Project Starline

The Jacquard loom and the telegraph both faced barriers to adoption, but they differed in nature:

Jacquard Loom

1. Resistance from Skilled Workers – Weavers feared job displacement since the Jacquard loom automated intricate pattern-making.
2. Cost & Infrastructure – It required investment in new machinery, making adoption slower for manufacturers.
3. Technical Training – Workers had to learn to operate the punch card system, which was a shift from traditional weaving.
4. Cultural Resistance – Traditional artisans and guilds resisted technological change.

Telegraph

1. High Initial Cost – Infrastructure (poles, wires, stations) was expensive and required large-scale investment.
2. Network Effects – The telegraph was only useful if multiple locations adopted it, limiting early adoption.
3. Training & Literacy – Operators had to learn Morse code, a new skill that wasn’t widespread.
4. Government & Business Buy-In – Adoption required convincing key industries (like newspapers and railroads) to integrate the technology.

Project Starline (Google’s 3D Video Chat)

Project Starline faces barriers more similar to the telegraph:

1. High Cost & Infrastructure Needs – Like the telegraph, it requires specialized hardware (depth sensors, light-field display) and a network effect for widespread use.
2. Network Effects – Just as the telegraph needed multiple stations, Starline is only valuable if many people adopt it for communication.
3. Adoption by Businesses First – Like the telegraph, it may first be used by enterprises before individuals find a need for it.

However, Starline does not face the same kind of labor resistance as the Jacquard loom because it does not replace jobs—it enhances communication. Its adoption barriers are closer to those of the telegraph, requiring infrastructure, network effects, and business buy-in.