Humanoid Robots

According to futurist Peter Diamandis, humanoid robots could begin appearing in private households as early as 2026, initially in testing phases. These machines may assist with everyday chores such as doing laundry, cleaning floors, and washing dishes. Looking further ahead, by 2040 there could be up to 10 billion humanoid robots operating across the global economy, with labor costs potentially as low as $10 per day.

Diamandis explains that if these robots are leased similarly to cars—say a $30,000 machine—the monthly cost might be around $300. That breaks down to roughly $10 a day or just $0.40 per hour, offering an incredibly cheap and always-available workforce. In such a scenario, robots could handle a wide range of tasks on demand, from housework to yard maintenance and even childcare assistance.

From Industrial Tools to Everyday Companions

Currently, most robotics companies are focused on industrial applications, developing machines for warehouses, logistics, and manufacturing. Recent examples include Agility Robotics’ Digit securing paid work and Figure AI introducing its Figure 02 model.

However, Diamandis believes the future will look very different. Humanoid robots could become widespread across nearly every sector, including healthcare, transportation, public services, entertainment, and more. This shift is expected to be so significant that experts struggle to accurately measure its economic impact.

For instance, Goldman Sachs estimates that the humanoid robot market could reach $38 billion by 2035. Meanwhile, Ark Invest suggests that the total economic value generated by robot labor could climb as high as $24 trillion.

A Massive Economic Opportunity

The wide gap between these estimates comes down to one key question: how many human jobs robots will ultimately replace. If humanoid robots become highly capable, their economic impact could be enormous.

Brett Adcock, CEO of Figure AI, points out that roughly half of global GDP is tied to human labor—amounting to around $40 trillion annually. This highlights just how large the potential market for robotic labor could become, far exceeding many existing industries.

Economic, Social, and Military Implications

From an economic standpoint, nations that successfully deploy efficient humanoid robots will gain a major advantage. They will benefit from lower labor costs and a significantly expanded workforce—especially important for countries facing aging populations.

Socially, widespread automation could transform how societies function. If labor becomes extremely inexpensive, communities may need to rethink how work, income, and daily life are structured. While this could unlock human creativity and potential, it also raises complex and controversial questions.

There are also military considerations. Modern conflicts, such as the Russia-Ukraine war, already demonstrate the growing role of drones, autonomous systems, and AI in warfare. Companies like Anduril are investing heavily in large-scale production of autonomous defense systems, signaling how important this technology is becoming.

Cost and Accessibility

One of the most critical factors shaping this future is the price of humanoid robots. Diamandis predicts that costs could fall to around $30,000 within the next decade, making them accessible through leasing models at roughly $10 per day.

Such low costs could dramatically shift global labor dynamics. For decades, countries like China benefited from inexpensive human labor, but rising living standards have increased wages. The same trend is visible in places like the United States, where minimum wages continue to climb.

When compared to human workers earning $20 per hour, a robot costing just $0.40 per hour becomes an extremely attractive alternative—especially since robots can operate continuously without breaks, illness, or personal conflicts.

Addressing Aging Populations

Another major driver of humanoid robot adoption is elder care. The United Nations projects that by 2030, the United States will have about 25 people over the age of 70 for every 100 working-age adults.

Caring for aging populations places significant strain on individuals and society. Humanoid robots could help alleviate this burden by assisting with daily tasks, although maintaining human interaction and emotional support will remain essential.

A Post-Labor Future

Perhaps the most profound question is what kind of world humanity will create if labor is no longer a necessity. In an ideal scenario, technology could free people from basic survival tasks, allowing them to focus on creativity, innovation, and personal fulfillment.

As one perspective puts it, technology can enable humanity to step away from the constant struggle for survival. However, the path forward is uncertain. The same technologies that promise abundance could also deepen inequality or be used in harmful ways, as current global conflicts and economic divides already suggest.

Conclusion

The development of humanoid robots represents one of the most transformative technological shifts of our time. From reshaping economies to redefining daily life, its impact will be vast and far-reaching. While the potential benefits are enormous, the choices made by companies, governments, and societies will ultimately determine whether this future leads to greater prosperity—or new challenges.