Humanoid robots in homes by 2026: Peter Diamandis

In this talk

1. 2:04

   Why humanoid robots are arriving now

   Diamandis says AI, computing, batteries, sensors, materials and communications are converging to make useful robots possible. His Q4 2024 report counted about 100 reasonably or well-funded humanoid robotics companies, including 16 major players it examined. He says the field is changing quickly and expects the list to grow.

2. 7:10

   Costs, adoption and the changing nature of work

   Diamandis estimates a $20,000 to $30,000 robot could cost about $300 per month to lease, or roughly 40 cents per hour. He predicts beta versions for homes by the end of 2026 and wider use by the end of the decade. He and Koetsier discuss potential benefits in understaffed work and care, alongside job displacement, economic changes, and the importance of purpose and meaningful challenge.

3. 19:18

   Why robots have human bodies

   Diamandis argues that a humanoid form lets robots use spaces and tools already designed for people, such as stairs, doors and hand drills. Koetsier suggests multiple specialized robots could work together when one robot needs more capability, such as extra arms in a kitchen. Diamandis expects AI to help design future robot generations, with robots eventually building robots.

4. 23:09

   Competition, manufacturing and shared learning

   Diamandis names Figure and Tesla's Optimus as leading contenders, and also highlights Apptronik, Agility Robotics, Boston Dynamics, Unitree and Engineered Arts' Ameca. He describes different software strategies, from tightly integrated systems to robots that can use different language models, and says fleets can share what individual robots learn. He also points to China's manufacturing ecosystem and demand for labor as advantages, and discusses 3D printing parts on demand.

5. 36:11

   Robots in specialized work

   Diamandis says a large robot fleet could share experience when one robot encounters something new. He uses surgery as an example, arguing that a robot could draw on the results of many procedures and perform tasks with steady hands. Koetsier mentions a brain implant procedure in which a robot inserted electrodes after a human surgeon prepared the patient.