Is 2010 the year of location-based services?
- 29 January, 2010 07:51
- Comments 2
In my opinion, one of the most interesting technology trends of 2010 promises to be location based services. These can be described as services that utilise a user or object's physical location to deliver relevant information. One example is the tracking of trucks or ships moving freight so customers can be informed more accurately about arrival times. Another is the delivery of a discount voucher to a mobile phone user as they walk past a store which stocks a product of interest.
Location based services are not a new idea. In fact, 10 years ago there was a lot of hype around them, fuelled by the froth in the mobile telco market (remember the billions that were bid for UK 3G licenses?). I have to confess a very personal interest in them too, as they featured heavily in my PhD thesis, completed in 1998.
In 2010 they're finally going to become mainstream. Why?
It's all down to the rise of the smartphone. And specifically, the fact that most smartphones now have in-built GPS. Combined with always-on wireless connectivity, it means that applications running on these phones can report a user's current location on a regular basis.
As GPS-equipped smartphone use has taken off, so the applications that use the location information have also begun to. Mapping is perhaps the most obvious -- dynamically update a map, centred on the user's current location, as the user moves around. Very useful when you're trying to find the nearest outlet of your favourite coffee purveyor in an unfamiliar area.
Photographs taken on smartphones can have latitude and longitude information encoded with them. So, photographs can be then combined with mapping information -- perhaps someone has a good meal at a restaurant and wants to remember where the restaurant is. The addition of location information gives some extra context to the photograph making the event more memorable.
Social networking is also going to change. Start-ups Gowalla and Foursquare have both launched consumer-oriented location-based social networking applications. Rather than use conventional mapping information, they rely upon their user community to create "locations" -- a bar or restaurant for example -- where users can then check-in at and broadcast their location to other users. It is widely anticipated that Facebook in 2010 will start supporting location directly (Facebook's privacy policy has been already changed to allow this). Users will then be able to browse their network by their current location, or be alerted, perhaps, when a friend is within 1km of them.
Twitter, the micro-blogging service, is now beginning to support location information. Updates to Twitter are tagged with the phone's location. Shortly, users will be able to browse tweets by location or identify when people they follow are near them. With all these examples, it's important to recognise that the use of location is more than the simple adding of a feature. Location information will significantly change the way in which applications that support it are used.
Join the CIO Australia group on LinkedIn. The group is open to CIOs, IT Directors, COOs, CTOs and senior IT managers.
- Bookmark this page
- Share this article
- Got more on this story? Email CIO
- Follow CIO on twitter
-
Monash Uni reduces IT teams after consolidation project
-
FTC warns makers of background checking apps
-
Time to get Agile
-
QLD govt demands answers after pay glitch
-
Monash Uni reduces IT teams after consolidation project
-
Best Practices for Energy Efficient Storage Operations Version 1.0
The energy required to support data center IT operations is becoming a central concern worldwide. For some data centers, additional energy supply is simply not available, either due to finite power generation capacity in certain regions or the inability of the power distribution grid to accommodate more lines. Read on. -
Case Study: Understand How Edith Cowan University has Regained Control of their Storage Environment
Storage infrastructures continue to grow at alarming rates - up to 60% or more, annually. Like many organisations, Edith Cowan University was facing such rapid data growth, with its storage system capacity projected to double each year. Using IBM Tivoli storage solutions, the university has been able to reduce the number of physical disks required and make better use of their existing storage capacity, helping them to make more efficient use of the space in their data centre and reduce their spend on power and cooling. They now make space-efficient snapshots for failover and are able to recover systems in hours instead of days. -
IBM agility@scale™: Become as Agile as You Can Be
In this eBook, Scott Ambler, IBM Rational software's Chief Methodologist for Agile and Lean discusses how IT organisations are finding that agile project teams, as compared to traditional project teams, enjoy higher success rates, deliver higher quality projects, have greater levels of stakeholder satisfaction, provide better return on investment (ROI) and deliver systems to market sooner.
-
Information Nation
-
Mining eBay Web Services
-
Mechwarrior 4 Mercenaries ( Sybex Official Strate Gies & Secrets)
-
Access 2000 for Windows for Dummies Quick Reference
-
Excel 2010 Bible
-
Flash MX ActionScript - the Designers Edge
-
50 Fast Final Cut Pro 3 Techniques
-
C All-In-One Desk Reference for Dummies
-
Windows 98 for Dummies Quick Reference











Comments
Pieter Post
LBS: general model
I found this general model, developed at the Radboud University of Nijmegen, the Netherlands. The site says that it will be fully completed at 31 august, but I think it can be a good tool for people who are working with LBS:
http://www.positioningtechniques.eu
Peter Bayley
LBS Takup
While I agree the SmartPhone has been a great accelerant in the takeup of LBS in general, a more potent influence has been the general availability of Web-friendly map DATA - specifically via Google Earth (nee Keyhole) and Google Maps along with their many imitative flatterers. As a long-time participant in spatial IT, I well remember how difficult it was to find, purchase, structure, access, display and update spatial data - with Government agencies totally overestimating its value and therefore price. Google's ability to cut reasonable-price deals with data vendors, plus the ubiquity and consequent cost-effectiveness of remotely-sensed data (satellite and aerial) means maps are now a commodity product rather than being (as they were) something only for the well-off.
Post new comment