By the way, do you see that this is a special kind of code called an sms code? You could publish this code if you wanted anyone to text you if they scan this code. For example, you could make a sticker with a code like this and put it on property you might lose. Someone who found it could send you a text message and you could arrange to recover the lost property.
Thursday, November 27, 2008
Surmounting the Codereader Download Problem
Mobile Shopping and Mobile Barcodes
Tuesday, November 25, 2008
Free Classifieds on your Mobile
Monday, November 24, 2008
Barcodes Can Help You Find Mobile Content
The code presented here points to http://mobilebarcodesrock.blogspot.com/, the web address of my blog. Perfect! I could say to readers, "Look, if you want to extend your reading experience to the cellphone, just scan this here code from your computer screen, and immediately the mobile version of my blog will load to your cell phone. You could continue reading something you don't have time to read right now, or even better, you could bookmark this wireless web address on your phone, so that you could conveniently come back from your mobile again and again.
For this to take off even faster, blog hosting companies could enable widgets to appear in margins of blogs so that bloggers could choose to present them. In the meantime, bloggers can create their own by going to www.scanlife.com
The Importance of Ubiquity
Ubiquity is a tricky beast because not all phones are alike. Some iconic phones, like the Apple iPhone for instance, can do some amazingly nifty things that most other phones can't. It needs applications--maybe even for barcodes--that can take advantage of its special capabilities. But when it comes to reach, it only accesses a small portion of the overall audience.
A solution that works "well enough" on as many phones as possible is vastly preferable. Take text messaging for instance. You need a data-capable phone, but this is a large and increasing number of handsets in the market. It is valuable mainly because you can assume your buddy can read the message you send, no matter what kind of phone and phone network it runs.
So as you choose to publish a code--whether you are an individual or a company--it's important to understand specifically how many handsets in your target audience codescanning works for. And you should also understand the definition of "works." Some companies will try to deceive you in this category.
Mobile Barcodes and the Longtail
I believe that mobile barcodes can enable the long tail in a significant way. Consider a favorite example of mine, the bus stop. Companies like Nextbus (http://www.nextbus.com/) have GPS-enabled buses, and have built algorithms that allow them to predict when the bus will actually be at a particular bus stop. One problem with the Nextbus solution is that in some cases--I would argue the most important cases--the excellent information the compan provides is not available to help a rider make a decision.
Here is where Nextbus is already really great:
- I want to leave my flat or office at the right time before I start my commute so I look on the Nextbus site.
- I am at a stop where I frequently travel and I have bookmarked the wireless web content for that particular route and stop on my mobile.
Wonderful, but what if I am at a particular bus stop in a town I've never been before, it's freezing out, I don't know if the once-an-hour bus has come already or not, and there is an alternative route I could commit to around the corner? You would want to access that long-tail content quickly and conveniently, wouldn't you?
I say conveniently because you can almost always access long-tail content from the web or mobile if you have time and patience, but there is a tipping point for most things where you make the decision whether it is worth it to start the discovery process.
So, how about posting mobile barcodes at every transit stop, for every route that passes through, that tell riders when the next bus is actually going to come (not, by contrast, when it is scheduled to come). I just now happen to have navigated the NextBus wireless website to Inbound Judah Street and Funston Ave on the mobile for San Francisco's "Muni" streetcar service. I chose this stop because I think there is a lot of traffic there a lot of the time (though I'm not certain whether it runs 24 hours--sorry!). The app requires quite a few layers of navigation to get to the right information, and if I knew what I was doing I would eventually get there on my mobile.
Think about it, though: Since I'm at a particular stop and want to go on a particular bus, It's predictable that I don't care much at all about the overall transit system: I just care about the particular bus and stop that will get ME where I want to go right now. The rest is useless to me at this moment. I'd like to go to the exact place to get the information I want. Fortunately, what information required in that situation is quite predictable, and is highly correlated with the place I'm standing at the particular moment. The code is a VERY convenient conduit into the precise information I want. Without the code I probably wouldn't even try to get the answer, and wouldn't even start the search process until I was good and frustrated.
Scan the code above to see how simple it is to get the precise bus-stop information I want:
Where will the Big Bang Come From?
This may be true, but where will such investment come from, and what will be the nature of the investement? I think there are a good number of companies making investments in mobile barcode scanning infrastructure. This includes development of codescanning readers, code creation interfaces, standards development, and so on. Although there is a lot of squabbling among them, this area seems to be coming along.
The concern seems to come from the lack of investment from phone companies. In Japan the phone companies invested in making handset readers on lots of phones, and then invested in consumer education. In the US I believe that phone companies will make the readers available widely, but they may not actively market the capability.
Concern also seems to come from lack of investment from brands. More brands (like Ralph Lauren, see http://about.ralphlauren.com/mobile/?camp=AVEA_Search_Google_BroadRLBrandMobile) could take an active role in education, and then use mobile barcodes in their campaigns. Unfortunately most brands are less intrepid, and will probably choose to wait until codescanning is well established. But when will that be?
The old reliable "last resort" is viral marketing. What can be done to convince consumers--especially kids, let's admit it--to think of codes as cool? I'm going to try and explore some ideas over the coming few posts and solicit some feedback. I welcome your ideas...
By the way, did you figure out that the code in the previous post was a link to ESPN's mobile website? Links to mobile content could be a good way to use mobile barcodes.
How to Get Started
I'm not saying this will alway be true, but it is definitely true right now. My goal is to get people comfortable using mobile barcodes right now. We'll let time take care of itself.
I'll probably venture to discuss other readers and technologies and capabilities from time to time and try to be fair about them. But just keep in mind: US-Centric, and Democratic.
If you want to scan codes, you need codescanning software. Some will say you don't need software on your handset--and they would be right--but the experience without the software is vastly inferior to the experience of handset based solutions.
To get the software for your phone, send a text message to "70734" with the word "scan" in the body. You can also point your phone's browser to "getscanlife.com." My experience is that the process to download the software from this point on is pretty straight forward.
If you aren't used to using applications on your phone, it's sometimes hard to find it. A lot of times it is under a category called "applications," or "my stuff" or something like that. In the list of presented logos you are probably looking for an image that looks a little bit like this symbol below.