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MARK One seated on its base in a soft grey studio, one hand raised

Software

Order

Teach. Deploy. Evolve.

MARK One is powered by a software
ecosystem designed to make advanced
robotics simple, intuitive, and fast
to deploy.

No complex
coding.

MARK One wrist joint in the dark
A MARK One arm joint wrapped in dark fabric, close up

No expert-only
workflows.

The grey top of the MARK One base

Just clean interaction. Powerful automation.

MARK One Interface

Program workflows in minutes.

An operator in front of a screen showing MARK One

MARK One interface allows any operator
to create a complete workflow in three
simple steps:

  1. 1.

    Set the positions

    Guide MARK One through the key working points,
    visually, directly, effortlessly.

    The MARK One interface: joint controls next to a 3D view of the robot
  2. 2.

    Define the workload

    Pick the task type, adjust parameters,
    fine-tune motion or force when needed.

    The MARK One interface: creating a new recipe
    The MARK One interface: a visual flow of movement, lift and logic blocks
  3. 3.

    Deploy

    Press start. MARK One executes, optimizes,
    and learns from the process in real time.

    Two MARK One robots working at a bottling line

A visual programming layer allows even first-time users
to create professional-grade automations.

AI-Powered Learning

MARK One continuously collects data
from every task it performs, movement patterns,
object interactions, environmental feedback,
and cycle performance.

Through cloud-connected
intelligence, each unit:

Receives

real-time
updates

across all deployed robots

Improves

energy usage, positioning,
and cycle efficiency

Adapts to variations

in materials or workflow

Learns and becomes more precise over time

Every factory benefits
from the experience of all others.

Real-Time Diagnostics & Monitoring

Predictive
maintenance warnings

All in one dashboard

Battery, safety, navigation, arm status.

Live diagnostics
of every subsystem

MARK One checking a box, a “defect detected” alert on the screen behind it

Task analytics
& performance KPIs

MARK One on its base, one arm stretched out

When MARK One is docked, it can charge while working,
enabling true zero-downtime robotics.

Open Architecture

The system is designed
with modularity at its core:

API access
for third-party developers

Plug-and-play

compatibility

with new modules

The MARK One head and shoulders on a pink background

Ready for future sensors,
tools, and AI models

MARK One is not locked in time.
It evolves.