Asset added successfully

People

Celebrities and Royals from around the world. Right on schedule.

News

Daily news and events, covered by our international photographers.

Features

Odd, funny and touchy images. Be amazed.

Styling

Fashion and design trends.

Portrait

Premium Portraiture.

Reportage

In-depth Coverage.

Creative

Selected stock imagery.

Dukas Bildagentur
request@dukas.ch
+41 44 298 50 00

Your search:

2471 result(s) in 0.09 s (only 2000 displayed)

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307800_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Lumen logo appears on a smartphone screen, and the Palantir logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, part of a push by the telecom company to support more AI services, and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307798_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Lumen logo appears on a smartphone screen, and the Palantir logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, part of a push by the telecom company to support more AI services, and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307786_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Lumen logo appears on a smartphone screen, and the Palantir logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, part of a push by the telecom company to support more AI services, and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307784_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Palantir logo appears on a smartphone screen, and the Lumen logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, which is part of a push by the telecom company to support more AI services and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307781_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Lumen logo appears on a smartphone screen, and the Palantir logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, part of a push by the telecom company to support more AI services, and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307778_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Palantir logo appears on a smartphone screen, and the Lumen logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, which is part of a push by the telecom company to support more AI services and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307768_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Palantir logo appears on a smartphone screen, and the Lumen logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, which is part of a push by the telecom company to support more AI services and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307766_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Palantir logo appears on a smartphone screen, and the Lumen logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, which is part of a push by the telecom company to support more AI services and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307764_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Lumen logo appears on a smartphone screen, and the Palantir logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, part of a push by the telecom company to support more AI services, and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Palantir Inks More Than $200 Million Deal With Lumen
    DUKAS_190307762_NUR
    Palantir Inks More Than $200 Million Deal With Lumen
    The Palantir logo appears on a smartphone screen, and the Lumen logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 23, 2025. Palantir Technologies Inc. provides AI software to Lumen Technologies Inc. in a new partnership, which is part of a push by the telecom company to support more AI services and a bid by Palantir to reach more customers. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294561_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone. Take-off and landing cradle.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294560_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294559_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294558_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294557_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294556_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294555_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294554_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294553_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294552_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294551_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294550_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294549_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294548_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294547_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294546_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone. Take-off and landing cradle.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294545_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone. Take-off and landing cradle.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • AI piloted autonomous fighter aircraft
    DUKAS_190294544_FER
    AI piloted autonomous fighter aircraft
    Ferrari Press Agency
    X-BAT 1
    Ref 17237
    22/10/2025
    See Ferrari text
    Picture MUST credit: Shield AI
    An AI-powered unmanned fighter jet capable of vertical take-off and landing has been unveiled.
    The X-BAT is said to be designed for expeditionary and maritime operations in hostile, contested environments.
    It can be teamed with piloted fighter planes and collaborate autonomously with other drones, even when radio communications and GPS aren't available.
    It has the ability to land and take off without a runway with long-range endurance.
    The X-BAT, effectively a giant drone , has been developed by US defence company Shield AI.
    It has been conceived as a combat aircraft able to fly in areas that suffer from jammed communications and other electronic warfare measures.
    The ability to land take off and land vertically allows it to operate without relying on runways.
    It has a range of over 2,000 nautical miles / 3,700 km which makes it suitable for remote areas, islands, and ship decks.
    The X-BAT wingspan is 12 metres while the fuselage is eight metres long.
    California-based Shield AI's own artificial intelligence software serves as the brains of X-BAT and allows it to carry out complex tactical manoeuvres.
    X-BAT's power plant is the same as found in an F-16 fighter plane, able to reach speeds of just over the speed of sound at Mach 1.2 / 1,480 km/h.

    OPS: Render of the X-BAT fighter drone. Take-off and landing cradle.

    Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289286_NUR
    IROS 2025 in Hangzhou
    An AgiBot humanoid robot competes in sorting items at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289285_NUR
    IROS 2025 in Hangzhou
    An AgiBot humanoid robot competes in sorting items at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289284_NUR
    IROS 2025 in Hangzhou
    An AgiBot humanoid robot competes in sorting items at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289283_NUR
    IROS 2025 in Hangzhou
    A Tiangong humanoid robot learns to practice walking at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289278_NUR
    IROS 2025 in Hangzhou
    Researchers observe Unitree's fighting robots compete in robot fights at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289277_NUR
    IROS 2025 in Hangzhou
    An AgiBot humanoid robot conducts a tour at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289276_NUR
    IROS 2025 in Hangzhou
    A Tiangong humanoid robot learns to take the item at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289269_NUR
    IROS 2025 in Hangzhou
    Researchers exchange technology in front of AgiBot's humanoid robot at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289268_NUR
    IROS 2025 in Hangzhou
    A Tiangong humanoid robot learns to sort items at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289267_NUR
    IROS 2025 in Hangzhou
    A humanoid robot from Tiangong learns to wear a hat with the help of staff at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289266_NUR
    IROS 2025 in Hangzhou
    A newly released H2 biomimetic humanoid robot from Unitree is showcased at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289265_NUR
    IROS 2025 in Hangzhou
    Foreign researchers watch a Tiangong humanoid robot practice walking at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289259_NUR
    IROS 2025 in Hangzhou
    A humanoid robot from Singapore takes photos for attendees at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289258_NUR
    IROS 2025 in Hangzhou
    Tourists visit a newly released H2 biomimetic humanoid robot from Unitree at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289257_NUR
    IROS 2025 in Hangzhou
    A newly released H2 biomimetic humanoid robot from Unitree is showcased at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289256_NUR
    IROS 2025 in Hangzhou
    A newly released H2 biomimetic humanoid robot from Unitree is showcased at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289255_NUR
    IROS 2025 in Hangzhou
    A staff member trains humanoid robots using mixed reality technology at IROS 2025 in Hangzhou, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289240_NUR
    IROS 2025 in Hangzhou
    A referee scores an AgiBot humanoid robot participating in a folding clothing competition at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • IROS 2025 in Hangzhou
    DUKAS_190289239_NUR
    IROS 2025 in Hangzhou
    A referee scores an AgiBot humanoid robot participating in a folding clothing competition at IROS 2025 in Hangzhou, Zhejiang Province, China, on October 22, 2025. (Photo by Costfoto/NurPhoto)

     

  • ChatGPT Atlas Illustration
    DUKAS_190269740_NUR
    ChatGPT Atlas Illustration
    The ChatGPT Atlas logo appears on a smartphone screen, and the OpenAI logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 22, 2025. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • ChatGPT Atlas Illustration
    DUKAS_190269738_NUR
    ChatGPT Atlas Illustration
    The ChatGPT Atlas logo appears on a smartphone screen, and the OpenAI logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 22, 2025. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • ChatGPT Atlas Illustration
    DUKAS_190269736_NUR
    ChatGPT Atlas Illustration
    The ChatGPT Atlas logo appears on a smartphone screen, and the OpenAI logo displays as the background on a laptop screen in this photo illustration in Athens, Greece, on October 22, 2025. (Photo Illustration by Nikolas Kokovlis/NurPhoto)

     

  • Next page