RoboticoRobotico
Generative Bionics
GENE.01

GENE.01

Italian humanoid concept with full-body tactile skin and AMD-powered Physical AI, born from IIT's humanoid robotics lineage.

HUMANOID ROBOTPROTOTYPE
OverviewSpecificationsCapabilities

Italian humanoid concept with full-body tactile skin and AMD-powered Physical AI, born from IIT's humanoid robotics lineage.

Key Features

Whole-body tactile skin

Distributed touch and force sensors let GENE.01 perceive contact, pressure, and micro-interactions across its surface.

Body-as-compute architecture

Generative Bionics treats the robot body as part of the compute stack, fusing mechatronics and AI into one Physical AI system.

AMD-powered Physical AI stack

AMD CPUs, GPUs, FPGA-based embedded vision, and edge sensor platforms support real-time perception, computation, control, simulation, and training.

Human-centric industrial design

The robot proportions, posture, tactile surface, and interaction model are designed for safer physical collaboration with people.

Industrial roadmap

GENE.01 is the foundational design for future Generative Bionics humanoids, with launch and deployment work targeted across 2026.

Shipyard validation pathway

A Fincantieri partnership is developing a humanoid welding robot for naval manufacturing, with initial on-site tests scheduled by the end of 2026.

Applications

INDUSTRIAL MANUFACTURINGSHIPYARD WELDINGHUMAN-ROBOT COLLABORATIONLOGISTICSHEALTHCARE SUPPORTRETAIL OPERATIONSHAZARDOUS TASKSHIGH-INTENSITY REPETITIVE WORK

Italian humanoid concept with full-body tactile skin and AMD-powered Physical AI, born from IIT's humanoid robotics lineage.

Technical Specifications

reported 170 cmHeight
reported 70 kgWeight
reported 6.5 kgPayload
50DOF
reported 4 hoursBattery
reported 1.1 m/sSpeed

Full body

GENE.01 full body

Features

Heightreported 170 cm
Weightreported 70 kg
DOF50 total
Payloadreported 6.5 kg
Batteryreported 4 hours
Walk Speedreported 1.1 m/s

Key Features

01reported 170 cm
02reported 70 kg
0350 total
04reported 6.5 kg
05reported 4 hours
06reported 1.1 m/s

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

Applications

INDUSTRIAL MANUFACTURINGSHIPYARD WELDINGHUMAN-ROBOT COLLABORATIONLOGISTICSHEALTHCARE SUPPORTRETAIL OPERATIONSHAZARDOUS TASKSHIGH-INTENSITY REPETITIVE WORK

Prototype

HUMANOID ROBOT