KINETIQU / PHYSICAL AI

SYSTEM 01 / AUTONOMOUS INTELLIGENCE

KINETIQU / PHYSICAL AI

SYSTEM 01 / AUTONOMOUS INTELLIGENCE

KINETIQU / PHYSICAL AI

SYSTEM 01 / AUTONOMOUS INTELLIGENCE

K-01

K-01

KINETIQU

KINETIQU

Adaptive machines engineered to perceive, reason, and move through the physical world.

KINETIQU Systems

NEXT DEPLOYMENT

Q3 2026

K-01 / UNIT 001

AUTONOMOUS

Edge inference loop

14 ms

01

KINETIQU SYSTEMS

SCROLL TO EXPLORE ↓

01

KINETIQU SYSTEMS

SCROLL TO EXPLORE ↓

01

KINETIQU SYSTEMS

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INTELLIGENCE IS

NO LONGER CONFINED

TO THE SCREEN.

01 / EMBODIED INTELLIGENCE

The next era of computing leaves the display behind—sensing, deciding, and acting where the world actually happens.

01 / EMBODIED INTELLIGENCE

The next era of computing leaves the display behind—sensing, deciding, and acting where the world actually happens.

01 / EMBODIED INTELLIGENCE

The next era of computing leaves the display behind—sensing, deciding, and acting where the world actually happens.

02 / SYSTEM ARCHITECTURE

A machine, revealed layer by layer.

A unified physical intelligence stack translates perception into safe, precise motion in milliseconds.

A unified physical intelligence stack translates perception into safe, precise motion in milliseconds.

A unified physical intelligence stack translates perception into safe, precise motion in milliseconds.

SYSTEM INITIALIZING
SYSTEM ARCHITECTURE / SCRUB PROTOCOL
01 / VISION ARRAY
  1. 01VISION ARRAYSpatial sensing resolves the operating field.
  2. 02NEURAL COMPUTEOn-device intelligence interprets intent in real time.
  3. 03TACTILE SENSORContact feedback closes the physical control loop.
  4. 04ACTUATION CORECompact drive systems convert decisions into force.
  5. 05KINETIC CONTROLCoordinated motion stays precise, safe, and responsive.
000%
SYSTEM INITIALIZING
SYSTEM ARCHITECTURE / SCRUB PROTOCOL
01 / VISION ARRAY
  1. 01VISION ARRAYSpatial sensing resolves the operating field.
  2. 02NEURAL COMPUTEOn-device intelligence interprets intent in real time.
  3. 03TACTILE SENSORContact feedback closes the physical control loop.
  4. 04ACTUATION CORECompact drive systems convert decisions into force.
  5. 05KINETIC CONTROLCoordinated motion stays precise, safe, and responsive.
000%
SYSTEM INITIALIZING
SYSTEM ARCHITECTURE / SCRUB PROTOCOL
01 / VISION ARRAY
  1. 01VISION ARRAYSpatial sensing resolves the operating field.
  2. 02NEURAL COMPUTEOn-device intelligence interprets intent in real time.
  3. 03TACTILE SENSORContact feedback closes the physical control loop.
  4. 04ACTUATION CORECompact drive systems convert decisions into force.
  5. 05KINETIC CONTROLCoordinated motion stays precise, safe, and responsive.
000%

CAPABILITY INDEX / 04

Four systems. One continuous loop.

KINETIQU machines move from sensing to action without leaving the physical context behind.

CAPABILITY INDEX / 04

Four systems. One continuous loop.

KINETIQU machines move from sensing to action without leaving the physical context behind.

CAPABILITY INDEX / 04

Four systems. One continuous loop.

KINETIQU machines move from sensing to action without leaving the physical context behind.

KINETIQU K-01 vision crown and sensing array highlighted
SYSTEMVISION ARRAY
STATUSACTIVE
LAYER01 / 04
INPUTMULTIMODAL
STEREO
DEPTH
ENV
KINETIQU K-01 vision crown and sensing array highlighted
SYSTEMVISION ARRAY
STATUSACTIVE
LAYER01 / 04
INPUTMULTIMODAL
STEREO
DEPTH
ENV
KINETIQU K-01 vision crown and sensing array highlighted
SYSTEMVISION ARRAY
STATUSACTIVE
LAYER01 / 04
INPUTMULTIMODAL
STEREO
DEPTH
ENV

LIVE PERFORMANCE / VALIDATED

KINETIQU CONTROL STACK / REV 06

LIVE PERFORMANCE / VALIDATED

KINETIQU CONTROL STACK / REV 06

14MS

DECISION LATENCY

Edge inference benchmark

14MS

DECISION LATENCY

Edge inference benchmark

14MS

DECISION LATENCY

Edge inference benchmark

360°

ENVIRONMENTAL VISION

Synchronized sensor field

360°

ENVIRONMENTAL VISION

Synchronized sensor field

360°

ENVIRONMENTAL VISION

Synchronized sensor field

99.7%

SYSTEM UPTIME

Fleet operational average

99.7%

SYSTEM UPTIME

Fleet operational average

99.7%

SYSTEM UPTIME

Fleet operational average

24/7

AUTONOMOUS OPERATION

Continuous mission readiness

24/7

AUTONOMOUS OPERATION

Continuous mission readiness

24/7

AUTONOMOUS OPERATION

Continuous mission readiness

03 / CORE TECHNOLOGY

One intelligence layer. Every physical system.

A modular platform that connects perception, compute, and movement through one deterministic control plane.

A modular platform that connects perception, compute, and movement through one deterministic control plane.

KINETIQU K-01 Physical AI machine behind the vision, core, and motion control layers

01 KINETIQU VISION

02 KINETIQU CORE

03 KINETIQU MOTION

CONTROL PLANE / SYNCHRONIZED

KINETIQU K-01 Physical AI machine behind the vision, core, and motion control layers

01 KINETIQU VISION

02 KINETIQU CORE

03 KINETIQU MOTION

CONTROL PLANE / SYNCHRONIZED

KINETIQU K-01 Physical AI machine behind the vision, core, and motion control layers

01 KINETIQU VISION

02 KINETIQU CORE

03 KINETIQU MOTION

CONTROL PLANE / SYNCHRONIZED

VISION / KV-01

KINETIQU VISION

A fused spatial model built from vision, depth, proximity, and force sensing.

VISION / KV-01

KINETIQU VISION

A fused spatial model built from vision, depth, proximity, and force sensing.

CORE / KC-04

KINETIQU CORE

Real-time reasoning at the edge, hardened for uncertain physical environments.

CORE / KC-04

KINETIQU CORE

Real-time reasoning at the edge, hardened for uncertain physical environments.

MOTION / KM-08

KINETIQU MOTION

Deterministic actuation that balances speed, precision, and human-aware safety.

MOTION / KM-08

KINETIQU MOTION

Deterministic actuation that balances speed, precision, and human-aware safety.

04 / DEPLOYMENT FIELDS

Built for the places where work becomes physical.

One control architecture, tuned to the constraints of each operating environment.

One control architecture, tuned to the constraints of each operating environment.

01

INDUSTRIAL

Adaptive handling, inspection, and assembly.

CELL 08 / ASSEMBLY

K-01 robot performing precision component alignment in an industrial manufacturing cell

01

INDUSTRIAL

Adaptive handling, inspection, and assembly.

CELL 08 / ASSEMBLY

K-01 robot performing precision component alignment in an industrial manufacturing cell

01

INDUSTRIAL

Adaptive handling, inspection, and assembly.

CELL 08 / ASSEMBLY

K-01 robot performing precision component alignment in an industrial manufacturing cell

02

LOGISTICS

Autonomous movement through dynamic facilities.

ROUTE 17 / ACTIVE

K-01 robot navigating an advanced logistics hub with autonomous cargo routing

02

LOGISTICS

Autonomous movement through dynamic facilities.

ROUTE 17 / ACTIVE

K-01 robot navigating an advanced logistics hub with autonomous cargo routing

02

LOGISTICS

Autonomous movement through dynamic facilities.

ROUTE 17 / ACTIVE

K-01 robot navigating an advanced logistics hub with autonomous cargo routing

03

RESEARCH

Reconfigurable systems for emerging workflows.

PROTOCOL / OPEN

K-01 robot undergoing spatial intelligence calibration in a robotics research laboratory

03

RESEARCH

Reconfigurable systems for emerging workflows.

PROTOCOL / OPEN

K-01 robot undergoing spatial intelligence calibration in a robotics research laboratory

03

RESEARCH

Reconfigurable systems for emerging workflows.

PROTOCOL / OPEN

K-01 robot undergoing spatial intelligence calibration in a robotics research laboratory

04

HEALTHCARE

Assistive motion designed around human presence.

HUMAN SAFE / ISO 04

K-01 robot safely transporting medical supplies beside a clinician in a modern healthcare environment

04

HEALTHCARE

Assistive motion designed around human presence.

HUMAN SAFE / ISO 04

K-01 robot safely transporting medical supplies beside a clinician in a modern healthcare environment

04

HEALTHCARE

Assistive motion designed around human presence.

HUMAN SAFE / ISO 04

K-01 robot safely transporting medical supplies beside a clinician in a modern healthcare environment

HUMAN / SYSTEM COLLABORATION

PROXIMITY 0.8M / SAFE

Human robotics engineer inspecting the K-01 robot in a warm industrial laboratory
Human robotics engineer inspecting the K-01 robot in a warm industrial laboratory

HUMAN / SYSTEM COLLABORATION

PROXIMITY 0.8M / SAFE

Human robotics engineer inspecting the K-01 robot in a warm industrial laboratory

05 / HUMAN ELEMENT

ENGINEERED BY PEOPLE.

BUILT TO WORK

BESIDE THEM.

Physical intelligence matters only when it expands what people can do. KINETIQU systems are designed to be legible, predictable, and useful beside the teams who operate them.

Physical intelligence matters only when it expands what people can do. KINETIQU systems are designed to be legible, predictable, and useful beside the teams who operate them.

DESIGN PRINCIPLE / HUMAN AGENCY FIRST

06 / PRODUCT DEEP DIVE

MEET THE MACHINE.

Explore the intelligence, sensors, and motion systems behind KINETIQU.

Explore the intelligence, sensors, and motion systems behind KINETIQU.

KINETIQU / K-01

PRODUCT VIEW / K-01 LIVE

Premium three-quarter product portrait of the K-01 physical AI robot on a dark studio plinth

KINETIQU / K-01

PRODUCT VIEW / K-01 LIVE

Premium three-quarter product portrait of the K-01 physical AI robot on a dark studio plinth

KINETIQU / K-01

PRODUCT VIEW / K-01 LIVE

Premium three-quarter product portrait of the K-01 physical AI robot on a dark studio plinth

MISSION CONTROL / START HERE

BUILD WHAT MOVES NEXT.

Talk to our team about deploying physical intelligence into your next system.

MISSION CONTROL / START HERE

BUILD WHAT MOVES NEXT.

Talk to our team about deploying physical intelligence into your next system.

MISSION CONTROL / START HERE

BUILD WHAT MOVES NEXT.

Talk to our team about deploying physical intelligence into your next system.

DIRECT CHANNEL

DIRECT CHANNEL

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