The Tech Storyteller Argues AI Can Give Old Phones Virtual Robot Bodies
- In a LinkedIn post, a mechanical engineer argues that artificial intelligence can give old phones virtual robot bodies.
- The project began with a spare device already on hand, utilizing a coding session with Astra.
- Within this virtual framework, the division of labor between the device and the AI is clearly delineated.
In a LinkedIn post, a mechanical engineer argues that artificial intelligence can give old phones virtual robot bodies. Writing as part of Episode 2 of The Tech Storyteller, the creator details transforming a smartphone into a simulated system through coding sessions.
The project began with a spare device already on hand, utilizing a coding session with Astra. The current setup allows the user to scan an office space, observe a humanoid character move through the generated map, replay the path, and explore the saved room in a manner resembling a small game.
Phone Handles Mapping While Astra Chooses Next Steps
Within this virtual framework, the division of labor between the device and the AI is clearly delineated. The phone handles the room map and checks the route, while Astra chooses the next step.
However, the project currently faces limitations. An attempt to make the virtual robot perform a pickup task does not work yet, though the creator notes that the attempt is visible in the shared video as part of building in public, including the bits that fail.
Future Physical Hardware Plans
Looking ahead, the creator outlines potential steps to transition the project from a purely software-based simulation into tangible hardware. The next objective is to see whether it is possible to turn a pile of salvaged parts, a Pi Zero, some motors, and the old phone into something that actually drives.
Reflecting on the process, the mechanical engineer notes that being able to build towards the physical world just by talking through ideas is pretty hard to get the head around, while also posing a question to others tinkering with AI and robotics at home.
