Do we really want fibre broadband?

Poor takeups in Tasmania and Kansas City raise the question of whether consumers want fast broadband

Despite the enthusiasm to be the first US city to have the high speed broadband offered by Google Fiber, it turns out interest in the Kansas City rollout is only running at half the rate expected.

This is consistent with the Australian NBN experience, with the takeup rate so far a dismal with less than 20% of Tasmanian properties passed taking the opportunity to get connected – only 10% of accessible premises are projected to sign up in 2012 according to NBNCo’s corporate plan.

Both the poor take up rates in the US and Australia raise the question “do we really want fibre broadband?”

The main difficulty are the incumbent players. In Kansas City reports are that Time Warner, the incumbent cable operator, is offering deals to lock their customers into existing plans.

A similar thing has happened in Australia with the major operators locking customers into existing ADSL and phone plans so subscribers face penalties if they churn across to an NBN service.

Most of those subscribers don’t need to churn right now, for most users the data plans they are currently on are fine and the NBN prices aren’t substantially different to the existing ADSL charges. In Kansas City, Google’s prices are lower, but the service is some way off and Time Warner can offer a connection now.

Another problem is demographics, neither Tasmania or Kansas City are major digital industry hubs and parts of both regions are economically distressed, which means they are less likely to take up the offer – or be able to make the investment – to get get connected.

That latter problem is the most concerning, as regional disadvantaged areas have the most to gain from being connected to broadband.

Just as towns lobbied in the 19th Century to get railways routed through their communities, in the 21st Century fast Internet connectivity is seen as essential to a region’s development.

But if individuals won’t get connected then it makes the business case for setting these networks up difficult to justify for corporations like Google or Governments like Australia. In future, it will make it harder to get incumbent network operators to replace aging copper infrastructure with modern and faster fibre.

As both projects mature, hopefully we’ll see a greater takeup, in the Australian case greater acceptance should be inevitable as the incumbent Telstra copper network is shut down and subscribers migrated across to NBN infrastructure.

The question does remain though of just how useful homes and businesses see fibre Internet connections to their homes, if they remain unconvinced about the value of a high speed data link then it maybe our communities miss out on the vital communications tool of the 21st Century.

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Google announces eTown awards for Australian towns

How prepared are communities for the digital economy?

I don’t normally post media releases onto the site, but it appears there’s no posting of the Google eTowns announcement. As I’m writing a story for Technology Spectator on it, here’s the release.

One thing that leaps out when reading the media reports on this is how many outlets just copy and paste. Only the Fairfax entertainment reporter went to the effort of rewriting the release and adding some additional context. You have to wonder how long ‘churnalism’ can survive given readers are onto this laziness.

 

EMBARGOED UNTIL THURSDAY 30th AUGUST, 4:30PM (EST)

 

Perth wins top spot in Google’s eTown Awards

Western Australia capital beats out eastern states as centre of digital boom

Perth leads the list of Australia’s top 10 eTowns, Google announced today. This new Google award recognises and ranks those communities which are outpacing the rest of the country in having its small businesses use the web to connect with customers and grow.

The web is transforming all businesses in Australia, not just those typically considered to be “Internet businesses”. The digital economy is already worth as much as Australia’s iron ore exports, according to Deloitte Access Economics, and it’s forecast to grow by $20 billion to $70 billion by 2016.

To provide a snapshot of this vital economic activity, Google looked at more than 600 local government areas to analyse which communities are contributing the most to the digital economy. The top 5 metropolitan and top 5 regional eTowns for 2012 are:

Metropolitan

  1. City of Perth, WA
  2. City of Yarra, VIC
  3. City of Adelaide, SA
  4. North Sydney, NSW
  5. Ryde, NSW
Regional

  1. Byron Shire, NSW
  2. Meander Valley, TAS
  3. Cessnock, NSW
  4. Wingecarribee Shire, NSW
  5. Scenic Rim Regional Council, QLD

Federal Small Business Minister Brendan O’Connor, who is launching the inaugural eTown Awards at an event in West Perth today, said;

“The digital economy is fuelling Australia’s economic growth and it’s important businesses of every size are well equipped to take advantage of the potential.  I hope this award encourages other small businesses to get online to connect with people who are actively looking for their products and services.”

Perth’s Lord Mayor Lisa Scaffidi said, “Perth may be known for its mining boom but this award shows that our businesses are actively grabbing hold of the digital boom. The City of Perth is proud of its eTown Award and I am delighted to represent an area whose businesses are so connected with both their local community and the entire world thanks to the web.”

Online advertising is a growing phenomenon and Google, through its online advertising and other services, is in a good position to act as a barometer for the strength of this commercial activity – particularly in small businesses. To come up with the eTown Awards list, Google analysed data on the number of local businesses in each local government area which are advertising with Google AdWords and/or have created a free website using Google and MYOB’s Getting Aussie Business Online initiative.

Byron Shire, home to the popular holiday destination, leads the regional eTowns list with a high proportion of accommodation, recreational hire and tours providers using the web to drive their businesses.

Claire Hatton, Head of Local Business for Google Australia said, “The eTown Award winners show that anyone anywhere can reap the benefits of the digital economy. These days being on the web is as important as having a phone. Australians expect to be able to seek out products and services online, and local businesses need to be found to compete.”

For more information about the eTown Award winners and for case studies on how local businesses are succeeding online and driving economic growth, visit www.google.com.au/ads/stories [NB: website will be available after embargo lifts].

Media are invited to attend the announcement of the eTown Awards with the Minister for Small Business, Perth’s Lord Mayor and Google Australia.

Local businesses located in each eTown may be available for interviews.

Thursday, 30th August at 2:00pm – 3:00pm
The Yoga Space
Shop 11, Seasons Arcade,
1251 Hay Street, West Perth.

To RSVP to the event or for interviews please contact:

Redacted

Notes to Editors

  1. AdWords is Google’s online advertising system which enables businesses of all sizes to advertise relevant text ads next to Google search results. Businesses decide the text and their budget and only get charged when someone clicks on their ad.
  2. The Google eTown award top ten list was created by comparing the number of small and medium sized enterprises that used AdWords in each local government area and/or have created a website using Google/MYOB’s Getting Aussie Business Online. The results have been normalised for the relative population of each LGA.

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How much server space do Internet companies need to run their sites?

How much server space do companies like Google, Amazon, YouTube, Hotmail and Facebook need to run their sites?

“How much server space do companies like Google, Amazon, or YouTube, or for that matter Hotmail and Facebook need to run their sites?” is the question I’ve been asked to answer on ABC Radio National Drive this evening.

This isn’t a simple question to answer as the details of data storage are kept secret by most online services.

Figuring out how much data is saved in computer systems is a daunting task in itself and in 2011 scientists estimated there were 295 exabytes stored on the Internet, desktop hard drives, tape backup and other systems in 2007.

An exabyte is the equivalent of 50,000 years worth of DVD video, a typical new computer comes with a terabyte hard drive so one exabyte is the equivalent of a million new computers.

The numbers when looking at this topic are so great that petabytes are probably the best way of measuring data, a thousand of these make up an exabyte. A petabyte is the equivalent to filling up the hard drives of a thousand new computers.

Given cloud computing and data centres have grown exponentially since 2007, it’s possible that number has doubled in the last five years.

In 2009 it was reported Google was planning to have ten million servers and an exabyte of information. It’s almost certain that point has been passed, particularly given the volume of data being uploaded to YouTube which alone has 72 hours worth of video uploaded every minute.

Facebook is struggling with similar growth and it’s reported that the social media service is having to rewrite its database. Last year it was reported Facebook users were uploading six billion photos a month and at the time of the float on the US stock market the company claimed to have over a 100 petabytes of photos and video.

According to one of Microsoft’s blogs, Hotmail has over a billion mailboxes and “hundreds of petabytes of data”.

For Amazon details are harder to find, in June 2012 Amazon’s founder Jeff Bezos announced their S3 cloud storage service was now hosting a billion ‘objects’. If we assume the ‘objects’ – which could be anything from a picture to a database running on Amazon’s service – have an average size of a megabyte then that’s a exabyte of storage.

The amount of storage is only one part of the equation, we have to be able to do something with the data we’ve collected so we also have to look at processing power. This comes down to the number of computer chips or CPUs – Central Processing Units – being used to crunch the information.

Probably the most impressive data cruncher of all is the Google search engine that processes phenomenal amounts of data every time somebody does a search on the web. Google have put together an infographic that illustrates how they manage to answer over a billion queries a day in an average time of less than quarter of a second.

Google is reported to own 2% of the world’s servers and they are very secretive about the numbers, estimates based on power usage in 2011 put the number of servers the company uses at around 900,000. Given Google invests about 2.5 billion US dollars a year on new data centres, it’s safe to say they have probably passed the one million mark.

How much electricity all of this equipment uses is a valid question. According to Jonathan Koomey of Stanford University, US data centres use around 2% of the nation’s power supply and globally these facilities use around 1.5%.

The numbers involved in answering the question of how much data is stored by web services are mind boggling and they are growing exponentially. One of the problems with researching a topic like this is how quickly the source data becomes outdated.

It’s easy to overlook the complexity and size of the technologies that run social media, cloud computing or web searches. Asking questions on how these services work is essential to understanding the things we now take for granted.

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Extending the knowledge graph

Big data takes baby steps on our desktops

Google’s latest search changes – introduced by Search Senior Vice President Amit Singhal – are another development, or baby step as Amit would call it, in making data more useful for us.

The flood  of data that’s washed over us since the web arrived has left most of us befuddled. Increasingly, a basic keyword search just hasn’t been enough to find the information we’re looking for and we’ve had to trawl through pages of irrelevant information.

One of the aims of Google’s new features is to make data more relevant to a user – so if someone in the US types “Kings” into Google, they will be given details of the Los Angeles Kings hockey team or the TV series “Kings”.

Those details will include snippets of information about the topic. It could be the teams venue or the cast of the TV show. For tourist locations it could be some basic facts or transport information.

Amit is particularly proud of integrating tourist information and flight details into search and Gmail which indicates Google is beginning to leverage its buyout of the ITA travel booking network last year.

Google’s treatment of data reflects what’s happening with other services. At the recent Australian Xero conference and in an interview with MYOB executives, it’s been emphasised how knowledge is being aggregated to give customers and users better, more useful results.

With Google’s knowledge graph we’re seeing the realisation of what big data can do, there’s many baby steps ahead but there’s a lot of potential.

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Writedowns and triumphalism

Sometimes headlines don’t tell the full story

The contrast between Microsoft’s and Google’s results released on Thursday attracted a lot of interest – for the first time in twenty years Microsoft posted a quarterly loss with Google’s profits continue to grow.

While there’s no doubt Microsoft are challenged by the effects of their lost decade and bad decisions made in that time, but the business itself is still extremely profitable.

Microsoft’s posted loss is due writing down 6 billion dollars in their aQuantive investment, an attempt to compete with Google in the online ad placement space.

Despite a six billion dollar writedown, Microsoft only posted a 500 million dollar loss showing the business is still making over 5 billion dollars profit each quarter.

Google on the other hand posted a profit of 2.8 billion, up 11% from the same period last year.

But Google also has some nasty writedowns coming in the future – the purchase of Motorola will see some substantial write downs of that 12 billion dollar deal. It’s conceivable that a very big portion of that investment will have to be written off as well.

Right now, Google’s seeing some benefit from the Motorola acquisition as the phone company’s cashflow is covering a decline in online advertising revenue, a threat to Google’s core business.

It’s easy to be triumphant when the headlines proclaim you’re a winner, but it’s often worthwhile looking at the fine print to see the real story.

 

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Android’s corporate wins

Android is increasingly becoming the platform for business hardware.

Telstra’s launch of the second iteration of their T-Hub device and the Commonwealth Bank’s Albert tablet Point of Sale device are notable in their choice of operating system.

For the T-Hub, the first version was a bug plagued and slow proprietary system that which one of the reasons for the device’s market failure. Telstra’s second attempt runs on the Google Android system.

The Commonwealth Bank didn’t make Telstra’s mistake with the Albert device, instead choosing  the open source system from the beginning.

Choosing an open platform like Android makes it easier for the developers and company to support the device and develop new products. There’s also the advantage of thousands manufacturers supplying hardware that runs on Android.

If we compare the costs of developing a proprietary system and sourcing hardware for it to run on, the choice of an open system is almost irresistible.

For Microsoft, this adoption of Google Android by corporations is another blow to Windows’ dominance of the market, a few years ago all of these devices would have been running a version of Windows but Android is a cheaper, more flexible and better suited to most of the tasks required.

It could be worse for Microsoft – Apple could be dominating this market. Apple though have had their own victory on consumer devices and increasingly companies have to cater for their customers and staff wanting an iPhone or iPad app.

Like on smartphones, the battle is now between Android and Apple.

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Mapping new industries

Can Google Maps Coordinate change the business world?

As smartphones become ubuiquitious in business, more applications are appearing that take advantage of the devices’ inbuilt features like GPS and cameras.

To date, many of these have services have been in consumer based, social media style applications but as the market matures, more business orientated services are appearing.

Google Maps Coordinate, the latest service from the search engine giant, uses a smartphone’s built in location services to track field staff and allocate jobs through an Android smartphone app.

On top of that, Google have added a Maps-style interface for businesses to schedule appointments and for staff to accept assignments.

It’s a nice but basic product that doesn’t really address any gaps in the marketplace with job scheduling technology being available for over a decade in the logistics and field service industries.

Connect2Field’s chief executive Steve Orenstein compared Google Maps Coordinate to his own product and while Steve is talking up his own company, the comparison does show this is a market that’s well catered for.

Given the market already has plenty of participants, it would make sense for Google to make the API available to existing players and profit from the rich data they can provide, that move might even give the edge to Android devices in an enterprise market that will become a two horse race if Microsoft fail to execute on Windows 8 and their tablet devices.

Unfortunately Google has chosen not to include these services into their enterprise API packages, leaving them competing against existing players rather than working with them.

At the moment Google Maps isn’t on a roll, having dropped their developer rates by 88% to deal with threat from Apple’s new mapping service.

Probably the biggest drawback to Google Maps Coordinate is its lack of integration with Google Docs, the increased siloing of Google’s operations makes the company start to resemble Microsoft and this is an issue Sergei Brin and Larry Page are going to have address lest the company find itself locked into the same inward looking stagnation.

While its difficult to see Google Maps Coordinate surviving in its current form given the nature of the marketplace, the trend in business orientated geolocation services is changing how companies work.

As smartphones take over the market and location based services become accepted, we’ll see more tools taking advantage of the business opportunities. For Google, this sector has huge potential and it will be interesting to see how they succeed in capitalising on their market dominance.

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