Humanoid Robot Manufacturer List: A 2026 Integration Guide

The robotics market has shifted from single-purpose machines to general-purpose humanoid forms. As of May 2026, werob tracks over 280 different robots that are rank-matchable against operator specifications. The primary driver for this shift is the need for flexibility in environments designed for humans, such as senior living facilities, hotels, and logistics yards. Unlike traditional AGVs that require significant infrastructure changes, humanoid robots utilize existing hallways, elevators, and doorways.

However, selecting a manufacturer from a list is only the first step. The hardware is a commodity; the value lies in the orchestration. werob operates as the systems integrator that translates an operator's workflow into a deployable robot specification within 48 hours. By remaining hardware-agnostic, werob ensures that the choice of manufacturer is based on performance metrics rather than vendor loyalty. Whether the task is a 112,000 Euro room service offset in a hotel or a 68,000 Euro yard patrol in logistics, the hardware must fit the spec, not the other way around.

The following manufacturers represent the current state of the art in humanoid robotics. These OEMs are part of the 44+ partners ranked within the werob Supplier Match engine. Each brings specific strengths to different vertical applications.

• Apptronik (Apollo): Designed for high-repetition tasks in logistics and manufacturing. Apollo is built for mass producibility and safe human interaction.
• Figure AI: Focused on autonomous industrial applications, Figure has demonstrated significant progress in end-to-end neural network control for complex manipulation.
• 1X (formerly Halodi): Known for the EVE and NEO platforms, 1X utilizes muscle-like actuators that provide a high degree of safety in proximity to humans, making them ideal for senior living environments.
• Agility Robotics (Digit): A pioneer in bipedal logistics, Digit is specifically designed for moving bins and packages in warehouses, integrating directly with existing automated systems.
• Unitree: Offering a range of bipedal and quadrupedal platforms, Unitree has become a leader in providing high-performance hardware at a scale that supports rapid fleet expansion.
• NEURA Robotics: A German-based leader focusing on cognitive robotics, ensuring high levels of environmental sensing and safety compliance.

When evaluating manufacturers, operators must look beyond the physical form factor and assess integration readiness. The following table compares key players based on operational criteria used in the werob Supplier Match engine.

This ranking is dynamic. The werob Spec Engine considers 35,000+ project data points to determine which hardware best fits the operator's specific shift, floor, and task requirements.

A common mistake in robotics procurement is focusing exclusively on the robot. In a B2B environment, the robot is simply an actuator for a digital workflow. Without direct connectors into the operator stack, a humanoid robot remains an isolated silo. werob solves this by providing pre-built connectors into industry-standard software such as PointClickCare, MatrixCare, Opera PMS, Mews, Toast, and SAP EWM.

For example, in a senior living facility, a robot must know the medication schedule. It doesn't just walk; it receives a trigger from PointClickCare, navigates to the pharmacy, and confirms delivery via the werob Cockpit. This level of integration is what allows for the 92,000 Euro annual cost offset in medication rounds. werob's platform layers-Spec Engine, Supplier Match, Connectors, and Cockpit-ensure that the robot is a productive member of the team from day one. The promise is clear: 48 hours to spec, 5 days to quote, and 8 weeks to a live robot on the floor.

The regulatory landscape for humanoid robots is tightening. The EU Machinery Regulation 2023/1230 becomes mandatory on January 20, 2027. This regulation places significant responsibility on the operator and the integrator to ensure that autonomous mobile robots (AMRs) and humanoids meet strict safety and conformity standards. Many Asian-based OEMs do not yet have the local compliance pathways required for long-term operation in Europe.

werob provides the built-in compliance pathway for this regulation. By acting as the systems integrator, werob handles the conformity assessments and ensures that every robot in the fleet meets ISO 13482 standards for personal care robots and IEC 62443 for industrial cybersecurity. This regulatory cover is essential for Directors of Operations who cannot afford the risk of a fleet-wide shutdown due to non-compliance. The werob Cockpit provides a 4-dimensional traffic light system that monitors hardware, infrastructure, spec adherence, and regulatory status in real-time.

The decision to deploy a humanoid robot must be driven by measurable economic outcomes. werob utilizes an outcome-only commercial model where the operator pays nothing until the system is running. This aligns the integrator's incentives with the operator's ROI. Verified cost offsets across various sectors demonstrate the potential for rapid payback.

In the hospitality sector, a humanoid robot handling room service can generate a 112,000 Euro annual cost offset per site. In F&B environments, tray-bots in the dishroom contribute 76,000 Euro in savings, while kitchen floor cleaning robots offset 44,000 Euro. Logistics operations see a 68,000 Euro offset for yard patrols, and retail security patrols account for 58,000 Euro. These numbers are not theoretical; they are based on live operations across 11 European countries. By automating low-value, repetitive tasks, humanoids allow skilled staff to focus on high-value interactions, directly addressing the chronic labor shortages in these industries.

Traditional robotics consulting involves months of discovery decks and pilot projects that rarely scale. werob has replaced this with the Spec Engine. By inputting the details of a shift, the layout of the floor, and the nature of the task, the Spec Engine generates a deployable robot action graph in 48 hours. This model is fine-tuned on over 35,000 projects, allowing it to predict infrastructure bottlenecks and regulatory hurdles before a single robot is shipped.

Once the spec is finalized, the Supplier Match engine ranks the 44+ OEM partners to find the best hardware for the job. This hardware-agnostic approach prevents vendor lock-in and ensures that if a better manufacturer enters the market, the operator can transition without rebuilding their entire software stack. The werob Cockpit then provides the live fleet management layer, giving operators a single pane of glass to monitor performance across multiple sites and different robot brands.

The humanoid robot manufacturer list will continue to grow as more OEMs enter the market. However, the complexity of managing a multi-vendor fleet will also increase. Operators need a platform that can abstract this complexity. werob's target of 2,000 robots by 2028 is built on the foundation of being the operating layer for robotics in Europe. By focusing on the integration, compliance, and live management of these assets, werob enables enterprises to scale their robotics programs with confidence.

Whether you are managing a senior living group, a hotel chain, or a logistics network, the path to automation starts with a clear specification. Moving from a manual workflow to a robot-assisted operation is a technical challenge that requires a systems integrator, not just a hardware reseller. With 200 robots already live in operation, werob has the proven track record to take your facility from intake to live deployment in eight weeks. Start your spec in 48 hours at werob.de/en/onboarding.