AUTONOMOUS CLEANING — THE NEXT STEP

TRUE 24/7 ROBOTIC CLEANING

What if an autonomous cleaning robot no longer had to lose hours

of productive operation to recharge and replenish its resources?

Dumont Innovation has recently filed a new patent-pending robotic architecture designed to dramatically reduce these operational interruptions and enable a new approach to continuous autonomous cleaning.

From periodic robot operation to continuous cleaning operations.

A NEW ARCHITECTURE. A NEW OPERATING MODEL.

No long recharging downtime.
No long resource-replenishment downtime.

Technical details have not been publicly disclosed and are available to selected industrial partners under NDA.

THE HIDDEN COST OF AUTONOMOUS CLEANING

Autonomous cleaning robots can work for hours.

But eventually, they must stop.

RECHARGE • REFILL • EMPTY • RETURN TO WORK

The interruption is not limited to charging time.

The robot may have to leave its working area, travel to its service station, recharge its battery, refill clean water, empty dirty water or collected waste — and then return to where its work was interrupted.

THE RESULT: HOURS OF POTENTIAL PRODUCTIVE TIME LOST

Illustrative operating scenario:

TODAY

Cleaning
↓
Return to Station
↓
Recharge • Refill • Empty
↓
Return to Working Area
↓
Resume Cleaning

≈ 3 HOURS OF POTENTIAL PRODUCTIVE TIME LOST

DUMONT INNOVATION — NEXT GENERATION

A new patent-pending robotic architecture designed to reduce this interruption from hours to minutes.

Less waiting. More cleaning.
A new approach to continuous robotic operation.

TODAY vs NEXT GENERATION

TODAY — CONVENTIONAL AUTONOMOUS CLEANING

ROBOT GOES TO THE INFRASTRUCTURE

Cleaning
↓
Battery / resources depleted
↓
Robot stops cleaning
↓
Returns to service station
↓
Recharge • Refill • Empty
↓
Returns to working area
↓
Cleaning resumes

HOURS OF POTENTIAL PRODUCTIVE TIME LOST

NEXT GENERATION — DUMONT INNOVATION

A NEW OPERATING MODEL

Cleaning
↓
Operational service required
↓
Rapid on-site changeover
↓
Cleaning resumes

FROM HOURS TO MINUTES.

FROM PERIODIC OPERATION
TO CONTINUOUS ROBOTIC CLEANING.

Illustrative operating comparison. Actual performance will depend on robot configuration and operating conditions.

THE FUTURE OF AUTONOMOUS ROBOTICS BEGINS HERE

Robotics Infrastructure • Energy Autonomy • Autonomous Logistics • Emergency Robotics • Intelligent Security

60+ Granted Patents Worldwide • Technology Platforms Available for Licensing & Strategic Partnerships

Multi-patent technology platforms designed

to extend robot autonomy, reduce operational downtime and

enable new models of continuous robotic operation.

• Explore the Technology Platforms Defining the Future of Robotics

• Licensing & Strategic Partnerships

Four Technology Platforms. One Objective:

Extending the operational capabilities and autonomy of robots.

Engineered for OEMs to accelerate the future

of autonomous robotics through licensing,

technology transfer and strategic partnerships.

ETERNABOT™

The Multi-Patent Platform for Continuous Robot Autonomy

THE ROBOT NO LONGER RETURNS TO THE INFRASTRUCTURE.

THE INFRASTRUCTURE COMES TO THE ROBOT.

EternaBot™ brings energy, resources and operational support directly to autonomous robots where they operate — reducing the need to return to fixed charging or service stations.

ENERGY • RESOURCES • DIAGNOSTICS • OPERATIONAL SUPPORT

Energy becomes mobile. Autonomy becomes continuous.

Available for licensing, technology transfer and strategic partnerships.

Contact — Licensing & partnership : charles@dumontinnovation.com

EternaBot™

The Multi-Patent Platform for Continuous Robot Autonomy

EternaBot™

One Platform. Multiple Deployment Configurations.

Mobile • Station-Based • Fleet-Wide • On-Site

Designed to bring autonomous energy and services directly to robots wherever they operate.

EternaBot™ Agricultural & Field Autonomy

Continuous energy for autonomous machines operating far from fixed infrastructure.

Agriculture • Remote Operations • Industrial Sites •

Large-Scale Autonomous Fleets

EternaBot™ Autonomy Across Environments

One energy autonomy platform. Multiple robot types.

Unlimited operational environments.

Transportation • Public Spaces • Security • Logistics

Service Robotics • Industrial Operations

Available for licensing, technology transfer and strategic partnerships.

Contact — Licensing & partnership : charles@dumontinnovation.com

Business Case #1 EternaCleaner™

This Business Case is distinct from our new patent-pending architecture for continuous robotic cleaning

as described above at the beginning of our site.

EternaBot™ Mobile Support Model

How EternaBot™ brings energy, resources and operational support directly to autonomous cleaning robots reducing the need to return to fixed charging or service stations.

CURRENT EternaBot™ ARCHITECTURE

This business case illustrates the EternaBot™ mobile support concept, in which energy,

resources and operational services are brought directly to the robot in the field.

A separate next-generation patent-pending architecture for continuous

robotic cleaning has recently been filed and is not technically disclosed on this page.

EternaCleaner™ demonstrates how the EternaBot™ platform is designed to extend the operational availability of an autonomous cleaning robot by supporting its energy, fluids, consumables and maintenance needs directly where it works.

Beyond autonomous battery exchange, EternaBot™ can supply clean water or cleaning solutions, recover dirty water and collected waste, and automatically exchange full tanks, cassettes or containers for clean or available-capacity units.

During the same service visit, EternaBot™ can also perform diagnostics, clean sensors and optical systems, and carry out preventive maintenance — reducing the need for the robot to return to a fixed service or charging station.

THE ROBOT NO LONGER NEEDS TO RETURN TO THE INFRASTRUCTURE FOR ROUTINE SERVICE.

THE INFRASTRUCTURE COMES TO THE ROBOT.

Business Case #2 EternaRoute™

AUTONOMOUS LOGISTICS WITH CONTINUOUS OPERATIONAL SUPPORT

How EternaRoute™ is designed to extend the operational availability of

autonomous last-meter delivery systems.

EternaRoute™ demonstrates how autonomous last-meter delivery can achieve extended operational availability by combining intelligent logistics with EternaBot™ mobile energy and operational support.

Beyond energy-module exchange, EternaBot™ can support the fleet directly in the field by delivering and recovering cassettes or payloads, while also performing diagnostics, sensor cleaning and maintenance reducing interruptions between delivery missions.

EternaRoute™ remains the autonomous logistics platform. EternaBot™ adds the mobile support infrastructure designed to extend fleet operational availability.

The logistics platform moves the goods.

The support infrastructure keeps the robots in operation.

BUSINESS CASE #3 EternaRescue™

EMERGENCY ROBOTICS WITH CONTINUOUS OPERATIONAL SUPPORT

How EternaRescue™ helps keep autonomous emergency robots supplied, supported and operational directly where they are needed.

In an emergency, a robot should never have to abandon its mission because it needs energy, resources or operational support.

EternaRescue™ demonstrates how autonomous emergency and intervention robots can be supported directly in the field to extend their operational availability

when every second counts.

EternaBot™ can reach the robot directly where it is operating to exchange energy modules, deliver fluids, supplies, tools or mission payloads, recover used modules or collected materials, and perform diagnostics, sensor cleaning and preventive maintenance.

By bringing these resources and services directly to the intervention robot, EternaBot™ helps reduce mission interruptions and the need for the robot to return to fixed support infrastructure.

In an emergency, the robot should never have to abandon its mission to reach the infrastructure.

The support infrastructure comes to the robot.

When every second counts, support comes to the robot,

not the robot to the support.

______________________________________________________

BUSINESS CASE # 4

The Invincible™

AUTONOMOUS SECURITY WITH CONTINUOUS OPERATIONAL SUPPORT

How EternaBot™ supports The Invincible™ directly in its operational area

bringing energy, resources and operational support to the security robot.

The Invincible™ demonstrates how the EternaBot™ platform can extend the operational availability of autonomous security robots by bringing energy, resources and operational services directly to the robot at its patrol location.

EternaBot™ can autonomously exchange energy and operational modules, deliver mission supplies or payloads, recover replaceable modules or collected materials, and perform diagnostics, optics cleaning, preventive maintenance and software updates

without requiring the security robot to leave its operational area.

By servicing the robot where security is needed, EternaBot™ helps reduce blind spots, service interruptions and dependence on fixed support infrastructure.

Security stays on mission.

The support infrastructure comes to the robot.

BUSINESS CASE #5

AUTONOMOUS DEFENSE LOGISTICS

KEEP THE ROBOT IN THE MISSION

BRING ENERGY, RESOURCES AND OPERATIONAL SUPPORT TO THE ROBOT.

How EternaBot™ is designed to extend the operational availability

of autonomous ground vehicles by bringing energy, mission resources and

operational support directly to them in the field.

Autonomous Defense Logistics demonstrates how the EternaBot™ platform can support autonomous ground vehicles directly in the field by bringing energy, mission resources and operational support to the vehicle instead of requiring it to return to a fixed support base.

Beyond energy-module exchange, EternaBot™ can deliver mission supplies or payloads, recover replaceable modules or collected materials, and perform diagnostics, optical-system cleaning, preventive maintenance and health checks directly on-site.

By servicing autonomous ground vehicles directly where they operate, EternaBot™ helps reduce mission interruptions, logistics movements and dependence on fixed support infrastructure.

Keep the robot in the mission.

Bring the support to the robot.

WHO IS CHARLES DUMONT?

CHARLES DUMONT
Inventor & Founder — Dumont Innovation

More than 60 patents granted worldwide

From pioneering self-checkout technologies to autonomous robotics — more than three decades of invention.

Developing multi-patent technology platforms for licensing, technology transfer

and strategic partnerships with OEMs worldwide.

CONTACT — LICENSING & PARTNERSHIP

Dumont Innovation — France

Website: dumontinnovation.com

Email: charles@dumontinnovation.com

Linkedin: linkedin.com/in/dumont-innovation-300b652aa

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