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Google Developers

Turning code into fabric with Gemini

Published 2026-10-07 · Duration 1:20

Summary

This presentation explores Computational Knitting, a project that merges algorithms, mathematics, and physical textile creation. The speaker details how using Gemini AI helped transform abstract concepts—such as binary coding and embedded messages—into tangible, unique fabric designs knit on a computerized machine. The process demonstrates the power of AI in translating digital, coded information into physical, artistic outputs.

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Key takeaways

  1. Computational Knitting Concept

    The project aims to unite algorithms and math by embedding meaning (like encrypted messages) directly into knitted textiles using carrier matrices.

  2. AI-Assisted Design Process

    The speaker used Gemini to guide the project, stating that the AI interpreted an interest in 'knitting and the history of computation' and suggested exploring binary coding algorithms.

  3. Technical Implementation

    The process successfully embedded a hidden message ('Look what you can do') into the fabric structure, demonstrating that AI can assist in developing complex, technically challenging embedded code and applications.

Technical details

  • Computational Knitting 0s

    A method of translating algorithmic processes and coded data into unique textile designs knit on a computerized machine.

  • Embedded Coding 0s

    The project successfully embedded a hidden message ('Look what you can do') through carrier matrices, demonstrating the physical manifestation of digital data.

  • AI Guidance (Gemini) 0s

    Gemini was used as an inspiration tool to guide parameters, helping the speaker explore binary coding and developing the necessary application structure.

Mentioned resources

  • Gemini (AI Model)
  • Google AI Studio (Development Platform)
  • Try building today (Project Link)

Channel & topics

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