The Pyramids of Giza: the mystery AI still can't solve in 2026

The Pyramids of Giza: the mystery AI still can't solve in 2026

In the middle of 2026, with artificial intelligence capable of generating hyperrealistic videos and language models that outperform reasoning tests, humanity still cannot explain how millions of tons of stone were stacked in the Egyptian desert in barely twenty years. The question hangs in the air: what technology, now lost, made it possible to build the Great Pyramid?

Massive manpower and levers: the most down-to-earth hypothesis

One line of analysis holds that we underestimate preindustrial ingenuity. With enough manpower —tens of thousands of men—, sand ramps, wooden levers and copper tools, the undertaking could have been antiestéticasible. One example: in rural areas you can still see walls built by a single person over years, moving enormous stones with poles. The logic is that, with spiritual incentives and a colossal workforce, coordinated effort could have achieved what today seems impossible. Others point out that the precision of the cuts and the scale exceed anything ancient technology could have achieved conventionally, opening the door to alternative theories.

The extraterrestrial factor and skepticism

"They were helped by extraterrestrials," some state outright, though without evidence. The alien hypothesis is as old as the mystery itself, but in 2026 it still offers nothing more than speculation. On the opposite side, radical skepticism: "I've read a lot and I don't buy it," sums up the position of those who believe the official account of the pyramids hides insurmountable gaps. Others, more pragmatic, compare building a pyramid to manufacturing an F-18 fighter jet at home: with plenty of time, collective work and basic tools, it would be possible, but that doesn't explain how they achieved a perfect alignment with the cardinal points and an almost perfectly flat base.

A gap that artificial intelligence cannot close

The paradox is that, while AI is accelerating scientific discoveries at an unprecedented pace, the archaeology of the pyramids moves at a snail's pace. Not a single Egyptian document describes the construction method, and computer simulations have failed to reproduce the logistics with reliable data. The most optimistic calculation assumes that with ramps and pulleys the required time skyrockets; the pessimistic one, that the technology of the era could not bear the weight of the granite stones in the inner chambers.

With this data, the mystery of Giza remains intact. The question nobody fully answers is: if they could do it, why, with AI and robots, do we still not know how?