Autonomous work for the real world

Elevate work to make life better.

Journey Robotics builds intelligent robotic systems for heavy, irregular work in constrained and demanding environments. We deliver dependable autonomous capacity inside existing operations.

Built for live operations Dependable autonomous capacity Decades of robotics experience
Journey Robotics industrial robotic arm with a blue safety helmet
Workforce, not equipment.Autonomous capacity designed to fit real operating constraints.
The opportunity

The work people should not have to do.

Heavy, repetitive work still depends on people because the objects and environments keep changing. Conventional automation needs structure. Journey brings adaptability to work that cannot be neatly standardised.
Heavy.Physical strain compounds shift after shift.
Variable.Every object and position can be different.
Unstructured.The real world does not arrive neatly aligned.
The Journey system

Not a robot arm. A complete working system.

Journey combines industrial strength with the sensing, control and task intelligence needed to handle irregular work reliably.

Journey Robotics industrial robot within a yellow safety cell
A compact autonomous cell designed around the operation that already exists.
01

Perceive the real environment

The system identifies objects, available grip points and changing conditions without requiring every item to be identical.

02

Decide how to handle the work

Journey software selects a handling approach for the object and the constraints in front of it.

03

Execute with industrial strength

Purpose-built tooling and proven hardware turn the decision into dependable physical work.

04

Fit into live operations

The cell is designed around existing infrastructure, workflows and safety requirements.

The team

Built by the people who have done it before.

Journey’s core team comes out of RE2 Robotics. Together, they bring two decades of experience turning advanced robotics into products customers buy, deploy and rely on.

Reeg Allen

Reeg Allen

CEO

Leads company strategy, commercialisation and customer relationships.

Keith Gunnett

Keith Gunnett

CTO

Leads system architecture, autonomy and engineering execution.

Dave Lee

Dave Lee

Co-founder

Helped turn deep robotics experience into Journey’s practical, deployable system.

Kyle Solomon

Kyle Solomon

Investor Relations

Connects Journey’s operating progress with its investment story.

Aaron Nicely

Aaron Nicely

Director, Product Development

Leads product development from prototype through deployment.

20+ yearsBuilding and commercialising robotic systems
Built through exitExperience growing a robotics company
Customer-ledProducts shaped around work that needs to be done
Industry backing

Backed by one of the world’s largest airline groups.

IAG’s investment in Journey reflects the need for a new approach to hard physical work and the commercial relevance of the system Journey has built.

Strategic backing

IAG

An investor with direct experience of the operational problem and the value of dependable autonomous capacity.

Wider application

Built to go further

The same core capability can serve other industries where heavy, variable work still depends on people.

Starting point, not limitJourney starts with a focused operational problem. The technology is built for additional industries where work remains too variable, constrained or demanding for conventional automation.
Commercial model

Customers buy dependable capacity, not another machine to manage.

Journey can adapt the deployment and payment structure to the operation, while maintaining the software, service and support relationship that keeps capacity performing.

Dependable capacityFlexible deploymentOngoing serviceOperational intelligence
Start a conversation

What work should your people no longer have to do?

Tell us about the task, the environment and what better operations would look like. We will start with the work, not a predetermined machine.

Contact our team at info@journeyrobotics.com.

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.