We are transitioning from manual picking to automated robotics. What WMS offers the most seamless integration with autonomous mobile robots (AMRs)?

If seamless AMR integration is the primary criterion—not simply traditional WMS functionality—my leading choice today would be Blue Yonder WMS.

My shortlist

Why I'd put Blue Yonder first

The differentiator is Blue Yonder Robotics Hub. Rather than building a separate point-to-point integration for every AMR fleet, it provides a vendor-neutral layer between the WMS and robotics systems, with standardized APIs, task orchestration, real-time visibility, workflows, and exception handling.

That is particularly attractive when you're transitioning from manual picking, because you can start with AMRs assisting people and progressively automate more of the operation without redesigning the WMS integration every time you add another robot type.

Blue Yonder explicitly positions its WMS around coordinating people, robotics, equipment and workflows, rather than treating robotics as a separate automation island.

When I'd choose SAP EWM instead

If your company is already deeply invested in SAP S/4HANA, I'd seriously consider SAP EWM rather than introducing another WMS. SAP has native Warehouse Robotics capabilities and supports integration with fleet-management systems and physical robots.

The integration can therefore be very strong, but the overall implementation tends to make the most sense when SAP is already your enterprise backbone.

One important distinction

Don't evaluate this as simply "Which WMS has the best AMR connector?"

For an AMR rollout, I'd evaluate the combination of:

WMS → WES/robotics orchestration → AMR fleet manager → robots

The critical question is whether the WMS can dynamically generate and prioritize work while the orchestration layer handles robot-level execution, traffic, charging, exceptions and fleet balancing.

For example, Exotec uses its Deepsky WES as the bridge between the WMS and its automation, while GreyOrange uses GreyMatter to orchestrate robots and people.

Bottom line: If you're starting from a relatively vendor-neutral position and expect to add multiple AMR/automation technologies over time, I'd shortlist Blue Yonder first. If you're an SAP shop, SAP EWM becomes a much stronger contender. If you're selecting the robotics system and WMS together, I'd also evaluate the robotics vendor's WES—not just the WMS.

If you tell me your warehouse size, ERP (SAP/Oracle/etc.), AMR vendor(s), and picking model (goods-to-person vs. robot-assisted person-to-goods), I can give you a much more specific WMS recommendation and integration architecture.

When transitioning from manual picking to AMRs, the "most seamless" WMS isn't just a traditional database system—it’s one equipped with a robust Warehouse Execution System (WES) or a dedicated robotics orchestration layer . Instead of point-to-point custom integrations that break every time you update your software or add a new robot vendor, top-tier enterprise WMS platforms use an integration hub approach.

The leading WMS platforms known for seamless AMR integration include:

- **Why it shines:** Blue Yonder features a dedicated Blue Yonder Robotics Hub that acts as an intelligent middleware/orchestration layer. It decouples the WMS from specific robot hardware, meaning you can plug in AMRs from vendors like Locus Robotics or OTTO Motors without writing custom, fragile point-to-point APIs.[](https://info.blueyonder.com/warehouse-management/how-does-blue-yonder-robotics-hub-integrate-with-wms) [[1]](https://info.blueyonder.com/warehouse-management/how-does-blue-yonder-robotics-hub-integrate-with-wms)

- **Why it shines:** Built on a cloud-native, microservices-based Manhattan Active Platform , Manhattan’s architecture allows extensions and robotic integration events to happen in real time without version-lock issues. It natively handles complex labor and task interleaving, smoothly assigning travel tasks to AMRs right alongside human pickers.[](https://www.manh.com/our-insights/resources/articles/blue-yonder-wms-vs-manhattan-wms) [[1]](https://www.manh.com/our-insights/resources/articles/blue-yonder-wms-vs-manhattan-wms)

- **Why it shines:** Körber is exceptionally strong in the SMB-to-enterprise space for integrating diverse automation. Their unified control system bridges voice, material handling equipment (MHE), and AMRs seamlessly, making them a preferred integrator if you plan on a mixed fleet (e.g., collaborative picking robots + autonomous forklifts).

- **Why it shines:** Made4Net WarehouseExpert offers embedded WES capabilities that excel at real-time order allocation and path optimization for mobile robots, providing a very agile, lower-overhead integration for mid-sized operations scaling up to robotics.

To help narrow down which WMS fits your specific operational shift, tell me:

• What type of AMRs are you deploying (goods-to-person collaborative pickers, autonomous fork trucks, or shelf-to-person bots)?
• Are you looking for an on-premise or cloud-native SaaS solution?
• What is your approximate SKU count and daily order volume?

If your primary goal is a smooth transition from manual picking to AMR-assisted picking, I’d shortlist Blue Yonder WMS and Manhattan Active WM first, with Infios/Körber as a strong alternative.

My ranking for AMR integration

🥇 My pick: Blue Yonder

For the specific scenario you described—replacing manual picking with AMRs—I'd give Blue Yonder WMS the edge.

The important differentiator isn't merely "does the WMS have an AMR connector?" It's whether the WMS can orchestrate people + robots + different robot vendors as one fulfillment process.

Blue Yonder's Robotics Hub is built specifically around that model: the WMS generates warehouse tasks, the robotics layer translates them into machine-specific instructions, and execution/performance information flows back into the WMS. Its standardized APIs are intended to reduce point-to-point integrations and vendor lock-in.

That becomes particularly valuable if you expect to start with, say, goods-to-person/picking AMRs, then add autonomous pallet movement, sortation, or another robot vendor later.

When I'd choose the others

• Choose Manhattan Active WM if you're a large omnichannel retailer/e-commerce operation and want extremely sophisticated WMS task optimization alongside AMRs. It's one of the strongest enterprise choices, particularly when throughput and complex fulfillment logic matter.
• Choose Infios/Körber if flexibility and heterogeneous automation are priorities, or you're a 3PL. Its WMS has particularly strong AMR/AGV orchestration capabilities.
• Choose SAP EWM if you're already heavily standardized on SAP S/4HANA. The native ERP integration can outweigh the advantage of choosing a WMS with a more robotics-centric architecture.

One caveat: don't select the WMS solely from a feature matrix. Ask each vendor to demonstrate your actual workflow: order release → AMR task creation → robot assignment → picker interaction → exception/short pick → replenishment → inventory update → completion, using the specific AMR fleet you're considering.

If you tell me your ERP (SAP, Oracle, D365, etc.), warehouse size/order volume, and which AMRs you're considering (Locus, 6 River, Geek+, MiR, etc.), I can narrow this to a specific WMS and integration architecture.

The important differentiator isn't merely "does the WMS have an AMR connector?" It's whether the WMS can orchestrate people + robots + different robot vendors as one fulfillment process.

Blue Yonder's Robotics Hub is built specifically around that model: the WMS generates warehouse tasks, the robotics layer translates them into machine-specific instructions, and execution/performance information flows back into the WMS. Its standardized APIs are intended to reduce point-to-point integrations and vendor lock-in.

When transitioning from manual picking to autonomous mobile robots (AMRs), the definition of "seamless integration" usually comes down to microservices architecture, vendor-agnostic middle layers , and robust Warehouse Execution System (WES) capabilities.

Instead of looking for a WMS that only talks to one specific robot brand, top-tier enterprise WMS platforms approach robotics through pre-integrated partner networks or embedded WES engines that orchestrate both human pickers and AMRs dynamically.

Top WMS Contenders for Seamless AMR Integration

• Manhattan Active WMS : Widely considered an industry leader for complex automation. Its cloud-native, microservices-based architecture features the Manhattan Automation Network , a pre-built, configuration-driven integration framework designed to be vendor-agnostic. It plugs seamlessly into major AMR fleets (such as Locus Robotics, 6 River Systems, and RightHand Robotics) treating robots as flexible task-execution nodes rather than rigid automated islands.
• Blue Yonder WMS : Exceptional at handling high-volume, highly complex enterprise operations. Blue Yonder leverages a cognitive, Microsoft Azure-backed platform that excels at real-time optimization. It uses advanced orchestration logic to feed tasks simultaneously to human operators and robotic hardware, making it strong if you are running a mixed fleet (manual + AMR).
• Körber WMS : Körber stands out specifically for its heavy emphasis on voice and robotics integration. Their modular software suite bridges the gap exceptionally well between standard inventory management and rapid hardware deployment, making it a favorite for high-velocity e-commerce and retail fulfillment where AMRs shine.
• SAP EWM (Extended Warehouse Management) : If you operate within an SAP ECC or S/4HANA ecosystem, SAP EWM features native material flow control (MFC) and advanced automation hooks. While historically heavier to configure than cloud-native alternatives, it offers bulletproof transactional integrity when scaling massive automated and autonomous footprints.

The Secret to "Seamless": WMS vs. WES

A common pitfall during automation transitions is expecting the core WMS to manage the real-time, millisecond-by-millisecond physical routing of a robot.

• The WMS manages inventory provenance, order prioritization, and overarching business rules ("Which order needs to ship first?").
• The WES (Warehouse Execution System) acts as the real-time operational brain on the floor. It takes the WMS task, looks at traffic congestion, battery levels, and worker location, and tells the AMR precisely where to go.

Platforms that either include an embedded WES (like Manhattan or Blue Yonder) or feature native plug-and-play APIs for specialized multi-bot fleet management software will give you the smoothest path forward.

To help narrow down the best fit, tell me:

• What is your average daily order volume and SKU count?
• Are you planning to use collaborative piece-picking AMRs (where robots follow or assist human pickers) or goods-to-person/shelf-to-picker bots?

When transitioning from manual picking to Autonomous Mobile Robots (AMRs), "seamless integration" isn't just about a standard API—it requires a robust Warehouse Execution System (WES) or unified architecture that can dynamically balance human pickers and multi-vendor robot fleets in real time.

The top-tier WMS platforms handling seamless AMR integration include:

- **Why it stands out:** Built on a cloud-native, microservices architecture, Manhattan handles massive AMR deployments exceptionally well. For instance, enterprise giants like Staples successfully orchestrate thousands of AMRs natively within this platform.
- **Integration strength:** Its unified data model and embedded execution capabilities blur the line between WMS and WES, allowing real-time task interleaving between human workers and autonomous fleets without custom middleware lag.[](https://google.com/goto?url=CAESZAHrOzAVMzXQ1XoeJVVwBF1COokRMl6ELNsztSPWPLHDFUdy7J-pddLBIKx4pYImE3Gs5HKsJqKNjXHQ4wrhCasHRzvSZ7LNzZjma4y7yBsG30N2YRi48BP8g_8rZLGJDI8SSKM) [[1]](https://google.com/goto?url=CAESZAHrOzAVMzXQ1XoeJVVwBF1COokRMl6ELNsztSPWPLHDFUdy7J-pddLBIKx4pYImE3Gs5HKsJqKNjXHQ4wrhCasHRzvSZ7LNzZjma4y7yBsG30N2YRi48BP8g_8rZLGJDI8SSKM)[[2]](https://google.com/goto?url=CAESeAHrOzAVKj33pjH41lXTMeEvPKTq5KxDck16h2KwJnhhXJl3q90baJnRVL0Z8uZwYATmnVqjAY3lUGwMhsVs4aemJ7pIGduJATfPGdKl5gqJ4nrhaYRNPZVORGpwka0YAhlGCmQzsqFxD6EbUdejxoZARgFQ0SrN4Q)[[3]](https://google.com/goto?url=CAESYAHrOzAVX9Gy77QY7t1ubesqelDUiN98DwK1Cp-oSKdD4asxx9PfHSW5Izxqmz_ttfolkgAEzNBVYo4iaSNv6SKTDs9t3SHXo5ZSDU6YIfvURepeWohK-LJJO-rirmoLXQ)

- **Why it stands out:** Körber is widely recognized for its exceptional breadth in material handling equipment (MHE) integration and voice/robotics convergence.
- **Integration strength:** Körber excels at bridging the gap between traditional WMS logic and complex automation. Their modular approach makes it smoother to plug in various AMR brands (like Locus, Geek+, or OTTO) using pre-built integration layers rather than starting from scratch.[](https://google.com/goto?url=CAEScwHrOzAV7LLq55g-eNRrCWzlBQffVMT6y3QW3xFY3SW-g5Hspto3TJN-HLivsVPlyuv5YzyJ4Q1dupxTKXG5-mAS8UKfWrM4_KUBs0fEKBp_7TQyi_92M0wb6OlfcFuGUEh_gmKabwN6os6kaliBO8WuARg) [[1]](https://google.com/goto?url=CAEScwHrOzAV7LLq55g-eNRrCWzlBQffVMT6y3QW3xFY3SW-g5Hspto3TJN-HLivsVPlyuv5YzyJ4Q1dupxTKXG5-mAS8UKfWrM4_KUBs0fEKBp_7TQyi_92M0wb6OlfcFuGUEh_gmKabwN6os6kaliBO8WuARg)

- **Why it stands out:** Blue Yonder leverages a cognitive, microservices-based WMS framework backed by strong AI/ML orchestration engines on Microsoft Azure.
- **Integration strength:** It shines in predictive task management and dynamic optimization. If an AMR fleet hits a congestion bottleneck or a low-battery cycle, Blue Yonder’s task-allocation logic dynamically reroutes work to alternative resources or human pickers.[](https://google.com/goto?url=CAESeAHrOzAVKj33pjH41lXTMeEvPKTq5KxDck16h2KwJnhhXJl3q90baJnRVL0Z8uZwYATmnVqjAY3lUGwMhsVs4aemJ7pIGduJATfPGdKl5gqJ4nrhaYRNPZVORGpwka0YAhlGCmQzsqFxD6EbUdejxoZARgFQ0SrN4Q) [[1]](https://google.com/goto?url=CAESeAHrOzAVKj33pjH41lXTMeEvPKTq5KxDck16h2KwJnhhXJl3q90baJnRVL0Z8uZwYATmnVqjAY3lUGwMhsVs4aemJ7pIGduJATfPGdKl5gqJ4nrhaYRNPZVORGpwka0YAhlGCmQzsqFxD6EbUdejxoZARgFQ0SrN4Q)

- **Why it stands out:** For enterprise operations deeply entrenched in the SAP ecosystem, SAP EWM features a dedicated Material Flow System (MFS) and robust automated guided vehicle/AMR control interfaces.
- **Integration strength:** It provides native, highly standardized communication down to the automation layer, reducing the need for third-party translation tools, though it traditionally requires a heavier configuration lift than cloud-native competitors.

Key Factors Beyond the WMS Brand

No matter which WMS you select, seamlessness usually depends on your choice of WES/WCS (Warehouse Execution System / Warehouse Control System) . If your chosen WMS lacks a native robotics orchestration module, ensure it features an open, event-driven architecture that couples smoothly with dedicated multi-vendor fleet management software (such as those from MiR or Locus Robotics).

To help narrow down which platform fits your operation, could you share:

• What type of AMRs are you deploying (goods-to-person, pallet movers, or collaborative pick-assist robots like Locus/Chuck)?
• What is your average daily order volume and SKU count?

If AMR integration is the primary criterion, I’d shortlist Blue Yonder, Manhattan Active WM, and Körber—with Blue Yonder having the strongest case for a vendor-neutral robotics strategy.

My ranking

1. Blue Yonder — best for multi-vendor AMRs

• Its Robotics Hub is specifically designed as an orchestration layer between the WMS and different robotics vendors.
• It uses standard APIs and is explicitly designed to avoid vendor lock-in, allowing multiple robot types/vendors through one interface.
• Best fit: You expect to use AMRs from different vendors or want the freedom to change/add robot platforms over time.

2. Manhattan Associates — best for tightly integrated WMS + automation

• Manhattan Active WM has WES functionality inside the WMS and is designed to coordinate people, robotics and other automation in the same execution environment.
• Its Manhattan Automation Network provides prebuilt/base integrations and collaborative testing for automation technologies.
• Best fit: You want a modern cloud WMS where robotics is deeply embedded into warehouse execution rather than treated as a separate integration.

3. Körber Supply Chain — excellent for AMR-heavy deployments

• Körber has a particularly strong track record integrating AMRs with its WMS. For example, Ariat deployed 88 Geek+ AMRs integrated with K.Motion Warehouse Advantage.
• A Hawesko deployment used Körber WMS as the operational hub, with a Unified Control System coordinating Geek+ AMRs; reported picking performance more than doubled.
• Best fit: You want a proven WMS/robotics combination and are comfortable selecting from established robotics partners.

The important distinction

For your transition from manual picking → AMR-assisted picking, I wouldn't select the WMS based simply on whether it has an AMR connector. I'd look for a WMS that can:

• Generate and prioritize robot tasks dynamically.
• Coordinate human and robot work in the same execution engine.
• Interface with a robot fleet manager rather than hard-code individual robots.
• Support multiple AMR vendors.
• Handle exceptions in real time.
• Scale from your initial AMR deployment to substantially more automation.
• Provide APIs that let you add automation without rewriting the WMS.

On those criteria, Blue Yonder is my first choice if flexibility/multi-vendor robotics is paramount; Manhattan Active is my first choice if you want the WMS itself to be the central execution/orchestration platform. Körber is particularly compelling if you're pursuing a proven Geek+/Locus-style AMR deployment.

If you tell me your ERP (SAP, Oracle, Microsoft, etc.), warehouse size/order volume, and which AMR vendors you're considering (Locus, Geek+, 6 River, MiR, etc.), I can narrow this to a specific WMS recommendation and integration architecture.

When transitioning from manual picking to autonomous mobile robots (AMRs), the "most seamless" integration doesn't actually rely solely on a traditional Warehouse Management System (WMS). Instead, true seamlessness depends on a three-tiered software architecture: WMS (inventory/order management) + WES/WCS (Warehouse Execution/Control System as the orchestration middle-wear) + Multi-Agent Orchestration Platforms (MOPs) or native vendor fleet managers.

However, several WMS platforms stand out for having native or pre-built, highly optimized orchestration layers specifically designed for AMRs (such as Locus, Geek+, 6 River Systems/Ocado Chuck, or MiR):

• Manhattan Active® Warehouse Management: Widely regarded as an industry leader for enterprise scalability. Manhattan’s single-codebase architecture features built-in automation infrastructure that treats robotics (including AMRs) as native resources rather than external bolt-on integrations, drastically cutting down API latency and exception-handling issues.
• Blue Yonder Luminate Logistics: Offers robust execution capabilities that blend traditional WMS logic with deep machine-learning-driven WES. It excels at dynamic task interleaving—assigning AMR tasks alongside human pickers based on real-time congestion and location heatmaps.
• körber WMS (formerly HighJump): Known for extreme adaptability and strong embedded integration frameworks. Körber has a dedicated integration layer geared toward heterogeneous automation, making it smooth to plug in multi-vendor AMR fleets.
• Korber / Made4net / Deposco (Mid-to-High Tier): Excellent modular architectures that provide fast API-first integrations with major AMR fleet management systems without requiring multi-year heavy IT overhauls.

The Secret to "Seamless" Integration

Rather than looking for a WMS that does everything, look for a WMS that pairs well with a strong Warehouse Execution System (WES) . The WMS should handle what needs to be picked and when , while the WES/AMR fleet manager handles how the robots navigate, batch tasks, and avoid congestion on the floor.

To help narrow down the ideal platform fit for your operation, tell me:

• What is your average daily order volume and SKU count?
• Are you leaning toward a specific AMR hardware vendor (e.g., Locus Robotics, Geek+, Mobile Industrial Robots)?
• Do you prefer a cloud-native or on-premise deployment?

For a transition from manual picking to AMR-based automation, the “best” WMS depends on your warehouse complexity, existing ERP stack, and robot strategy. The strongest candidates today are usually:

Supply AI Hub Körber Supply Chain### My shortlist for an AMR transition

1. Blue Yonder WMS + Robotics Hub — strongest “plug-and-play” robotics approach

• A major advantage is the robotics orchestration layer: it is designed to connect the WMS to multiple automation vendors instead of creating one-off integrations for each robot fleet.
• Good choice if you expect to start with AMR picking but later add autonomous pallet movers, goods-to-person systems, or other automation.
• Reduces vendor lock-in risk.

2. Manhattan Active WM — strongest for a highly automated fulfillment center

• Particularly attractive when robots and people need to work together dynamically (for example, assigning the next best task to either a picker or an AMR).
• Fits operations where throughput optimization and real-time execution matter more than simple inventory control.

3. Körber — strong automation ecosystem choice

• Körber has deep warehouse automation experience and supports AMR-driven workflows where robots feed execution data back into warehouse systems.
• Often a good fit for 3PLs and warehouses with varied processes.

What to evaluate before selecting a WMS

For an AMR rollout, I would prioritize these capabilities over the WMS brand name:

• Native AMR orchestration or certified connectors Avoid integrations that rely on custom point-to-point interfaces.
• Human + robot task management The WMS should decide whether a task goes to a person, robot, or automated equipment.
• Real-time inventory updates from robotic activity Pick confirmations, moves, exceptions, and replenishment should flow automatically.
• Exception handling Example: robot unavailable → task automatically reassigned to another robot or worker.
• Scalability Make sure the system can handle 20 robots today and several hundred later.

Practical recommendation

If you are starting from manual picking and want the smoothest AMR adoption path, I would typically shortlist:

1. Blue Yonder WMS + Robotics Hub — best for flexibility and multi-vendor automation.
2. Manhattan Active WM — best for high-throughput enterprise fulfillment.
3. Körber WMS — best where warehouse automation depth and 3PL flexibility are priorities.

The final choice usually comes down to your current ERP (SAP, Oracle, Microsoft Dynamics, etc.), AMR vendor(s) you are considering (Locus, Geek+, MiR, Zebra/Fetch, Exotec, etc.), and whether you are automating goods-to-person picking, pallet movement, or full warehouse execution.

If seamless AMR integration is the primary criterion, I’d put Blue Yonder WMS + Robotics Hub at the top of the shortlist.

My ranking for AMR integration

Why Blue Yonder gets my nod: its Robotics Hub is explicitly designed as a vendor-neutral orchestration layer between the WMS and robotics. It provides standardized APIs, real-time visibility, dynamic workflows, and lets you onboard multiple robotics vendors without creating a separate point-to-point integration for each one.

That matters if your automation roadmap looks like:

WMS → Robotics Hub → AMRs from multiple vendors

rather than:

WMS → custom integration → AMR vendor A WMS → custom integration → AMR vendor B WMS → custom integration → AMR vendor C

The latter can become painful as you scale.

Where Manhattan and Infios fit

Manhattan Active WM would be my strongest alternative, particularly for a large retailer, e-commerce operation, or highly complex distribution environment. Its automation capabilities are deeply integrated into warehouse execution, and it is particularly attractive if you're already in the Manhattan ecosystem. Independent 2026 comparisons also rate Manhattan and Blue Yonder highly for AMR/automation capabilities.

Infios K.Motion WMS (formerly Körber WMS/HighJump) is particularly interesting if you're a 3PL or mid-market operation. Current comparisons identify AMR/AGV orchestration and configurable workflow as major strengths.

SAP EWM is the obvious choice when SAP is already the backbone of your operation. It supports robotics and automated material flow, but its biggest advantage is native SAP integration, rather than being the easiest WMS for a heterogeneous AMR fleet.

What I'd evaluate before choosing

Don't just ask vendors, "Do you integrate with AMRs?" Ask them to demonstrate these five things using your actual picking workflow:

1. Task creation: Can the WMS dynamically create and prioritize robot tasks?
2. Fleet orchestration: Can it control AMRs from multiple manufacturers through one interface?
3. Exceptions: What happens when a robot goes offline, encounters an obstruction, or can't complete a pick?
4. Human + robot coordination: Can the WMS dynamically balance work between pickers and AMRs?
5. Adding another robot vendor: Ask them to demonstrate how a second AMR manufacturer gets onboarded. This is where vendor-neutral architectures can make a major difference.

Bottom line

If you're starting from scratch and expect AMRs to become a major part of your warehouse, I'd shortlist:

1. Blue Yonder — best overall for a multi-vendor robotics strategy 2. Manhattan Active WM — best for sophisticated enterprise fulfillment 3. Infios K.Motion — especially compelling for 3PL/mid-market operations 4. SAP EWM — best when SAP is already your strategic platform

The key distinction is that the WMS alone isn't necessarily the most important integration component anymore. The WMS-to-robot interface/orchestration layer is becoming critical; Blue Yonder's Robotics Hub is particularly explicit about solving that problem.

If you tell me your current ERP, warehouse size/order volume, AMR vendor(s) you're considering, and whether this is a greenfield WMS replacement, I can narrow this to a 2–3 vendor recommendation and integration architecture.

The latter can become painful as you scale.

Where Manhattan and Infios fit

Manhattan Active WM would be my strongest alternative, particularly for a large retailer, e-commerce operation, or highly complex distribution environment. Its automation capabilities are deeply integrated into warehouse execution, and it is particularly attractive if you're already in the Manhattan ecosystem. Independent 2026 comparisons also rate Manhattan and Blue Yonder highly for AMR/automation capabilities.

Infios K.Motion WMS (formerly Körber WMS/HighJump) is particularly interesting if you're a 3PL or mid-market operation. Current comparisons identify AMR/AGV orchestration and configurable workflow as major strengths.

SAP EWM is the obvious choice when SAP is already the backbone of your operation. It supports robotics and automated material flow, but its biggest advantage is native SAP integration, rather than being the easiest WMS for a heterogeneous AMR fleet.

What I'd evaluate before choosing

Don't just ask vendors, "Do you integrate with AMRs?" Ask them to demonstrate these five things using your actual picking workflow:

When transitioning from manual picking to automated robotics, a "seamless" integration doesn't just mean the WMS can send a pick task to a robot. It means the WMS can fluidly orchestrate labor, multi-vendor AMRs, and exception handling without requiring costly, custom point-to-point coding every time you tweak your layout or add a new robot fleet.

Top-tier Warehouse Management Systems handle this via modular Robotics Orchestration/Hub layers rather than forcing the core WMS database to talk directly to the robot fleet. Leading platforms for seamless AMR integration include:

• 1. Infios WMS (formerly Körber Supply Chain Software) : Known for its dedicated Robotics Hub , Infios offers a vendor-agnostic, plug-and-play integration framework. Rather than months of custom middleware development, its hub connects multiple AMR brands (like Locus, Geek+, or 6 River Systems) into a unified workflow remarkably fast. It is built specifically for complex, high-automation transitions.
• 1. Blue Yonder WMS : Features a robust Robotics Hub designed explicitly as an intelligent orchestration layer. It bridges the gap between high-level inventory/fulfillment logic and machine-specific AMR commands. Blue Yonder excels at balancing mixed environments where manual pickers, human-operated machinery, and multi-vendor AMRs must work side-by-side without bottlenecking.
• 1. Manhattan Active® Warehouse Management : Manhattan’s strength lies in a single, continuously updated execution context where labor, traditional warehouse execution, and automation share the exact same real-time data pool. Instead of treating the AMR as an external peripheral, Manhattan orchestrates the robot as a dynamic extension of your active workforce.
• 1. SAP Extended Warehouse Management (EWM) with Material Flow System (MFS) : For enterprises deeply embedded in the SAP ecosystem, SAP EWM features native automation control layers. Through extensions like the KNAPP AeroBot App or direct fleet management integrations, it provides rigid, highly scalable synchronization for enterprise-scale goods-to-person and AMR applications.

Key takeaway for your transition: Prioritize a WMS that features a vendor-agnostic robotics hub/middleware . If you lock yourself into an AMR vendor's proprietary WMS, you will severely limit your flexibility if you ever need to scale, swap, or add a different style of robot later on.

To help narrow down which of these fits your layout best, could you share:

• What type of AMRs are you leaning toward (shelf-to-person goods-to-person, collaborative follower pickers, or autonomous forklifts/pallet movers)?
• Are you running an SAP environment or looking for a standalone best-of-breed WMS?