Pockit: A tiny, powerful, modular computer [video] (youtube.com)

Article summary

The article discusses Pockit, a modular computer with magnetic connectors that can be used for various applications such as smart-home automation and prototyping. The device has a modular design, allowing users to easily add or remove components. However, the computer itself is not modular, which has raised questions about its definition as a modular computer. The discussion around Pockit has focused on its potential uses, limitations, and comparisons to other solutions.

Main themes

• modular computing
• prototyping and education
• smart-home automation
• sustainability and e-waste
• industrial control panels
• standardization and interoperability

What commenters say

• Pockit's modular design makes it a promising tool for prototyping and education, but its limitations and cost may hinder its adoption for serious use.
• The device's lack of modularity in its core components, such as the computer and memory, is a significant limitation.
• Pockit's magnetic connectors and auto-configuration features make it an attractive option for users who want to quickly and easily set up and test different configurations.
• The high cost of Pockit compared to alternative solutions, such as Raspberry Pi and USB components, may make it less appealing to some users.
• The concept of modularity in technology is important for reducing e-waste and increasing efficiency, but it may not always be the best approach for every application.
• Pockit's potential for use in industrial control panels and other applications where rapid setup and configuration are important is significant.
• The comparison between Pockit and other modular systems, such as Lego, highlights the importance of standardization and interoperability in modular design.