ICTworks by Inveneo

Today, Inveneo is proud to introduce the Super-Duper Performance Computing Station exclusively for sub-Saharan Africa use. Based on the Cray Pi supercomputer, the Inveneo Super-Duper Performance Computing Station generates 3.14159265 petaflops of computing power utilizing over 1 million Intel 4004 microprocessors in a redundant centrifugal cluster, reminiscent of the original Cray design.

"This awesome computing power - the greatest man has ever known - will silence critics who assume the developing world is getting second best," said Inveneo CEO and co-founder Kristin Peterson. "The Inveneo Super-Duper Performance Computing Station will be available exclusively to rural and underserved communities first. To increase its appropriateness, we've reconfigured the hardware for our core clients so it will not quit, even if they sit."

The Inveneo Super-Duper Performance Computing Station has these key design modifications that increase its usefulness to for organizations that provide vital services - education, healthcare, economic development - in the developing world.

1. Low-power operation: Using an innovative energy capture system to harness hype, Inveneo is able to power the system solely off the energy of Mac fanboys, starting with our CIO, Mark Summer.
2. Full Goat*Net compliance: Right out of the box, the system self-connects to Inveneo's ever expanding Goat*Net, long-distance WiFi network
3. Comfortable form factor: The cold plastic and metal of traditional computers has been replaced with soft cushions and easily-cleaned fabric, and the original Cray form factor is resurrected so the computer can also be a couch during offline community meetings

The Inveneo Super-Duper Performance Computing Station will be available through our network of Inveneo Certified ICT Partners. Contact them for local pricing.

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The WiFi hackers at Inveneo, famous for their long-distance network in Haiti, are piloting a new Internet connectivity solution that they hope will bring Internet access to currently unreachable corners of rural Africa. Deploying collar-mounted wireless transceivers on a herd's worth of goats, they've created a mobile, self-healing, self-configuring network they've dubbed the Goat*Net.

Rural WiFi challenge

Rural Africa suffers from two distinct disadvantages that hinder the easy and affordable provision of Internet access - long distances between users and no electrical infrastructure. One possible solution to these challenges often employed by Inveneo is long-distance WiFi.

Even WiFi has its limits, though. On a recent trip to Ethiopa, Inveneo found rugged terrain and highly mobile populations would make a standard WiFi deployment difficult or impossible. Transient herdsmen rarely stop at one location for an extended period of time and often wander in and out of coverage areas of traditional networking solutions.

The hairiest ISP you've ever met

The challenge became how to give these herdsmen access to the same benefits of information and communication technologies (ICT) as Africa's more stationary populations.

Goat*Net: Bleating Edge Rural WiFi

While conducting a site survey of the environment and ICT needs of Afar goat herders in the Ethiopian Danakil Desert, Inveneo Project Engineer Andris Bjornson was hard pressed to come up with a traditional WiFi solution that worked:

"The rolling hills and many tall trees were making it difficult to find lines of sight that would make the network feasible"

One hot afternoon while pausing for a mishkaki snack, Andris had an intriguing thought - why not build a mobile WiFi mesh network using goats? This was the start of Goat*Net.

A mesh network is different from more traditional networks because each mesh node acts as an independent router. A mesh network continuously reconfigures or "heals" itself - finding ways around broken or blocked paths.

Inveneo paired Ubiquiti PicoStations mounted on the collars of goats with stationary Ubiquiti Airmax sector antennas to form a grazing, wandering, self-healing mobile network. As goats wander from ridgetops to valleys, the network continually adapts routing to find the best paths back to the stationary antennas and eventually to the Internet.

Goat*Net Mesh Topology

Currently, the PicoStations are powered by long-life rechargeable batteries, but Inveneo is investigating a biogas power solution, enabling the devices to be powered by waste methane produced by the goats.

Goat*Net has had a huge impact on the lives of Afar goat herders, bringing the community into the modern world. As one was quoted as saying:

Goat*Net has brought real change to our community. We can now get CBOT spot prices for nyama choma

Inveneo is excited to push this new technology even further as part of its Goat Ahead Program^TM to bring technology to ewe. According to Inveneo CIO Mark Summer:

"We've already been able to do so much with just 50 goats in a network, but that's just a start. We have plans to scale up to a full 1 kilogoat next year. As wireless radios shrink further and prices come down, the dream of a full megagoat network could be realized within 5 to 10 years."