This time, I did my survey using the wigle.net application on Android (2.5 years ago I was using a Symbian based Nokia phone - which is itself and indication of how things have changed in the meantime). I didn't walk quite as far this time, so the survey was less complete, but I was dissapointed to find that the percentage of unencrypted wireless access points in the most recent survey dropped down to 2.7% of the total. I looked at the data to see what had happened to the open wifi points and they were broken down into 3 roughly equal groups:
- The access point was still active and open
- The access point was still active, but was now secured with some form of encryption
- The access point was no longer active
In the previous survey, well over half of the access points had a SSID of the form eircom_XXXX which is probably a clue that they got their wireless access point from eircom and never bothered to change the default SSID. Since eircom was originally the monopoly supplier in Ireland this showed me how many people like to stick with the default choice.
However, in the more recent survey I noticed that SSIDs of the form UPCXXXXX seemed to becoming more popular which probably indicates that many people are opting to switch to the cable modem service from UPC - although it also indicates that many still don't bother changing the default settings on their router. The following chart shows that based upon my totally unscientific survey UPC seem to have overtaken Eircom in my local market. Most of the people in the "other" category will have changed their SSID from it's default, so I can't guess what internet provider they might be using.






The first thing I did after installing the new router was to test the connection speed using the
The Mount Sackville project "Smart Energy" which looked at ways that the girls could be less wasteful of electricity both in school and at home. Of course I am biased by the fact that I was involved in launching this project, but the reality is that I had relatively little to do with the project.
The boys who were presenting the Unlimited Energy stand had built a number of different devices that showed different forms of energy being applied. Unfortunately I didn't record the name of their school, but I couln't help being impressed by the amount of enegry that the boys were putting into their involvement in the science fair as the battled with each other for the honour of explaining how each of the devices worked. For example, the heat driven motor shown on the right was powering a propeller from the heat contained in a cup of coffee. What was really cool about this type of motor was that no steam was allowed to escape and hence the motor is suitable for use on submarines and other environments when steam escaping would not be acceptable.
The FunBrayzia project from the boys at St Peter's National School, Bray was a very clever choice of project because they analysed the physics behing the various attractions in the funfair. I don't think it would have been too hard to get the young boys interested in funfairs. They had built very elaborate models of the various rides using and were using these to explain the physics involved.