ice without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820752_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up on sheets of ice without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820751_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up on uneven rocks without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820750_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up on uneven rocks without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820749_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up on uneven rocks without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820748_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up in just under four and a half minutes without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820746_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820744_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820742_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820740_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna teaches herself autonomously to stand up without any pre-programming thanks to the IntuiCell AI software system.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182820738_FER
New AI powered 'nervous system' will let any reobot learn like a human
Ferrari Press Agency
Luna 1
Ref 16657
24/03/2025
See Ferrari text
Pictures must credit: IntuiCell
A robot dog has shown off a new AI system that lets machines learn as they go instead of being pre-programmed in tasks.
The idea is just like a human baby, it accumulates experience which is able to inform decisions.
Currently robots require a code written for them for specific jobs or must be made to repeat actions over and over again to get them right.
The new development by Swedish company IntuiCell , spin off from the country’s Lund University, has been demonstrated for the first time in an off-the-shelf robot dog the firm has named Luna.
She was able to learn autonomously to stand on her own four legs on a smooth flat floor and then first on a rocky uneven surface and finally on sheets of ice to teach herself how to cope with different terrains.
During testing, the robot demonstrated the software’s capabilities.
It had a leash attached to prevent it being damaged.
Placed on the ground with its legs folded underneath, Luna’s first job was to stand independently.
Early attempts saw it fail but adjusted itself with each subsequent try , improving gradually that in just four and half minutes at had acquired the skill needed to get up and stand unsupported.
OPS: Robot dog Luna
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
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Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
A Tesla vehicle is parked outside a Cadillac dealership in Edmonton, Alberta, Canada, on March 22, 2025. (Photo by Artur Widak/NurPhoto) -
DUKAS_182871792_NUR
Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
A Tesla logo seen on a Tesla vehicle parked in Edmonton, Alberta, Canada, on March 22, 2025. (Photo by Artur Widak/NurPhoto) -
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Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
A Tesla vehicle is parked outside a Cadillac dealership in Edmonton, Alberta, Canada, on March 22, 2025. (Photo by Artur Widak/NurPhoto) -
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Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
Tesla vehicles are parked outside a Tesla dealership in Edmonton, Alberta, Canada, on March 22, 2025. (Photo by Artur Widak/NurPhoto) -
DUKAS_182826092_NUR
Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
Tesla vehicles are parked outside a Tesla dealership in Edmonton, Alberta, Canada, on March 22, 2025. (Photo by Artur Widak/NurPhoto) -
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Daily Life In Edmonton
EDMONTON, CANADA – MARCH 22:
Tesla vehicles are parked outside a Tesla dealership in Edmonton, Alberta, Canada, on March 22, 2025. (Photo by Artur Widak/NurPhoto) -
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Autonomous Intelligent Cleaning Robot
An autonomous intelligent cleaning robot cleans the road at a science and technology park in Hangzhou, China, on March 21, 2025. (Photo by Costfoto/NurPhoto) -
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Autonomous Intelligent Cleaning Robot
An autonomous intelligent cleaning robot cleans the road at a science and technology park in Hangzhou, China, on March 21, 2025. (Photo by Costfoto/NurPhoto) -
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Autonomous Intelligent Cleaning Robot
An autonomous intelligent cleaning robot cleans the road at a science and technology park in Hangzhou, China, on March 21, 2025. (Photo by Costfoto/NurPhoto) -
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Autonomous Intelligent Cleaning Robot
An autonomous intelligent cleaning robot cleans the road at a science and technology park in Hangzhou, China, on March 21, 2025. (Photo by Costfoto/NurPhoto) -
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Autonomous Intelligent Cleaning Robot
An autonomous intelligent cleaning robot cleans the road at a science and technology park in Hangzhou, China, on March 21, 2025. (Photo by Costfoto/NurPhoto) -
DUKAS_182807053_NUR
Autonomous Intelligent Cleaning Robot
An autonomous intelligent cleaning robot cleans the road at a science and technology park in Hangzhou, China, on March 21, 2025. (Photo by Costfoto/NurPhoto) -
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Autonomous Intelligent Cleaning Robot
An autonomous intelligent cleaning robot cleans the road at a science and technology park in Hangzhou, China, on March 21, 2025. (Photo by Costfoto/NurPhoto) -
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Autonomous Intelligent Cleaning Robot
An autonomous intelligent cleaning robot cleans the road at a science and technology park in Hangzhou, China, on March 21, 2025. (Photo by Costfoto/NurPhoto) -
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People In The City Of Buenos Aires
A pair of one-man elders in Ciudad Autonoma de Buenos Aires (Photo by Catriel Gallucci Bordoni/NurPhoto) -
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Les États-Unis lancent un navire militaire sans pilote, sous l'appelation USX-1 Defiant, dans le cadre du programme Nomars (No Manning Required Ship)
Pictures must credit: DARPA The prototype of an unmanned military vessel able to patrol the seas autonomously, has been unveiled by the USA. It was developed under a programme called NOMARS which stands for No Manning Required Ship. The vessel is officially described as an unmanned surface vessel and operates under the name USX-1 Defiant. The ship is designed to operate autonomously for long durations at sea. The prototype was completed in February 2025 according to the USA’s defence research agency DARPA. Defiant is 55 m long and weighs 240-metric-tons. It will undergo extensive in-water testing, both dockside and at sea. She is scheduled to depart for a multi-month at sea demonstration this spring. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_182074811_BES
Les États-Unis lancent un navire militaire sans pilote, sous l'appelation USX-1 Defiant, dans le cadre du programme Nomars (No Manning Required Ship)
Pictures must credit: DARPA The prototype of an unmanned military vessel able to patrol the seas autonomously, has been unveiled by the USA. It was developed under a programme called NOMARS which stands for No Manning Required Ship. The vessel is officially described as an unmanned surface vessel and operates under the name USX-1 Defiant. The ship is designed to operate autonomously for long durations at sea. The prototype was completed in February 2025 according to the USA’s defence research agency DARPA. Defiant is 55 m long and weighs 240-metric-tons. It will undergo extensive in-water testing, both dockside and at sea. She is scheduled to depart for a multi-month at sea demonstration this spring. Picture supplied by JLPPA
JLPPA / Bestimage -
DUKAS_182045849_FER
USA launches giant autonomous military vessel
Ferrari Press Agency
NOMARS 1
Ref 16600
04/03/2025
See Ferrari text
Pictures must credit: DARPA
The prototype of an unmanned military vessel able to patrol the seas autonomously, has been unveiled by the USA.
It was developed under a programme called NOMARS which stands for No Manning Required Ship.
The vessel is officially described as an unmanned surface vessel and operates under the name USX-1 Defiant.
The ship is designed to operate autonomously for long durations at sea.
The prototype was completed in February 2025 according to the USA’s defence research agency DARPA.
Defiant is 55 m long and weighs 240-metric-tons.
It will undergo extensive in-water testing, both dockside and at sea.
She is scheduled to depart for a multi-month at sea demonstration this spring.
OPS: The NOMARS USX-1 Defiant being transported to water for its launch
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_182045829_FER
USA launches giant autonomous military vessel
Ferrari Press Agency
NOMARS 1
Ref 16600
04/03/2025
See Ferrari text
Pictures must credit: DARPA
The prototype of an unmanned military vessel able to patrol the seas autonomously, has been unveiled by the USA.
It was developed under a programme called NOMARS which stands for No Manning Required Ship.
The vessel is officially described as an unmanned surface vessel and operates under the name USX-1 Defiant.
The ship is designed to operate autonomously for long durations at sea.
The prototype was completed in February 2025 according to the USA’s defence research agency DARPA.
Defiant is 55 m long and weighs 240-metric-tons.
It will undergo extensive in-water testing, both dockside and at sea.
She is scheduled to depart for a multi-month at sea demonstration this spring.
OPS: The NOMARS USX-1 Defiant is launched.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_181986466_FER
Humanoid robots show off teamwork in car plant takeover
Ferrari Press Agency
Team1
Ref 16595
05/04/2024
See Ferrari text
Pictures must credit: UBTech
An army of talking robots with real-time reasoning have been deployed on a car production line to show how they can interact with each other to perform advanced tasks.
The humanoid. called Walker S1, is built by Chinese company UBTech and uses an artificial intelligence platform by multinational tech firm Baidu headquartered in Beijing.
The robot team worked together to master complex tasks at Chinese auto maker Zeekr's Smart Factory located in the city of Ningbo, Zhejiang province.
A spokesperson said: “Teamwork makes the robots work a dream.
Walker becomes a real ‘worker”’
The robots are shown joining together for some heavy lifting, and passing equipment to each other after lining up for a parade before being set to their tasks.
As well as the teamwork, the robots were also used on the final quality control vehicle inspection where they were used to hook finished electric vehicles up to chargers before the cars left the plant.
At one point, a robot about to charge an electric vehicle outside the plant runs out of power itself.
A second bot comes along to plug in a power lead to reactivate its mechanical colleague.
OPS: A Walker S1 robot recharges a run down colleague outside the Zeekr factory.
Picture supoplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_181986460_FER
Humanoid robots show off teamwork in car plant takeover
Ferrari Press Agency
Team1
Ref 16595
05/04/2024
See Ferrari text
Pictures must credit: UBTech
An army of talking robots with real-time reasoning have been deployed on a car production line to show how they can interact with each other to perform advanced tasks.
The humanoid. called Walker S1, is built by Chinese company UBTech and uses an artificial intelligence platform by multinational tech firm Baidu headquartered in Beijing.
The robot team worked together to master complex tasks at Chinese auto maker Zeekr's Smart Factory located in the city of Ningbo, Zhejiang province.
A spokesperson said: “Teamwork makes the robots work a dream.
Walker becomes a real ‘worker”’
The robots are shown joining together for some heavy lifting, and passing equipment to each other after lining up for a parade before being set to their tasks.
As well as the teamwork, the robots were also used on the final quality control vehicle inspection where they were used to hook finished electric vehicles up to chargers before the cars left the plant.
At one point, a robot about to charge an electric vehicle outside the plant runs out of power itself.
A second bot comes along to plug in a power lead to reactivate its mechanical colleague.
OPS: The Walker S1 robots working together at the Zeekr factory.
Picture supoplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_181986633_FER
Humanoid robots show off teamwork in car plant takeover
Ferrari Press Agency
Team1
Ref 16595
05/04/2024
See Ferrari text
Pictures must credit: UBTech
An army of talking robots with real-time reasoning have been deployed on a car production line to show how they can interact with each other to perform advanced tasks.
The humanoid. called Walker S1, is built by Chinese company UBTech and uses an artificial intelligence platform by multinational tech firm Baidu headquartered in Beijing.
The robot team worked together to master complex tasks at Chinese auto maker Zeekr's Smart Factory located in the city of Ningbo, Zhejiang province.
A spokesperson said: “Teamwork makes the robots work a dream.
Walker becomes a real ‘worker”’
The robots are shown joining together for some heavy lifting, and passing equipment to each other after lining up for a parade before being set to their tasks.
As well as the teamwork, the robots were also used on the final quality control vehicle inspection where they were used to hook finished electric vehicles up to chargers before the cars left the plant.
At one point, a robot about to charge an electric vehicle outside the plant runs out of power itself.
A second bot comes along to plug in a power lead to reactivate its mechanical colleague.
OPS: The Walker S1 robots working together at the Zeekr factory.
Picture supoplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_181986626_FER
Humanoid robots show off teamwork in car plant takeover
Ferrari Press Agency
Team1
Ref 16595
05/04/2024
See Ferrari text
Pictures must credit: UBTech
An army of talking robots with real-time reasoning have been deployed on a car production line to show how they can interact with each other to perform advanced tasks.
The humanoid. called Walker S1, is built by Chinese company UBTech and uses an artificial intelligence platform by multinational tech firm Baidu headquartered in Beijing.
The robot team worked together to master complex tasks at Chinese auto maker Zeekr's Smart Factory located in the city of Ningbo, Zhejiang province.
A spokesperson said: “Teamwork makes the robots work a dream.
Walker becomes a real ‘worker”’
The robots are shown joining together for some heavy lifting, and passing equipment to each other after lining up for a parade before being set to their tasks.
As well as the teamwork, the robots were also used on the final quality control vehicle inspection where they were used to hook finished electric vehicles up to chargers before the cars left the plant.
At one point, a robot about to charge an electric vehicle outside the plant runs out of power itself.
A second bot comes along to plug in a power lead to reactivate its mechanical colleague.
OPS: A Walker S1 robot recharges a run down colleague outside the Zeekr factory.
Picture supoplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
