Generative Bionics

GENE.01

Name: GENE.01
Brand: Generative Bionics

Italian humanoid concept with full-body tactile skin and AMD-powered Physical AI.

Humanoid RobotPrototype

Watch demo

Watch GENE.01 in action

Height: reported 170 cm (Reported by third-party humanoid specification databases; official Generative Bionics press materials do not publish this value.)
Weight: reported 70 kg (Reported by third-party humanoid specification databases; official Generative Bionics press materials do not publish this value.)
Degrees of Freedom: 50
Status: Prototype
Announced: N/A
Manufacturer: Generative Bionics

About GENE.01

GENE.01 is a humanoid robot concept developed by Generative Bionics, an Italian robotics startup based in Genoa and led by roboticist Daniele Pucci. The platform showcases the company’s vision for a new generation of physically intelligent humanoid robots. Generative Bionics builds on research in embodied intelligence and human-centered robotics, drawing inspiration from the Italian Institute of Technology’s iCub program. A defining feature of GENE.01 is its full-body tactile skin, which integrates a dense network of touch and force sensors to detect pressure and physical contact across the robot’s entire body. The platform also employs a distributed computing architecture powered by AMD CPUs, GPUs, and FPGAs, allowing perception, control, and AI processing to occur close to the sensors and actuators instead of relying on a single central processor.

Type: Humanoid Robot
Status: Prototype
Height: reported 170 cm (Reported by third-party humanoid specification databases; official Generative Bionics press materials do not publish this value.)
Weight: reported 70 kg (Reported by third-party humanoid specification databases; official Generative Bionics press materials do not publish this value.)

Capabilities

Sensing

Full-body tactile skin
Distributed touch and force sensing
Contact and pressure detection
Micro-interaction sensing across the robot surface
Visual perception for industrial tasks
Welding seam monitoring for shipyard applications

AI & Intelligence

Physical AI architecture
Body-as-compute distributed intelligence
Real-time tactile
visual
and force data fusion
Split-second adaptation across perception
computation
and action
Learning from physical experience in real-world environments
Human-centric interaction and safety behavior

Connectivity

AMD FPGA-based edge electronics
AMD CPUs and GPUs for onboard compute
simulation
and training
Open standards and open compute ecosystem

Highlights

Whole-body tactile skin
Body-as-compute architecture
AMD-powered Physical AI stack
Human-centric industrial design
Industrial roadmap
Shipyard validation pathway

Applications

General Purpose

Designed to perform a wide range of tasks across multiple environments.

Warehouse & Logistics

Picking, packing, sorting, inventory, and material handling.

Technical Specifications

Height: reported 170 cm (Reported by third-party humanoid specification databases; official Generative Bionics press materials do not publish this value.)
Weight: reported 70 kg (Reported by third-party humanoid specification databases; official Generative Bionics press materials do not publish this value.)
Degrees of Freedom: 50
Speed: reported 1.1 m/s (Reported by third-party humanoid specification databases; official Generative Bionics press materials do not publish this value.)
Payload: reported 6.5 kg (Reported arm payload from third-party humanoid specification databases; not published in official GENE.01 materials.)
Runtime: reported 4 hours (Reported by third-party humanoid specification databases; official Generative Bionics press materials do not publish this value.)

Gallery

Timeline

2024Generative Bionics founded

CurrentGENE.01 listed as prototype