BETTER BIONICS / PHYSICAL AI
Toronto, Canada · 2026
The
interaction layer
for robotics.
20-DOF hands. Embedded intelligence. A sensory array that captures every grasp.
SCROLL
01 / THE INTERACTION LAYER
Sense. Think.
Act.
We are building the interaction layer for robots—starting with a dexterous hand, the intelligence to drive it, and a sensory array—touch, vision, motion, and muscle signals—that captures every grasp.
01 / INPUT
Sensory
02 / PROCESSING
Intelligence
03 / ACTION
20-DOF robotic hand
01 / SENSE
Sensory
A sensing skin around the hand, cameras, motion sensors, and EMG capture every grasp—a complete input layer for how robots interact.
02 / THINK
Low-latency intelligence
Intelligence close to the point of action, for a shorter path from input to movement.
03 / ACT
Physical action
20 degrees of freedom connect robotic intelligence to the physical world. Dexterous hardware is where decisions become movement.
Use the Intelligence switch to see how each part works.
02 / IN MOTION
Real
hardware.
Physical
intelligence.
03 / EVERY ROBOT
One
hand.
Any
robot.
The interaction layer is built to mount on the platforms people are already building—so a humanoid, a mobile manipulator, and a research arm can share the same hand, the same intelligence, and the same senses.
01 / HUMANOIDS
Humanoids
Full-body platforms that need hands as capable as the rest of the robot.
02 / MOBILE
Mobile manipulators
Wheeled and legged bases that pick, carry, and place in real environments.
03 / INDUSTRIAL
Industrial arms
Fixed arms that move from single-task grippers to general manipulation.
04 / RESEARCH
Research labs
Teams studying dexterity, learning, and human input with production-grade hardware.
04 / ANATOMY
Built to be
held.
A hand that mounts like a tool and behaves like a hand. Everything a robot needs to grasp, hold, and manipulate is on board.
01 / MOTION
20 degrees of freedom
Independent finger and thumb articulation for human-like grasps, from pinch to power grip.
02 / COMPUTE
Local control
Control runs locally, so there is no round trip to a host for every motion.
03 / SENSING
Sensing at the fingertips
A sensing layer around the hand, with cameras, inertial sensors, and EMG, gives it a continuous sense of what it is touching, how it is moving, and what the arm intends.
04 / INTEGRATION
Mounts to your arm
Standard mechanical and electrical interfaces so the hand drops onto existing arms and humanoid platforms.
05 / QUESTIONS
Questions,
answered.
The short version of what teams usually ask us first.
What exactly is the interaction layer?
Everything between a robot’s intelligence and the physical world: a 20-DOF hand, the intelligence that drives it, and a sensory array that records every grasp. It is the part of the robot that touches things.
Does it work with the robot I already have?
That is the goal. The hand is built to mount on existing arms and humanoid platforms. Tell us what you are building and we will confirm fit.
Is the sensing built into the hand?
Yes. The sensing layer is part of the hand. A person can still step in to teach it new tasks and correct it when it needs help.
How do I get access?
We are onboarding a small number of teams. Use Request access, tell us about your platform and use case, and we will reach out.
Build the
next interaction.
Building a robot, developing a control system, or exploring human input? Tell us what you are working on. Request access to the hand, embedded intelligence, or sensory array.
Or email hello@betterbionics.ai
BETTER BIONICS / PHYSICAL AI
Toronto, Canada · 2026
The
interaction layer
for amputee & robots.
20-DOF hands. Embedded intelligence. A sensory array that captures every grasp.
SCROLL
01 / THE INTERACTION LAYER
Sense. Think.
Act.
We are building the interaction layer for robots—starting with a dexterous hand, the intelligence to drive it, and a sensory array—touch, vision, motion, and muscle signals—that captures every grasp.
01 / INPUT
Sensory
02 / PROCESSING
Intelligence
03 / ACTION
20-DOF robotic hand
01 / SENSE
Sensory
A sensing skin around the hand, cameras, motion sensors, and EMG capture every grasp—a complete input layer for how robots interact.
02 / THINK
Low-latency intelligence
Intelligence close to the point of action, for a shorter path from input to movement.
03 / ACT
Physical action
20 degrees of freedom connect robotic intelligence to the physical world. Dexterous hardware is where decisions become movement.
Use the Intelligence switch to see how each part works.
02 / IN MOTION
Real
hardware.
Physical
intelligence.
03 / EVERY ROBOT
One
hand.
Any
robot.
The interaction layer is built to mount on the platforms people are already building—so a humanoid, a mobile manipulator, and a research arm can share the same hand, the same intelligence, and the same senses.
01 / HUMANOIDS
Humanoids
Full-body platforms that need hands as capable as the rest of the robot.
02 / MOBILE
Mobile manipulators
Wheeled and legged bases that pick, carry, and place in real environments.
03 / INDUSTRIAL
Industrial arms
Fixed arms that move from single-task grippers to general manipulation.
04 / RESEARCH
Research labs
Teams studying dexterity, learning, and human input with production-grade hardware.
04 / ANATOMY
Built to be
held.
A hand that mounts like a tool and behaves like a hand. Everything a robot needs to grasp, hold, and manipulate is on board.
01 / MOTION
20 degrees of freedom
Independent finger and thumb articulation for human-like grasps, from pinch to power grip.
02 / COMPUTE
Local control
Control runs locally, so there is no round trip to a host for every motion.
03 / SENSING
Sensing at the fingertips
A sensing layer around the hand, with cameras, inertial sensors, and EMG, gives it a continuous sense of what it is touching, how it is moving, and what the arm intends.
04 / INTEGRATION
Mounts to your arm
Standard mechanical and electrical interfaces so the hand drops onto existing arms and humanoid platforms.
05 / QUESTIONS
Questions,
answered.
The short version of what teams usually ask us first.
What exactly is the interaction layer?
Everything between a robot’s intelligence and the physical world: a 20-DOF hand, the intelligence that drives it, and a sensory array that records every grasp. It is the part of the robot that touches things.
Does it work with the robot I already have?
That is the goal. The hand is built to mount on existing arms and humanoid platforms. Tell us what you are building and we will confirm fit.
Is the sensing built into the hand?
Yes. The sensing layer is part of the hand. A person can still step in to teach it new tasks and correct it when it needs help.
How do I get access?
We are onboarding a small number of teams. Use Request access, tell us about your platform and use case, and we will reach out.
Build the
next interaction.
Building a robot, developing a control system, or exploring human input? Tell us what you are working on. Request access to the hand, embedded intelligence, or sensory array.
Or email hello@betterbionics.ai
The
interaction layer
for robotics.
20-DOF hands. Embedded intelligence. A sensory array that captures every grasp.
SCROLL
01 / THE INTERACTION LAYER
Sense. Think.
Act.
We are building the interaction layer for robots—starting with a dexterous hand, the intelligence to drive it, and a sensory array—touch, vision, motion, and muscle signals—that captures every grasp.
01 / INPUT
Sensory
02 / PROCESSING
Intelligence
03 / ACTION
20-DOF robotic hand
01 / SENSE
Sensory
A sensing skin around the hand, cameras, motion sensors, and EMG capture every grasp—a complete input layer for how robots interact.
02 / THINK
Low-latency intelligence
Intelligence close to the point of action, for a shorter path from input to movement.
03 / ACT
Physical action
20 degrees of freedom connect robotic intelligence to the physical world. Dexterous hardware is where decisions become movement.
Use the Intelligence switch to see how each part works.
02 / IN MOTION
Real
hardware.
Physical
intelligence.
03 / EVERY ROBOT
One
hand.
Any
robot.
The interaction layer is built to mount on the platforms people are already building—so a humanoid, a mobile manipulator, and a research arm can share the same hand, the same intelligence, and the same senses.
01 / HUMANOIDS
Humanoids
Full-body platforms that need hands as capable as the rest of the robot.
02 / MOBILE
Mobile manipulators
Wheeled and legged bases that pick, carry, and place in real environments.
03 / INDUSTRIAL
Industrial arms
Fixed arms that move from single-task grippers to general manipulation.
04 / RESEARCH
Research labs
Teams studying dexterity, learning, and human input with production-grade hardware.
04 / ANATOMY
Built to be
held.
A hand that mounts like a tool and behaves like a hand. Everything a robot needs to grasp, hold, and manipulate is on board.
01 / MOTION
20 degrees of freedom
Independent finger and thumb articulation for human-like grasps, from pinch to power grip.
02 / COMPUTE
Local control
Control runs locally, so there is no round trip to a host for every motion.
03 / SENSING
Sensing at the fingertips
A sensing layer around the hand, with cameras, inertial sensors, and EMG, gives it a continuous sense of what it is touching, how it is moving, and what the arm intends.
04 / INTEGRATION
Mounts to your arm
Standard mechanical and electrical interfaces so the hand drops onto existing arms and humanoid platforms.
05 / QUESTIONS
Questions,
answered.
The short version of what teams usually ask us first.
What exactly is the interaction layer?
Everything between a robot’s intelligence and the physical world: a 20-DOF hand, the intelligence that drives it, and a sensory array that records every grasp. It is the part of the robot that touches things.
Does it work with the robot I already have?
That is the goal. The hand is built to mount on existing arms and humanoid platforms. Tell us what you are building and we will confirm fit.
Is the sensing built into the hand?
Yes. The sensing layer is part of the hand. A person can still step in to teach it new tasks and correct it when it needs help.
How do I get access?
We are onboarding a small number of teams. Use Request access, tell us about your platform and use case, and we will reach out.
Build the
next interaction.
Building a robot, developing a control system, or exploring human input? Tell us what you are working on. Request access to the hand, embedded intelligence, or sensory array.