Updated continuously · Last updated October 19, 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.

A grounded assessment of commercial LiDAR, ToF, and stereo depth sensors available for humanoid robot perception stacks, graded by shipping status, pricing, and India availability.

A measured assessment of how foundation models are transitioning from research to deployment in robotics, evaluating Pi, RT-2, Groot, and the broader push toward general-purpose robotic policies.

A grounded assessment of sim-to-real pipelines, evaluating Isaac Sim and MuJoCo against shipped humanoid hardware, pilot deployments, and the persistent challenges of crossing the reality gap.

A grounded assessment of how reinforcement learning powers real-world humanoid locomotion and manipulation, graded by deployed hardware, pilot programs, and manufacturer announcements, with specific notes on India availability and landed costs.

Imitation learning bridges human demonstration and robotic execution through teleoperation, structured data collection, and behavior cloning. This article grades current claims by hardware shipping status, examines real deployment pipelines, and outlines India availability with landed cost estimates.

An evidence-based assessment of the VLA paradigm, examining RT-2, Octo, and OpenVLA architectures, their current deployment grade, hardware requirements, and realistic pathways for adoption in India’s robotics sector.

A hardware-graded overview of DRDO's humanoid and combat robotics research, covering laboratory infrastructure, prototype demonstrators, deployment status, and India-specific availability.

A technical evaluation of humanoid robotics research across IIT Madras, IIT Bombay, IISc Bangalore, and allied Indian academic institutions. This article grades claims by physical hardware delivery, controlled pilot deployments, and public announcements, while outlining component sourcing, approximate landed costs in India, and the current state of bipedal locomotion and manipulation research.

A factual assessment of Honda’s ASIMO program, its technical contributions to bipedal balance and sensor fusion, its limited deployment history, and its influence on contemporary humanoid research. Includes market context and India availability status.
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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