According to roboticsandautomationnews.com, Jabil — a global manufacturing and supply chain partner operating across more than 25 countries — is helping scale humanoid robots from prototype to production, notably collaborating with Apptronik on the Apollo humanoid robot. While AI and robotics capabilities dominate headlines, Jabil’s leadership emphasizes that industrialization, not intelligence alone, determines real-world adoption.
The Industrialization Imperative
Robert Gutridge, vice president of global business units for digital commerce at Jabil, states that humanoids are still in the “crawl phase” of industrial development. Success hinges less on algorithmic sophistication and more on manufacturing discipline, supply chain maturity, and unit economics. As Gutridge explains:
“What will ultimately determine adoption isn’t just how smart these systems are, but whether they can be built safely, reliably, and affordably at scale.” — Robert Gutridge, VP of global business units, digital commerce at Jabil
Operational Realities in Warehouses and Factories
Warehouses and factories serve as critical proving grounds because their teams already operate alongside automation. However, success depends on strict adherence to operational constraints:
- Clear safety and operational boundaries, with humanoids confined to controlled zones and predictable interactions
- Non-negotiable reliability and uptime, requiring consistent performance and safe fault recovery
- Repeatable, multipurpose value — moving beyond single-task demos to flexible deployment across workflows without constant reprogramming
- Minimal infrastructure disruption, enabling integration into existing human-centric facilities without costly redesigns
- Fundamentals like battery life, mechanical durability, ease of maintenance, and secure operational controls
Supply Chain Complexity vs. Mature Automation Systems
Scaling humanoid robots differs significantly from scaling established systems like AMRs and AGVs. Gutridge notes that AMRs and AGVs benefit from well-established component ecosystems, predictable supply chains, and stable cost models — advantages humanoids lack today. Humanoids combine many complex subsystems into one platform, placing them where AMRs and AGVs were 15 to 20 years ago: facing high component costs due to low volumes and immature supplier networks.
Two key differentiators stand out:
- Supply chain maturity: Humanoids often rely on lower-volume or customized parts — unlike standardized sensors, drives, and safety components used in mature automation categories
- Unit economics and learning curves: Costs remain elevated until production scales and designs stabilize. Only then do yields improve, cycle times drop, and pricing reflect steady-state economics rather than early-stage prototyping
From Prototype to Volume Production: The Apollo Case
Jabil’s work with Apptronik on the Apollo humanoid highlights recurring challenges in transitioning from lab to line. Gutridge underscores that the biggest hurdles are not technical invention but disciplined execution: designing for manufacturability from day one, establishing repeatable testing and quality processes, and building supply chains capable of supporting new, non-standardized components. These efforts directly impact reliability, cost, and time-to-market — all decisive factors for supply chain professionals evaluating humanoid integration.
Source: Robotics & Automation News
Compiled from international media by the SCI.AI editorial team.
