README.md

The Flaschen Tachen is a great way to give members of Noisebridge a system which is hackable. What are other systems that Hackspaces have made which were hackable?

Hackspaces and makerspaces around the world often create unique, hackable systems that embody the spirit of innovation and open-source technology. Here are some notable examples:

1. Interactive LED Walls: Similar to the Flaschen Taschen at Noisebridge, other spaces have created large-scale LED displays that can be programmed and controlled by members.

2. Hackable Door Access Systems: Many hackspaces develop their own electronic access systems, allowing members to experiment with RFID, NFC, or even biometric access controls.

3. DIY 3D Printers and CNC Machines: Custom-built or modified 3D printers and CNC machines are common. These not only serve a practical purpose but also provide a platform for learning and experimentation in hardware and software.

4. Biohacking Equipment: Some spaces, especially those with a focus on biohacking, create DIY lab equipment like microscopes, centrifuges, and bioreactors that can be modified and improved upon.

5. Open-Source Software Projects: Software projects, especially those related to managing the space (like reservation systems, member databases, etc.), are often developed in-house and made hackable for members.

6. Customized Workbenches and Tool Stations: Workbenches with integrated tools, power supplies, and measurement equipment, designed to be adaptable and upgradeable.

7. Modular Electronics Platforms: Custom electronics platforms (like Arduino, Raspberry Pi, or unique creations) that can be used for a multitude of projects and educational purposes.

8. Interactive Art Installations: Art pieces that incorporate technology and encourage interaction and modification by members.

9. Wireless Network Experiments: Some spaces set up complex network systems that allow for experimentation with network protocols, security, and performance.

10. Robotics Platforms: Custom or modified robotics systems for learning and experimentation in AI, machine learning, and mechanical design.

These projects not only serve as practical tools and learning platforms but also foster a sense of community and collaboration, as members work together to build, maintain, and improve them.

What are projects that have been done at Noisebridge or other spaces that were made to be hackable?

At Noisebridge and similar makerspaces, a variety of projects have been undertaken that are specifically designed to be hackable, encouraging members to learn, modify, and improve upon existing designs. Here are some notable examples:

1. Flaschen Taschen at Noisebridge: A large-scale, interactive LED display wall that can be programmed for various visual displays and interactive art.

2. Circuit Hacking Mondays (Noisebridge): An open event where participants build kits, learn to solder, and work on their own electronics projects, promoting a DIY and hackable approach to electronics.

3. Neurohacking Group (Noisebridge): Focused on brain-computer interfacing, neurofeedback, and EEG analysis, this group works on hackable projects related to neuroscience.

4. DIY Bio Group (Noisebridge): Engaging in biohacking, this group offers opportunities to work on projects like DIY microscopes, centrifuges, and biological experiments.

5. Open Source Software Development (Various Spaces): Many hackspaces engage in developing or contributing to open-source software projects, which are inherently hackable and collaborative.

6. Custom 3D Printers (Various Spaces): Building or modifying 3D printers is a popular project, allowing for exploration in mechanical design, electronics, and 3D printing technology.

7. Interactive Art Installations (Various Spaces): Projects that combine art with technology, such as interactive sculptures or installations that respond to environmental factors or viewer interactions.

8. Robotics Projects (Various Spaces): From basic robotic arms to more complex autonomous robots, these projects offer extensive opportunities for hacking in both hardware and software.

9. DIY Musical Instruments (Various Spaces): Creating electronic or digital musical instruments that can be programmed and modified, like synthesizers, MIDI controllers, or digital drums.

10. Home Automation Projects (Various Spaces): Designing and implementing custom home automation systems, often using platforms like Arduino or Raspberry Pi.

These projects not only demonstrate the innovative spirit of makerspaces like Noisebridge but also reflect the ethos of shared knowledge, open-source collaboration, and hands-on learning that is central to the hacker and maker culture.