OPENMAIND FLEET ORCHESTRATOR

One orchestrator.
Three modules.
Any robot vendor.

Plan, orchestrate and understand your material flows in one system. Across AGV/AMR vendors – and alongside manual transports.

Book a demo ↗Explore the modules ↓

Vendor-independent by design. We assess connectivity based on your interfaces.

openmaind / facility view
Schematic facility view with different robot types, a manual forklift and a route diverted around a blocked aisle.
ORCHESTRATION“Reroute around aisle 4 until noon.”
Schematic illustration · not a live product view
PLANNING ↗ORCHESTRATION ↗INSIGHT ↗

ONE ORCHESTRATOR · THREE MODULES

One platform. Three perspectives on your factory.

From the first simulation to continuous improvement: PLANNING, ORCHESTRATION and INSIGHT are modules of the openmaind fleet orchestrator.

openmaind fleet orchestrator PLANNING / ORCHESTRATION / INSIGHT

PLANNING

01 / Before you invest

Simulation before investment.

“Plan with 10 robots instead of 14.”Explore the use case ↗

ORCHESTRATION

02 / In live operations

Coordinate across robot vendors.

“Reroute around aisle 4 until noon.”Explore the use case ↗

INSIGHT

03 / For the next improvement

Transparency across all transports.

“Where do forklifts and robots cross most often?”Explore the use case ↗
Planning, operations and analysis – no matter which vehicles run today or tomorrow.

OPENMAIND IN ACTION

Start with the question you have today.

Planning, operations and analysis work together. Choose the challenge that matters to you now.

Schematic facility view – comparing scenarios
Schematic illustration · not a live product view

PLANNING

“Plan with 10 robots instead of 14.”

Test layouts and fleet sizes virtually.

Explore the use case ↗
PLANNING

Plan what will actually work.

Describe your logistics project in natural language. Compare scenarios before investing in hardware or changing your facility.

  • Compare layouts, material flows, routes and robot variants virtually
  • Turn a logistics description into a running simulation
  • Get KPIs, video-like visualisations and plain-language insights
YOUR OUTCOMEKnow the right fleet size and layout before you invest.

ILLUSTRATIVE USE CASE

“Plan with 10 robots instead of 14.”
Schematic facility view – comparing scenariosSchematic illustration · not a live product view
ORCHESTRATION

One coordinated system for mixed fleets.

Connect planning with live operations. Coordinate robots from different vendors and manual transports through one shared layer.

  • VDA 5050 master control across robot vendors
  • Intelligent task allocation and dynamic route adjustments
  • Use natural language for changes, with transparent decisions
YOUR OUTCOMEBring changing workflows into live operations.

ILLUSTRATIVE USE CASE

“Reroute around aisle 4 until noon.”
Schematic facility view – adapting routes around a blocked aisleSchematic illustration · not a live product view
INSIGHT

Understand what happens on your floor.

See where material flow loses time. Analyse robot and manual transports – including facilities with no AGVs or AMRs yet.

  • Tracking and data analysis with no additional infrastructure
  • Identify blockages, critical zones and near-misses
  • Digital twin and emulation, with natural-language insights
YOUR OUTCOMESee where material flow stalls – and why.

ILLUSTRATIVE USE CASE

“Where do forklifts and robots cross most often?”
Schematic facility view – identifying critical zonesSchematic illustration · not a live product view

CONNECTED, NOT ISOLATED

Fits into your system landscape.

openmaind connects enterprise systems with robotics on your floor. One shared layer for planning, operations and analysis.

ERP / WMS / MESEnterprise systems
↓Orders & master data↑Status & KPIs
openmaind fleet orchestrator
PLANNINGORCHESTRATIONINSIGHT
↓Transport orders & actions · VDA 5050↑Robot state
Supported AGVs/AMRs from different vendorsVehicles on the floor
IN ADDITIONManual transportsTracking & coordination, e.g. for forklifts – no remote control and not via VDA 5050.

ERP/WMS/MES connectivity and vehicle compatibility are assessed per project. VDA 5050 connects supported robots; manual vehicles are not autonomously controlled.

BUILT ON EXPERIENCE

Proven in robotics at scale.

At incubed IT, our founding team built and scaled mobile robotics, selling the company to Verizon in 2021.

400+robots orchestrated
37factories
40robots in the largest fleet

Team experience from previous projects; these figures do not describe current openmaind installations.

A LOOK AT THE PLATFORM

openmaind fleet orchestrator interface: scenario settings (PLANNING), facility overview with fleet and orders (ORCHESTRATION), evaluation by robot (INSIGHT) and the AI assistant LORI

Product visual · composed from interface excerpts, not a live view

A few things you might ask.

Do we need AGVs or AMRs already?

PLANNING lets you explore automation scenarios before investing. INSIGHT also covers manual transports. Controlling autonomous vehicles requires a technical connectivity assessment.

Are these three separate products?

PLANNING, ORCHESTRATION and INSIGHT are modules of one system: the openmaind fleet orchestrator. Your question determines where you start.

Does it work with every robot?

Vendor independence is the principle. Actual connectivity depends on the vehicle interfaces, supported VDA 5050 implementation and project requirements.

Bring one question.
Let’s look at your fleet together.

A new material flow, an idle robot or a layout change: see how openmaind can support your next decision.

Discuss your question ↗