In-depth articles, tutorials, and news on the design, control, and real-world impact of humanlike robots.
Showing 13 to 24 of 26 articles
Moving Past Hard-Coded ControllersThe humanoid robotics industry is currently navigating a critical inflection point in how machines perceive, plan, and interac...
The Walking Trojan Horse: Security Risks in the Physical AI EraAs the humanoid robot sector accelerates its transition from controlled laboratory prototypes to...
Blog on the impact of humanoid robots on the current work force and if countries will react on time with a universal income system or atleast to have a safety net for those will be in a crisis.
The Liability Bottleneck in Humanoid ScalingAs humanoid robotics transition from controlled prototypes to fleet-scale operations in 2026, the primary bottleneck...
The Migration from Greenfield to BrownfieldFor the past three years, the narrative around industrial robotics has been dominated by "greenfield" deployments—rob...
The deployment landscape for humanoid robots is undergoing a fundamental infrastructure shift. As 2026 accelerates commercial scaling, legacy simulation pipelin...
The Era of the Working HandIn 2026, the humanoid robotics narrative has shifted decisively away from the spectacle of locomotion. While early prototypes focused...
The Hardware-Software Convergence Defining Modern HumanoidsAs the humanoid robotics industry crosses into mid-2026, the primary engineering focus has shifted fr...
The Regulatory Baseline: ISO 10218-1:2025 Enforcement As humanoid fleets prepare to scale from controlled laboratory environments to complex commercial operatio...
LeadTeleoperation and hybrid human–autonomy workflows are emerging as a deliberate, practical strategy to move humanoid robots from staged demos to dependable o...
Humanoid robotics is moving from lab demos and pilots toward explicit industrial-scale plans and data partnerships. Over the past two years companies have publi...
LeadAs humanoid robots leave research labs and enter continuous-shift work, joint-level actuator architecture is a first-order operational risk: it sets collisi...
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