OK  as in Oklahoma – Oklahoma City,that is.

There is a new wi-fi project  recently deployed in the middle of the nation, and who would have thought it would be in Oklahoma? Not because of any sort of prejudging based upon technical needs or prowess of the citizens, but because of the population density. High population density is usually a key in areas where municipalities deploy.

The wi-fi network covering all of Oklahoma City is huge. Said to be the very largest in the world, it blankets 555 square miles with available connectivity.

The connectivity is only there for public safety only, so no war driving is tolerated. Yet it is quite a story.

from CNN

When Oklahoma City firefighters received a report that a body had been buried in a shallow grave at Lake Overholser, they consulted detailed topographical maps from the field as they pinpointed where to look.

Glenn Clark operates a computer inside a fire engine connected to Oklahoma City’s wireless network.

That wouldn’t have been possible without access to the city’s new Wi-Fi mesh network, said fire Capt. Jim Kruta, who held a display of the network applications with police and other city officials outside City Hall.

“We pulled up a topographical map and were able to see where the water had receded and where someone might try to bury a body,” Kruta said, adding, “We actually did find it.”

The $5 million Wi-Fi network system covers a massive 555-square-mile area and was funded with money from a public safety sales tax and city capital improvement funds.

City officials say it’s the largest city-owned and -operated Wi-Fi network in the world.

The network, which is used only for public safety and other city operations, includes 1,200 nodes, or routers, attached to street lights, utility poles and other spots across the city.

It’s structured as a “mesh,” meaning that if one node or router goes down, another fills its purpose.

Computers in fire trucks, police cars and other city vehicles can now quickly access the Internet and city databases.

“It gets data back to us a lot faster,” said police Lt. Wade Gourley as he sat inside his cruiser and pulled up video streaming from cameras mounted across downtown Oklahoma City. “With our old system, we just got text-based data.”

He said the network enables police to get “better information a lot faster.” Officers can gets detailed photographs of suspects or victims, run license plates of or exchange information on the go.

While driving to calls, firefighters can download floor plans of buildings, locate data on all of the city’s fire hydrants or determine whether there is a risk of hazardous materials on a fire call.

Many cities across the country have seen commercial municipal wireless projects fail.

Oklahoma City’s is successful because it is focused on public safety applications, said Craig Settles, an Oakland, California-based business strategy consultant and the author of “Fighting the Good Fight for Municipal Wireless.”

“My guess would be that Oklahoma City will become one of the new poster kids for municipal broadband, which is a good thing,” Settles said. “The city built a network to address the needs of city government.

“The pursuit of the network for city purposes is one of the primary financial justifications for doing one of these networks as opposed to the hype of free networks (for residents). Free networks are nice as a concept but pretty much useless as a business model.”

City officials are excited about future applications. Oklahoma City Information Technology Director Mark Meier said traffic engineers have discussed monitoring and linking signal lights to control traffic flow, while transit authorities would like to use the system to coordinate movement of buses.
“We built this for a specific purpose, and we built it with capacity in mind to do specific things, but the truth is the possibilities are even far more exciting,” Meier said.

Although the network is designed for use by the city government, something like this, once proven for that use could be modified, and segmented, to allow the general populace to enjoy the coverage. (The official traffic could be put on 11a at 5GHz, with the general users at 2.4GHz using 11 b/g/n…simple!)

If we are to become a nation with first class access to information, bold plans with modest beginnings in many places are needed. This kind of thing doesn’t happen by itself.

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