When you watch a humanoid robot perform nine different tasks at a San Francisco tech forum for the third or fourth time, the novelty wears off and something more unsettling takes over. Not exactly fear. It’s more akin to the silent realization that the abilities we’ve been referring to as “digital literacy” for the past 20 years might already be out of date.
When Faraday Future introduced its Embodied AI Developer Platform in late April, it appeared to be engineering that sensation, whether on purpose or not. There was more to the April 25 event in San Francisco than just a product launch. It was more akin to a curriculum proposal—a business informing engineers, parents, and educators that the standard for technological proficiency needs to shift.
Contrary to what most press materials indicate, the platform itself has multiple layers. From six-year-old novices to seasoned professional engineers, there are six developer tools, four infrastructure layers, and a tiered progression system. Young Futurist, EAI Futurist, and EAI Builder are not marketing labels for developers. They correspond to an actual skills ladder that is intended to take an inquisitive child all the way up to an individual who can develop deployable robotic capabilities known as Agent Skills. It remains to be seen if it truly fulfills that arc, but the architecture is well-considered.
The timing is more difficult to ignore. Education systems are finding it difficult to keep up with the adoption of AI, according to a report released by the World Economic Forum in June of this year. This is not because the technology is advancing too quickly, but rather because the fundamental preparation is lacking. The majority of institutions are still catching up in terms of infrastructure, pedagogy, and governance. Faraday Future is discreetly introducing a structured substitute into that void.
The most obvious example of this way of thinking is likely the FX Navi quadruped robot, which is currently available for $1,990. It supports 3D-printable custom designs, is intended for use at home and in the classroom, and is powered by a smartphone that is inserted into its head module. The final detail is important. In contrast to most consumer technology, which tends to treat the hardware as finished and the user as a passenger, making hardware modifiable by the people using it is a different philosophy. It appears that Navi is wagering that customization is education in and of itself.
What does it truly mean to be digitally literate in 2026 is a more general question worth considering. For the majority of the 2010s, the solution required knowledge of social media platforms, spreadsheets, and possibly some Python. The definition continued to grow, adding prompt engineering, media literacy, and data privacy. Now that physical AI is starting to appear in homes and workplaces, the list might need to expand once more to include some practical knowledge of how robots perceive and react to their surroundings.
Faraday Future might be getting ahead of itself. Transforming an ambitious developer ecosystem into real classroom adoption is a different challenge than building the platform, and the company has a complicated financial history. On paper, the incentive program—which includes revenue sharing, grants, and hackathons—seems promising, but it takes years for ecosystems like this to gain actual gravity.
However, as you watch the forum panel discussion titled “The Robotics Education Revolution: How Embodied AI Is Raising the Next Generation of Builders,” you get the impression that something is changing beneath the surface. Not because Faraday Future stated so, but rather because everyone in the room—investors, engineers, and educators—seemed to be struggling with the same awkward question. Today’s kids learning to program a quadruped may have a different perspective on machines, intelligence, and agency than any previous generation. That is not insignificant.
The goal of digital literacy has always changed. Simply put, it’s moving more quickly and physically than most people anticipated.
