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Meraki

Page history last edited by PBworks 13 years, 2 months ago

Meraki

 


 

Meraki Networks is the pioneer of the first consumer wireless mesh Internet network designed to "unwire the world" and bring Internet access to all. Headquartered in Mountain View, Calif. Meraki attracted more than 15,000 users in 25 countries during its beta period. For more information, visit: www.meraki.net

 

 

 

 

For the Individual

 

The Internet at its best—at home.

Extend wireless Internet access throughout your home in just a few minutes. You can use your own connection or pull in a wireless network if your city is broadcasting one.

 

Plug it in. That’s it?

Yes, that’s it. Plug your Meraki Mini repeater into an outlet, connect it to the Internet, and you’re all set. Wireless Internet access will instantly be available throughout your home. If you have a large home, get a second repeater and boost the signal by plugging it into an outlet where the signal isn’t as strong. It will use the first repeater’s Internet access as its own. After all, sharing is caring.

 

Share on a bigger scale.

You can share Internet access with your neighbors by adding repeaters to your neighborhood, including the Meraki Mini Outdoor. To set up a bigger network, check out our Community page for more info.

 

Network your Community

 

Internet for all.

Connect a Meraki repeater to the Internet (and share the costs of one service provider). Then plug in as many Meraki repeaters as you need throughout your neighborhood or building to grow your network.

 

Meraki repeaters distribute access to users in your community. If for some reason a repeater goes down, another will pick up the signal and keep it going. And if you want, you can have the system email you when something happens so you can fix the problem right away. Fixing it is usually as easy as reminding your neighbor or tenant to plug the repeater back in.

 

Thousands of users worldwide are connecting to the Internet with Meraki mesh networks. From university students in Slovakia, to children in villages in rural Ecuador, to low-income housing in the United States. And the best part—everyday people are making it happen without the help of IT experts. This is the opportunity to free the net wherever you are.

 

Once your Meraki repeaters are set up, you can log in to Dashboard to keep an eye on your network. Ready? Get started

 

 

For entrepreneurs

 

Meraki does not wish to go into the Internet service provider business itself, but it aspires to equip any interested nontechnical person to become a micro service provider for his or her local community. If the provider wishes to use advertising to cover costs rather than charge an access fee, little would be needed in order to cover the minimal outlays for equipment and operations

 

Unwire the world.

Entrepreneurs around the world are using Meraki to become wireless Internet service providers (BECOME ISP's ??) in their communities. You can do the same. The easy part is the set up. The fun part is empowering your community as your network grows.

 

Get started by setting up Meraki mesh repeaters throughout your community. The system is fault tolerant so you don’t have to do much. Unless of course you want to get in there and take advantage of all the features and optimize network settings.

 

Use Dasboard to keep an eye on your network. This simple, web-based management system lets you administer and monetize your network. You can set access policies and limits. View historical usage statistics so you can boost signals in areas that need it or reduce it in places that don’t need as much. And you can diagnose problems in real-time, which makes it easy to fix problems right away.

 

Even better, you get to create a branded, localized user experience for your clients. You truly get to make this new business your own. And of course, you get to call yourself boss.

 

Once your Meraki repeaters are set up, you can log in to Dashboard to keep an eye on your network.

 

 

 

Dashboard

 

Dashboard

Manage your network anytime, anywhere. It’s all online and well, so are you.

 

Roll up your sleeves. Or take it easy.

Manage your Meraki network with Dashboard. Make changes or updates, and keep an eye on your network at your own convenience. Or if you don’t feel like optimizing anything, sit back and relax—the network will take care of itself.

 

Monitor

When you’re running a network, seeing is believing. View detailed usage data in real time, diagnose network problems right away, and get an at-a-glance network overview.

 

Configure

Dashboard lets you optimize your settings in just a few clicks. Set your SSID broadcast name. Enable security features. Set user limits and policies (to stop bandwidth hogs and make sure there is fair-usage throughout your network). Leave spammers a message or shut them off completely. And get email alerts for problems you want to know about right away. Then get to the fun stuff by designing and branding your splash page.

 

Monetize

You don’t even have to worry about the money. Use the Dashboard billing feature to set rates and collect automatic payments. Then figure out how cost-effective your network is with built-in revenue analysis. And if you have a business model, come back and check out figures any time to make sure everything is on track.

 

 

News

 

Meraki rolls out free WiFi throughout San Francisco

meraki-solar.jpgMeraki, the Google Mafia-run company which builds WiFi repeaters that lets residents surf the Web for free, now says it aims to spread its WiFi network across the entire city of San Francisco.

 

The company’s offering has proven popular in testing, with more than 40,000 people using Meraki’s WiFi connections in its initial two-square mile pilot test in San Francisco.

 

People learn about the service through word of mouth, or by seeing Meraki’s “Free the Net” network name when they scan available wireless networks for their computer use.

 

While popular thus far, the company has a ways to go. People are using the WiFi network mainly for free, and so the company has yet to make money. Meraki provides the WiFi repeaters for free, which makes the service possible. People can access the service without owning a repeater. Sanjit Biswas, CEO and co-founder of Meraki, said the company doesn’t plan to make money from selling the repeaters. Rather, it is trying to showcase its technology in San Francisco — so that it can provide its WiFi systems to developing countries such as Brazil or India. That’s how it plans to make money.

 

It has also just raised $20 million more in financing to help it. The second round of funding comes from DAG Ventures, which led the round, and existing investors Sequoia Capital and Northgate Capital.

 

The company has an intriguing back-end. It uses solar-powered panels on rooftops to provide power for the operation (see image at top; Meraki employee John Tso installs a panel on rooftop). In San Francisco, the company’s network overcame “thousands” of cases of interference, it said, allowing Meraki to deliver almost 1Mbps of access to each user.

 

It’s testing an ad-supported model, too, so that it can sell wireless operators on the idea.

The company expects to have every SF neighborhood up and running by mid-year.

 

 

 

Venture capital

2-2007 Meraki Networks, Inc., a Mountain View, Calif.-based developer of wireless mesh network technologies, has completed an initial $5 million venture capital financing with investors including Sequoia Capital. Meraki, which was founded last year, did not state how it will use those funds; the company said, however, that it hopes to begin selling wireless routers within the next several weeks.

 

article; "Wireless Internet for All, Without the Towers"

4 February 2007

The New York Times

 

THESE still are early days for the Internet, globally speaking. One billion people online; five billion to go.

 

The next billion to be connected are living in homes that are physically close to an Internet gateway. They await a solution to the famous last mile problem: extending affordable broadband service to each person's doorstep.

 

Here in the United States, 27 percent of the population lacks access to the Internet, according to a study completed last year by the Pew Internet and American Life Project. Among those who do have access, about 30 percent still rely on slow dial-up connections. The last mile for households with no or slow connections may be provided by radio signals sent out by transmitters perched atop street lights, as hundreds of cities have rolled out municipal Wi-Fi networks, or are in the process of doing so.

 

The impulse behind these projects is noble. It's a shame, however, that lots of street lamps and lots of dollars -- a typical deployment in an urban setting will run $75,000 to $125,000 a square mile, just to install the equipment -- do not really solve the last-mile problem.

 

If you're sitting with your laptop at an outside cafe, you'll be happy with the service. But if you happen to be at home, you realize that service to the doorstep is not enough: you still need to buy equipment to bolster the signal and solve the last mile plus 10 more yards problem -- that is, getting coverage indoors.

 

Wi-Fi signals do not bend, and you usually can't get much of a useful bounce from them, either. Because Wi-Fi uses unlicensed bands of the radio spectrum, by law it must rely on low-power transmitters, which reduce its ability to penetrate walls. Travel-round-the-world shortwave, this ain't.

 

Trying to cover a broad area with Wi-Fi radio transmitters set atop street lights brings to mind a fad of the 1880s: attempts to light an entire town with a handful of arc lights on high towers. But overeager city boosters around the country soon discovered that shadows obscured large portions of their cities, and the lighting was not as useful as had been expected. Municipal Wi-Fi on streetlamps, another experiment with top-down delivery, may run a similarly short-lived -- and needlessly expensive -- course.

 

WiMax, which will be a high-power version of the tower approach, comes in two flavors: mobile, which has not yet been certified, and fixed, which is theoretically well suited for residential deployment. Unfortunately, it's pricey. Peter Bell, a research analyst at TeleGeography Research in Washington, said fixed WiMax would not be able to compete against cable and DSL service: It makes more economic sense in semirural areas that have no broadband coverage.

 

An intriguingly inexpensive alternative has appeared: a Wi-Fi network that is not top-down but rather ground-level, peer-to-peer. It relies not on $3,500 radio transmitters perched on street lamps by professional installers but instead on $50 boxes that serve, depending upon population density, more than one household and can be installed by anyone with the ease of plugging in a toaster.

 

Meraki Networks, a 15-employee start-up in Mountain View, Calif., has been field-testing Wi-Fi boxes that offer the prospect of providing an extremely inexpensive solution to the last 10 yards problem. It does so with a radical inversion: rather than starting from outside the house and trying to send signals in, Meraki starts from the inside and sends signals out, to the neighbors.

 

Some of those neighbors will also have Meraki boxes that serve as repeaters, relaying the signal still farther to more neighbors. The company equips its boxes with software that maintains a mesh network, which dynamically reroutes signals as boxes are added or unplugged, and as environmental conditions that affect network performance fluctuate moment to moment.

 

At this time last year, two of Meraki's co-founders -- Sanjit Biswas and John Bicket -- were still Ph.D. students at M.I.T., pursuing academic research on wireless mesh networks in the course of building Roofnet, an experimental network that covered about one-third of Cambridge, Mass., and offered residents free service.

 

Last year, Google invited Mr. Biswas to give a presentation about his experience providing wireless Internet service to low-income communities. At the time, Google was testing its first municipal Wi-Fi network in its hometown, Mountain View, Calif., using transmitters attached to street lamps.

 

After Mr. Biswas's talk, a Google engineer told him that people using Google's network said they could get online at home only by holding their laptops against a window. Mr. Biswas said he was not surprised. Using municipal Wi-Fi for residential coverage, he said, was the equivalent of expecting street lamps to light everyone's homes.

 

Mr. Biswas and Mr. Bicket realized that their mesh-network gear designed for residential use could avoid that problem, and hasten the extension of Internet access worldwide. They founded Meraki, took a leave of absence from M.I.T. and, along with a third co-founder, Hans Robertson, moved to Silicon Valley. In short order, Google and then Sequoia Capital, one of Google's original venture capital backers, invested in Meraki.

 

Moore's Law, with its regular doubling of transistors on a single silicon chip, makes possible the miracle of a Meraki mini, as the company calls its basic product for the home. It contains a Wi-Fi router-on-a-chip, combined with the same microprocessor and same memory that formed the heart of a Silicon Graphics workstation 10 years ago. These components are now cheap enough today to be included in a box that sells for $49.

 

The fact that 200 million Wi-Fi chips will be manufactured this year leads to economies of scale that will drive down the price of extremely intelligent network equipment. Meraki's products are still being tested, but word-of-mouth has attracted 15,000 users in 25 countries.

 

One early adopter was Michael Burmeister-Brown, a director of NetEquality, a nonprofit in Portland, Ore., that provides free Internet access to low-income neighborhoods. He had not been impressed by Portland's municipal Wi-Fi service. Because the Wi-Fi transmitter has to be both close and within unobstructed view, the limitations brought to Mr. Burmeister-Brown's mind the sign on the back of 18-wheel trucks: If you can't see my mirror, I can't see you.

 

In Portland, the access points were installed only at every other intersection in residential areas -- creating an I can't see you problem. MetroFi, the service provider, advises residents who are not close to a transmitter to buy additional equipment to pull in the signal, with a starting price of $119 -- and that is without the professional installation option.

 

For NetEquality, Mr. Burmeister-Brown decided to try out the Meraki equipment in several neighborhoods. In the largest, consisting of about 400 apartments, five DSL lines were used to feed 100 Meraki boxes, which cover the complex with a ratio of one box to every four apartments. Each box both receives the signal and passes it along, albeit at diminished strength. For an initial investment of about $5,000, or $13 a household, the complex can offer Internet access whose operating costs work out to about $1 a household a month.

 

The bandwidth can match DSL service, but here it is throttled down a bit to deter bandwidth-hogging downloads. Nonetheless, Mr. Burmeister-Brown says everyone is able to enjoy Web browsing with what he describes as really snappy response. The sharing of signals among neighbors does not compromise privacy if standard Wi-Fi security protocols are switched on.

 

Meraki's products are not yet for sale, and its networks have not been tested with extensive deployment across a large city. Nonetheless, the intrinsic advantages of its grass-roots approach, with next-to-nothing expenditures for both equipment and operations, are impossible to ignore.

 

MR. BISWAS says there are about 800 million personal computers in the world, but only 280 million are connected. The rest are stuck in the 1980s -- close to being connected, but not quite.

 

Meraki does not wish to go into the Internet service provider business itself, but it aspires to equip any interested nontechnical person to become a micro service provider for his or her local community. If the provider wishes to use advertising to cover costs rather than charge an access fee, little would be needed in order to cover the minimal outlays for equipment and operations.

 

This low-cost network model offers the prospect of broadband service reaching inside many more households. One billion and one. One billion and two. One billion and three .

 

Randall Stross is an author based in Silicon Valley and a professor of business at San Jose State University. E-mail: stross@nytimes.com.

 

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