re.moto System

• re.moto Boards and Modules - low-cost wireless device platform that builds on and extends Arduino and Making Things. Very easy to use with Processing and Flash. For designers to technical researchers.
• re.moto Messenger (Client and Server) - web based platform for enabling devices to subscribe and publish messages to other globally or locally networked devices. A web-wide event bus: Like Twitter for devices.

Re.moto system enables quick development and collaboration, but the more you know the deeper your experiment.

1. Creatives – Technical and Non-technical designers who just want to get a re.moto device working quickly without much hassle. No understanding of hardware required. Plug and play. Focus on your interactive application, not the technology and then share your demo.
2. Makers – Technical who want to experiment with new hardware and applications and make the resulting tools widely available and easy-to-use. Re.moto system framework: Re-use, expand, publish and share work.
3. Researchers – Researchers who want to experiment with mesh networks, for example, and other applications with low cost RF networks. Skills not constrained to PC. Can access the raw hardware and develop new models.

re.moto is currently a research platform, but the roadmap quickly leads to real-world applications.

• Home Automation - Inexpensive and ubiquitous displays, controls, and sensors with real-time updates.
  
• Home Diagnostics for applications in Medicine and Electronic Health Record
  
• Green Resource Management
  
• Wibree – emerging standard for ubiquitous low cost connection to mobile phones
  
• Displays Everywhere
  

Download the hardware and software papers.

Experiment with re.moto and sibling devices, then publish your creation to the world so others can experiment, too.
Register now.

• re.moto devices and modules
  • Jeffrey Traer Bernstein
    
  • Peter Russo
    
  • Daniell Hebert
    
  • Spencer Salazar
    
• re.moto server and client
  
  • Daniell Hebert (moto)
    
  • Baldo Faieta (synthetron)
    
  • Olivier Dony & Dominique de Walleffe (denali.be)