News & Events
by Glenn Ricart September 27, 2012
Yesterday, Mozilla Ignite awarded eight teams with prizes for their innovative apps that “offer a glimpse of what the internet of the future might look like.” Their blog post is re-posted below:
Today, Mozilla and the National Science Foundation announced eight winning ideas that offer a glimpse of what the internet of the future might look like. Next up: invite developers everywhere to make these and other big ideas a reality.
Eight teams were awarded prizes today for their submissions to the Brainstorming Round of “Mozilla Ignite,” an open innovation challenge that invites developers and the general public to imagine and build applications that make use of ultra-fast, deeply programmable networks up to 250 times faster than the internet of today.
The proposed apps are aimed specifically at areas that create public benefit. Categories range from education, healthcare, public safety and clean energy to transportation, workforce development and advanced manufacturing.
Development Round now open
Now that the initial “Brainstorming Round” is complete, the challenge moves into the “Development Round.” Developers canenter the challenge now to help build one of the winning ideas, or submit their own completely new proposal.
$485,000 is available in funding to support winning proposals, and all are welcome to submit at mozillaignite.org. Winners will receive funding, support from world-leading judges, and access to the National Science Foundation’s Global Environment for Network Innovation (GENI), one of the most advanced test-bed networks in the world.
Brainstorming apps from the future
Here are the eight winning ideas from the Mozilla Ignite Challenge’s “Brainstorming Round:”
- Real-Time Emergency Response Observation and Supervision (grand prize winner)
Jeremy Cooperstock, Shared Reality Lab, McGill University
This app saves lives. The goal: arm firefighters, rescue workers and first-responders with powerful new real-time data and communications, combining live, high-quality video from multiple feeds with real-time sensor data — like heat and smoke levels — plus massive computing capacity to improve decision-making and coordination.
- Real-time 3D Interactive Telepresence
Andor Salga, Seneca College, author of XBPointStream
A giant leap beyond the video-conferencing of today, this app proposes using 3D Kinect sensors for two-way, three-dimensional “tele-presence,” allowing doctors to gain a real-time views of their patients or let teachers to teach remote classes in 3D.
- Remote Process Control Using a Reliable, Real-Time Protocol
George Adams, Purdue University
Reliable, super-fast networks can provide whole new ways of controlling processes from afar, empowering engineers, artists, and experimenters to remotely control advanced manufacturing processes like 3D printing — regardless of how near they are to the means of production.
- Long-Term Monitoring and Crisis Management System
Amr Ali, Biomedical Engineer and Dmitri Boulanov, Software Engineer, Boston University 2010
Ubiquitous sensors combined with high-speed networks can revolutionize healthcare. This app would allow you and your doctor pull together and analyze your health data in real-time, detecting and preventing potential crises before they occur.
- High Quality Open Source Web Conferencing
Fred Dixon, BigBlueButton
Combining the power of high-speed networks with new web standards like HTML5 and WebRTC. The result: a robust remote classroom experience and high-quality education for any student equipped with a simple web browser, no matter where they’re located.
- Kinect Health 3D
Bob Summers, graduate of Virginia Tech and MIT
Helping users get in shape with a group of peers from the convenience of their living rooms, using real-time 3D scans of participants plus high speed computing resources in the cloud to monitor and share their progress over time.
- Smart Streets for Smart Cars
Eric Endlich and Julian Valencia, EndlichStudios
Cars are getting smarter — why shouldn’t our streets? From traffic lights that dynamically respond to changes in traffic, to street lamps that automatically dim to save energy, to roads that communicate real-time traffic updates and emergency broadcasts to drivers.
- The Rashomon Project: “Multi-Perspective Chronology”
Camille Crittenden, Data and Democracy Initiative at CITRIS, UC Berkeley
How can social video improve our understanding of complex events? Rashomon would allow visitors to study an event from multiple perspectives, zooming in on particular moments to examine sequences in detail.
What else can developers do with all that new power?
Mozilla Ignite’s Will Barkis says app ideas like these are aimed at coming up with entirely new uses for deeply programmable, gigabit-per-second networks. “In the same way that earlier ‘killer apps’ like spreadsheets and email made the case for home computing, we’re looking for next-generation apps that make the case for how new ‘super networks’ can spur a whole new era of innovation.”
Suzi Iacono from the National Science Foundation says the goal is to create 60 transformative apps over the next 3-5 years. “We’re looking for apps with real impact in areas of public benefit, and it’s so exciting to see the enthusiasm and brilliance coming through already in some of these submissions.”