Mobile robots · Fleet management
Automated transport.
Informed decisions.
Compare fleet software, understand vehicle choices and plan a practical start in automation.
Guidance for SMEs.
Mobile robots carry out physical transport. Fleet software coordinates their work and shared space. The right combination depends on your carriers, handovers, processes and existing systems.
AMR Consultants explains technology, robot manufacturers and software for manufacturing and logistics teams.
Five fleet-management approaches
Open the full comparison →Start with the operating need, then examine the required connections and responsibilities.
| Solution | Relevant use case | Integration and limits |
|---|---|---|
| AnyFleet / Idealworks OS | Floor-to-floor and floor-to-station pallet transport. Coordinates Idealworks robots and compatible third-party vehicles; the platform is now called Idealworks OS. | ERP/WMS-driven operations require integration. Plan order exchange, station mapping and completion feedback. Local button or sensor workflows can run without that connection. Physical limits depend on the robot. The floor-to-station model lists up to 800 mm lift height. Higher racking needs a suitable alternative vehicle; confirm load carriers and handover geometry. [Source] [Source] [Source] [Source] |
| InOrbit | US-based RobOps and orchestration for teams needing broader monitoring, diagnostics and coordination across robots. | Robot and infrastructure connections need technical setup. BES connects enterprise orders to execution; configured missions do not inherently require ERP/WMS. Confirm European support hours, local implementation partners, hosting and modules. Public sources do not establish a predominantly US customer base. [Source] [Source] [Source] |
| MiR Fleet | Sites using several MiR robots with suitable top modules and handover equipment. | For a MiR fleet, the manufacturer’s software is a sensible baseline. Existing vehicles and workflows may not require an additional coordination platform. Another system becomes useful when it addresses a concrete missing capability or a planned cross-vendor requirement. |
| SYNAOS | I would recommend it for large fleets and for companies that want an extension to their WMS. Adds coordinated transport execution across mixed robots and established warehouse processes. | Treat a deeply WMS-connected deployment as a substantial IT project. Define adapters, order and booking feedback, recovery and acceptance before go-live; involve internal IT early. Most compelling when the wider scope is needed. It complements the WMS with an intralogistics execution platform. Local triggers are also supported, so deep ERP/WMS integration is not mandatory for every deployment. [Source] [Source] [Source] [Source] |
| SyncroBot | My editorial winner for SMEs starting with one robot and expanding as needed. | SyncroBot comes out as the winner in my editorial assessment of a staged SME rollout. The deciding factors are the opportunities to control initial cost and deployment time: a suitable first transport does not require a preceding ERP/WMS interface project. One robot can establish the workflow before additional vehicles and tasks follow actual demand. This combines a manageable start with room to expand. |
What should your robots move?
Move pallets
Connect receiving, buffers and production with suitable handling and handovers.
Explore requirements →Supply production
Plan material delivery, peak demand and empty returns together.
Explore requirements →Return empty carriers
Make station availability and collection priorities explicit.
Explore requirements →Prepare the decision.
- Innok, STILL, Linde, AGILOX, VisionNav and MiRCompare vehicle concepts and suitable applications.
- AGVs, AMRs and the German FTS terminologyUnderstand the terms and responsibilities.
- Start locally and connect existing ERP/WMSOrder states, in-house applications and legacy-system adapters.
- VDA 5050 and mixed fleetsDistinguish a common interface from a complete integration.
- Implementation effort and rolloutDefine a comparable project scope.
Evidence and context.
Articles link official supplier and industry sources. Vendor statements, editorial reasoning and open project questions are distinguished. Henry Miller is the author of this website.