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Humanoid robotics in logistics Between hype and real added value
Imagine this: An employee enters your warehouse, opens doors, picks up boxes, operates machines and moves safely through existing processes. With just one exception: it's not a person.
This is exactly where the vision of humanoid robotics in logistics comes into play. What long sounded like science fiction is increasingly becoming the focus of industrial practice thanks to new generations of robots. At the same time, the question arises as to where resilient benefits arise and where expectations are still outstripping technological demonstrations.
Companies such as Tesla with "Optimus", Agility Robotics and Figure AI are driving the development of humanoid robots forward on a massive scale. At the same time, industry platforms such as LogiMAT show that the technology is visible, but also clearly demonstrates the gap between a functioning demonstration and long-term economic operation. We are still a long way from widespread use.
In contrast to traditional industrial robots or autonomous mobile robots (AMRs), the advantage of humanoid systems lies in their design. They are designed to fit into existing warehouse structures optimized for humans without extensive structural changes. Stairs, ladders, doors or different gripping heights can be mastered in principle. But this is precisely where the reality becomes apparent: many applications are still at the demonstration stage, and economically viable use cases are still the exception.
What is humanoid robotics and what is not?
Humanoid robots are bipedal, human-like systems that are based on sensor technology, AI-supported perception and autonomous movement models. Their aim is to carry out non-standardized activities, i.e. precisely those tasks that traditional automation has so far only covered to a limited extent.
It is important to make a clear distinction:
Humanoid robots are neither cobots nor driverless transport systems or exoskeletons. While these technologies are optimized for specific tasks, humanoid systems pursue a generalist approach with correspondingly higher complexity and currently limited economic efficiency.
Relevance for intralogistics: Where does real added value arise?
Humanoid robotics unfolds its potential above all in existing warehouse structures, both in hybrid and manual environments:
- Support for non-standardized picking processes
- Taking over simple manual tasks
- Flexible response to peak loads
- Use without fundamental infrastructure changes
The "last manual steps" in particular are considered a decisive starting point. These activities are often process-critical, but have so far been difficult to standardize or automate economically. Humanoid systems could provide support here in the future.
However, conveyor technology, shuttle systems and highly automated warehouses remain significantly more efficient. Humanoid robotics complements existing systems, it does not replace them, not yet.
SAP Integration
The real benefit only arises (as with any technology used) through proper integration into the IT and process landscape. SAP Extended Warehouse Management plays a central role in this, albeit with a clear distribution of roles.
SAP EWM as an orchestrator, not as a robot controller
SAP EWM remains the leading system for warehouse orders, resource management and inventories. Humanoid robots are not operated as isolated units, but are integrated as executing resources in EWM processes.
Typical integration modules are
- Transfer of warehouse tasks via standardized interfaces
- Status and event feedback from the robot system
- Monitoring and exception handling in SAP interfaces
The autonomous movement and decision-making logic remains in the robot system, not in SAP EWM.
Today, humanoid robotics is connected via an integration and orchestration layer, e.g. on the basis of the SAP Business Technology Platform or via other defined interfaces.
With SAP Warehouse Robotics, SAP is also pursuing an approach that will be even more robotics- and vendor-neutral in the future.
Concrete use cases
Even if the vision of a "human-like employee" is present, current application scenarios are conceivable as follows:
1. picking support
Taking over simple picking processes in manual areas
2. replenishment and material transportation
Can be used flexibly in the event of bottlenecks or short-term peak loads
3. packaging and repackaging
Potential in multi-variant processes with low standardization
4. system operation in production
Automation of manual activities
The focus is not on full automation, so to speak, but on relieving the strain on people.
Challenges: Why humanoid robotics is not yet a standard
Despite all the progress, key hurdles remain:
- Safety: Certifications for human-robot collaboration in logistics are complex
- Costs: High investments with unclear ROI
- Speed: Significantly slower than specialized systems
- Reliability: Sensitive to real environmental conditions
- Maintenance & energy: High technical effort during operation
These factors explain why many applications remain in pilot status.
Market development: increasing momentum
Large technology companies are driving development forward and the SAP ecosystem is also increasingly opening up to robotics and AI integration. Pilot projects demonstrate the basic integrability, especially in combination with cloud-based platforms and AI services.
At the same time, LogiMAT shows that while many systems are technologically impressive, most of them feature rudimentary processes that are not fully process-capable. Cost-effective end-to-end applications are still the exception.
Great vision - the reality check
The implementation of humanoid robotics in logistics is at a turning point. Technological advances are clearly visible and the potential is there, but there is still a long way to go before it can be used productively.
Added value is created where:
- manual processes are supplemented in a targeted manner
- existing infrastructures are used
- systems are properly integrated into SAP processes
At the same time, humanoid robotics is currently not a replacement for established automation, but a supplementary component with a clearly defined range of applications.
LogiMAT shows this status quo very transparently: a lot of innovation, a lot of movement, but not yet a comprehensive standard.
In the IGZ context, this means that humanoid robotics is not viewed in isolation, but is measured against the SAP standard, real processes and integration capability.
This turns a technological vision into a resilient, future-proof logistics strategy.
We look forward to hearing from you!
