πŸ“š SELF-WRITING HISTORY BOOK

A Device at the Intersection of Hardware, Software, Art, Technology, and Epistemology

[ PROJECT CONCEPT ]

A device that continuously reads from the internet and writes its understanding back onto physical media, creating a living, self-updating history book. The device combines a local LLM trained on Wikipedia with real-time internet access, embedded systems for pen control, and mechanical writing apparatus.

As pages fill with handwritten historical narratives, they are physically preserved in concrete and plasticβ€” a deliberate act of permanence. Each completed volume is digitally archived in a decentralized local system designed to outlast human civilization.

[ FIVE PILLARS ]

πŸ€– Hardware

XY gantry system with servo control for precise pen positioning and movement.

πŸ’» Software

Local LLM inference engine for real-time text generation and internet scraping.

🎨 Art

Handwritten text as medium; concrete casting as monument to knowledge preservation.

βš™οΈ Technology

Embedded systems, network protocols, mechanical engineering, and electronics integration.

🧠 Epistemology

Questions about how knowledge is created, stored, and transcended across time and substrate.

[ DEVELOPMENT TIMELINE ]

Week 1: CAD & Mechanical Design

PHASE: CONCEPT

Design the XY gantry system and pen mechanism in CAD. Create sketches and mechanical models for the writing apparatus.

Fusion 360 CAD Mechanics

Week 2: Laser Cutting & Assembly

PHASE: FABRICATION

Fabricate structural components using laser cutter. Press-fit assembly of frame and initial system integration.

Laser Cutter Cardboard Press-Fit

Week 3: Embedded Systems & Microcontrollers

PHASE: ELECTRONICS

Design and mill PCB for servo control. Program XIAO RP2040 with motor drivers for XY motion control and pen actuation.

XIAO RP2040 PCB Design Embedded C

Week 4: 3D Printing & Mechanical Integration

PHASE: INTEGRATION

3D print custom brackets, connector components, and precision parts. Assemble mechanical system with electronic control.

3D Printing FDM Mechanical Assembly

Week 5: Final Electronics Design & Control Algorithms

PHASE: CONTROL

Complete power distribution, implement motion algorithms, test calibration. Create software stack for hardware control.

Power Management Algorithms Testing

Week 6: LLM Integration & Internet Connectivity

PHASE: SOFTWARE

Integrate local LLM (fine-tuned on Wikipedia). Implement web scraping for real-time information. Create device communication protocol.

LLM Python WebScraping

Week 7: Full System Testing

PHASE: TESTING

End-to-end testing of LLM β†’ motion control β†’ physical writing. Debug edge cases and refine text-to-motion algorithms.

Testing Debugging Optimization

Final: Physical Preservation & Digital Archive

PHASE: PERMANENCE

Once pages are filled, encapsulate in concrete and plastic. Create distributed digital backup. Document the completed device and its history as a final artifact.

Concrete Casting Archival Documentation

[ LEARN MORE ]

Explore the individual weeks of fabrication, design, and development that brought this vision to life.

WEEK 1 β€” CAD WEEK 2 β€” CUTTING WEEK 3 β€” EMBEDDED WEEK 4 β€” 3D PRINT WEEK 5 β€” ELECTRONICS