Updated continuously · Last updated November 10, 2026
Four pillars of the RobotWale library - from humanoids to the AI stack underneath.
Tesla Optimus, Figure 02, Unitree H1, Apptronik Apollo and more.
Explore →VLA models, imitation learning and the robotics foundation models.
Explore →Robot vacuums, cooking bots and the robots already living in Indian homes.
Explore →DJI Agras, Garuda Aerospace, ideaForge and India's drone wave.
Explore →Fresh from the library.

The 1X NEO is a compact, soft-bodied humanoid robot developed by Norwegian robotics firm 1X Technologies. Engineered for household tasks, the platform prioritizes physical compliance and foldable storage over raw payload capacity. As of current reporting, the system remains in pilot and demonstration phases, with no confirmed mass production or India availability.

A technical and commercial assessment of Sanctuary AI’s Phoenix humanoid, evaluating its actuator architecture, dexterity claims, deployment roadmap, and India market accessibility.

Apptronik Apollo is a modular, bipedal humanoid robot engineered for logistics and warehouse operations. This article evaluates its verified hardware specifications, field deployment status, and commercial availability, including an estimated landed cost for the Indian market.

A grounded assessment of Unitree’s H1 and G1 humanoids, grading claims by shipped hardware, analyzing specifications, pricing, and landed costs for Indian buyers, with verified deployment status and independent limitations.

A measured assessment of Figure AI’s Figure 01 and Figure 02 platforms, evaluating engineering claims against verified pilot deployments, shipping status, and commercial readiness for logistics and manufacturing environments. Includes India availability assessment and landed cost estimates.

A grounded review of Tesla’s bipedal humanoid programme, tracking Gen 1 and Gen 2 hardware milestones, factory pilot deployments, manufacturing constraints, and India market availability.

A grounded analysis of how Wassenaar Arrangement guidelines and US EAR/ITAR frameworks shape the development, deployment, and pricing of humanoid and advanced robotics in India, with a focus on shipping hardware, pilot deployments, and regulatory compliance.

A technical breakdown of ISO 10218 and ISO 13482 safety frameworks, collaborative robot safety modes, hardware validation requirements, and Indian market availability with landed cost estimates for compliant systems.

How the European Union’s AI Act classifies robotic systems, mandates conformity assessments, and reshapes compliance costs for manufacturers. Evidence-based analysis of high-risk robotics, GPAI integration, and India-bound pricing implications.
Humanoid launches, deployments, funding and India-focused coverage - in one place.






Humanoid robotics is one of the most exciting fields in tech - and also one of the noisiest. We cover what is shipping, what it costs, and how it actually behaves in the real world. Especially in India.
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