Sick of rip-off mobile phone deals? Of course you are! Read on…

24/09/2015

I have to use my laptop or smartphone a lot when I’m out and about.  I had an Orange (now EE) sim in my phone, and my allocated data ran out in no time.  For my laptop I had a 3 dongle, which wasn’t much better.  3GB per month allocation of data transfer: ok for the occasional thing, but if you need to use your laptop to its full potential and there isn’t a McDonald’s or KFC nearby whose wifi to steal, you’re going nowhere.

So I switched to giffgaff.  My phone was, surprisingly, unlocked, so I could use it with any network’s sim.  And what’s more, my phone (a Sony Xperia) has built-in function to use the phone as a mobile wifi hotspot.  No stupid cables, or dongles.  And the deals are great: I pay £18, which gives me 2000 mins (that’s right, 2 THOUSAND mins) of calls to other mobiles and landlines, and 0800 calls are free, as they should be!  Also UNLIMITED texts, FREE calls to other giffgaff phones, and 6 GB of data (which is a lot for a mobile service provider).  And if you don’t want to go through the hassle of changing your number, you can migrate your current number to giffgaff.

Tempted?  Give it a go.  Click here to get FREE GIFFGAFF SIM CARDS!!  And if you order your free GFiffgaff sim from that link, you will get £5 credit for FREE!!!

Giffgaff… give it a go.  You have nothing to lose but your chains!  You have a world to win!!  (cheers, Groucho)  😉

Giffgaff... so inexpensive, even diabolical infant geniuses use it!

Giffgaff… so inexpensive, even diabolical infant geniuses use it!

Oh, as I’m giving satuph away here, why don’t you treat yourself to a copy of the Codex Seraphinianus – the most brilliant book ever!!! [link] And the first reader to crack the code will get a “wonderful prize”!

See, reading I HATE HATE!!! is educational, fun, AND you get the chance to score yourse3lf kewl swag!!!


#Vodafone #EE and 3 (#ThreeUK) give police mobile call records at click of a mouse

10/10/2014
Shush!  They can hear you!

Shush! They can hear you!

Mobile phones outnumber land-lines massively. In the UK, there are 82.7m mobile subscriptions in the UK; compare that to 24.4m home landlines and a total of 33.1m fixed landlines (including landlines used for broadband connections). In the UK, 15% of people live in mobile-only households. And that’s the UK, a developed world nation where substantial land-line infrastructure already exists. Think about developing world countries where low rural population concentration and large distances make mobile networks a necessity. An awful lot of business is being carried out on these mobile networks: both private and commercial, on phones or online. You’d think all this communication would be protected by law, right? Duh! wrong answer. According to The Guardian:

Three of the UK’s four big mobile phone networks have made customers’ call records available at the click of a mouse to police forces through automated systems, a Guardian investigation has revealed.

EE, Vodafone and Three operate automated systems that hand over customer data “like a cash machine”,as one phone company employee described it.

Of the 4 big mobile networks, only O2 manually reviews Ripa requests (Ripa is the Regulation of Investigatory Powers Act, which governs who can access systems like the phone networks). EE (the UK’s largest network, consisting of Orange and T-Mobile), Vodafone, and 3, all use systems that largely bypass any need for human intervention, basically meaning that access to these sensitive records is automated. With no manual oversight, mistakes or loopholes in the automated systems will not be detected, and can be misused deliberately.

Privacy advocates are also concerned that the staff within phone companies who deal with Ripa and other requests are often in effect paid by the Home Office – a fact confirmed by several networks – and so may, in turn, be less willing to challenge use of surveillance powers.

According to the Guardian article:

Several mobile phone networks confirmed the bulk of their queries were handled without human intervention. “We do have an automated system,” said a spokesman for EE, the UK’s largest network, which also operates Orange and T-Mobile. “[T]he vast majority of Ripa requests are handled through the automated system.” The spokesman added the system was subject to oversight, with monthly reports being sent to the law enforcement agency requesting the data, and annual reports going to the interception commissioner and the Home Office.

A spokesman for Vodafone said the company processed requests in a similar way. “The overwhelming majority of the Ripa notices we receive are processed automatically in accordance with the strict framework set out by Ripa and underpinned by the code of practice,” he said. “Even with a manual process, we cannot look behind the demand to determine whether it is properly authorised.”

A spokesman for Three, which is also understood to use a largely automated system, said the company was simply complying with legal requirements. “We take both our legal obligations and customer privacy seriously,” he said. “Three works with the government and does no more or less than is required or allowed under the established legal framework.

Only O2 said it manually reviews all of its Ripa requests. “We have a request management system with which the law enforcement agencies can make their requests to us,” said the O2 spokeswoman. “All O2 responses are validated by the disclosure team to ensure that each request is lawful and the data provided is commensurate with the request.”

Mike Harris, director of the Don’t Spy On Us campaign, said the automated systems posed a serious threat to UK freedom of expression. “How do we know that the police through new Home Office systems aren’t making automated requests that reveal journalist’s sources or even the private contacts of politicians?” he said.

“Edward Snowden showed that both the NSA and GCHQ had backdoor access to our private information stored on servers. Now potentially the police have access too, when will Parliament stand up and protect our fundamental civil liberties?”

So much information goes over mobile networks nowadays. Not just phone calls and text messages – there’s also the high volume of data transfer over mobile broadband systems. All this information is available to “investigators” who can interrogate the computer systems directly, with no need to go through a middle-man.

If you use a trustworthy VPN service, and encryption, you may be able to keep the data traffic somewhat more private. But the very action of encrypting your traffic attracts investigators’ attention. And voice and text message data does not even have that limited protection.

A solution, so far as computer and smart phone data is concerned, is available, at least in theory. If we all opted for mobile mesh networking, we could cut out the mobile networks entirely. And it wouldn’t be hard to include traditional speech (and sms) in such a system. And the software is already out there – for example Open Garden. These enmeshed systems are probably the future of mobile connectivity. The only question is: when will mobile users take to it by default? Most people don’t think the government snooping into our communications is a major problem (The “if you’ve done nothing wrong you have nothing to worry about” min-set). Will this apathy win out? I hope not. When I use a 3G modem or tethered smartphone I generally use a VPN. But I haven’t fully checked out the various solutions available – or their pitfalls. And I’m more aware of these issues than average. There’s a good chance we’re trying to tackle a problem that’s already out of control. Do yourself – andf everyone else – a favour. Do a web search for “mesh networks” and the other subjects I’ve mentioned here. Did you know that when you send an email, the message is only as secure as what you might write on a postcard? And things can only get worse.

Locations of visitors to this page


free web stat


T-Mobile make me sick

06/04/2010

I’ve got this deal with T-Mobile: I pay them £x and in return they give me “unlimited” mobile broadband on top of cellphone service.

Only it isn’t unlimited, is it? There’s a “fair use policy”, which isn’t very fair at all. If you look here, you’ll see what these unfair use policies entail: details vary a little from plan to plan, but the upshot is the user has a “maximum allowance” of data transfer – these allowances can be as small as 40MB per day! – and if you exceed this allowance (by using a mobile internet device for its proper purpose – ie accessing the internet) T-Mobile “restricts” your ability to use the web!

Here’s the message you receive if you attempt to access the internet once your allowance is used up:

Notice from T-Mobile

You’ve now exceeded your internet Fair Use Policy

At T-Mobile we want to give you our customers the best service possible.

Our Fair Use Policy (FUP) helps us do this and also means we don’t have to charge any run on rates. We will never ask you to pay more than you agreed, so you’ll always know how much you’re paying and never get an unexpected bill.

Each internet option comes with its own Fair Use Policy. We’ve already sent a text message letting you know you had reached 80% of your FUP, and now you’ve used over 100%.

You will continue to be able to use your internet for unlimited browsing. That means you’ll still be able to browse websites, login to Facebook, check your Hotmail or catch the news on the BBC.

For the time being, however, between 4pm and midnight you won’t be able to do other heavy usage activities such as watching videos or downloading applications. Before 4pm and after midnight your internet service will continue to run as normal.

Your Fair Use Policy duration depends on how you purchase your internet. When your Fair Use Policy begins again, either at the start of the next calendar month or your next purchase, it will be reset to 0 and your service will return to normal.

So “between 4pm and midnight you won’t be able to do other heavy usage activities such as watching videos or downloading applications”… or, indeed, downloading files from remote machines, or any email attachments that T-Mobile classify as “large”, nor can I upload “large” files… and this ridiculous state of affairs will continue until the end of the calendar month – unless, of course, I’d like to pay extra to get a larger “allowance” (though none have a particularly large allowance as far as I can see). And T-Mobile also bans the use of instant messaging over their network. No doubt because the availability of IM would eat away at their lucrative business of selling SMS to teenagers.

Because that’s what all this “fair use” crap is about, of course. The policies are full of bull like “We’ll monitor how much you send and receive each calendar month so that we can protect our network for all our customers”. But what it all means is that T-Mobile can try to guarantee all of their customers a little internet access at the expense of those who need to use the internet a lot.

I realize this is all standard operating policy now with internet service providers, so I shouldn’t complain about T-Mobile in particular. But I will complain about T-Mobile because they’re the bastards who are screwing with me right now! And I’ll also give Vodafone a special mention as I’ve suffered at their hands too. But they are all a bunch of wankers. Seems to me that there’s a cartel in operation, fixing prices amongst themselves so there’s nowhere for a cost-conscious customer to go. And of course, like the flock of stupid sheep we are, we hand over our hard-earned dosh to the robbers when we should be handing them their own heads.

But maybe they’re not all on the take – at least, perhaps some of the thieves are a little less dishonest. Next month I’m going to give 3 a try. They sell prearranged “data allowances” so I can pay, for instance, £15 and get a 3GB allowance. The prices are still outrageous, but maybe I’ll be able to use my mobile devices for their intended purpose – to use the internet while out and about!

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Mobile Broadband on Linux

11/10/2009

Note: There’s more info on this subject here. So take a look if this post doesn’t do it for you.

Be aware that all my experience of this subject is based on Ubuntu. If you use another Linux distro, YMMV. If you’re using Windows or OSX… you’ll probably be better off looking elsewhere.

Some time ago I bought a new phone – Sony Ericsson K800i. It’s a 3G phone, so I was pretty stoked: at last I’d be able to get a decent connection speed when linking my PC to the internet through this baby. And I was right: I get between 40 and 100 Kps (320-800 Kbps). Maybe those of you with wired broadband connections think this is dead slow. It probably is, to you. But to someone who’s previously had to depend on a sluggish GPRS connection, my new phone is like amphetamine on crack.

And it is so much easier to connect via this phone than it was through my previous handsets. All I need to do with my K800i is:

1. Press Menu > Settings > Connectivity > USB > USB Internet;

2. Select USB Internet On;

3. Connect phone to PC with USB datacable (the K800i also has bluetooth and infrared, but my computer is not equipped for such things);

4. Select Phone Mode;

and that’s it! The Ubuntu network manager detects the phone and automagically sets up the connection. Sweet or what! (Remember, this is with the Sony Ericsson K800i. Other phones will be different.

Unfortunately, it isn’t always like that. I don’t know if it’s just my phone or what, but connection is very unreliable. It cuts out erratically, and I haven’t found a fix yet. So on bad days I find I have to use wvdial to connect. I’ve described this in detail before – I’m not going to go into it again. Click here to go to the wvdial tutorial.

Thing is, mobile phone service providers have got something against their customers using their cellphones this way. It’s called “tethering”, and it is generally banned in the Terms and Conditions they make you agree to when you get your phone. And some providers actively block tethering. My provider obviously doesn’t block it. But that might change any day.

Why do they dislike tethering? Because they want you to buy a Mobile Broadband USB modem, and pay an inflated rate for mobile internet connection. Rip-off merchants!

Because I wanted another way to connect to the internet other than my phone, I bought one of these USB modems – a Vodafone K3565, aka the Huawei E160X. To connect via this device, Vodafone (UK) charge me £15 per GB of data transferred. This is shockingly expensive compared to what I pay for connection through my cellphone (£2.50 for 5 days’ “unlimited” browsing). But it is a better connection much of the time, when I get Vodafone’s HSDPA signal. Transfer speeds over HSDPA can get as highh as 160 Kps (1280 Kbps). But if I’m in an area with no HSDPA or 3G signal, I get snail’s rate GPRS. Which hurts when you’re paying the con men so much.

It’s also extremely easy to connect an Ubuntu PC to the internet via a Huawei dongle. Similar to the phone: plug it in, wait a short while, and the network manager detects the device and connects. The first time you connect the dongle to the computer, network manager throws up a mobile broadband wizard, which asks you a few questions about your service provider etc. And that’s it. Well, usually that’s it. Sometimes you have to manually edit the settings before it’ll work. But that will depend on whose service you’re using.

Also, I understand that although Huawei devices play nice with Ubuntu, some other manufacturers’ models don’t. If that’s the case for you, wvdial is probably the answer. Again, click here to find out how to use wvdial.

There’s another solution, if you’re having problems: an app called Vodafone Mobile Connect. Don’t let the word “Vodafone” in the name put you off – it actually works with devices on any provider’s networks. I used it for a while very successfully. I can’t give you any real advice about it, as it’s in constant “beta” development. But the only reason I stopped using it was the fact that Ubuntu’s network manager does the job just fine. It’s certainly worth checking out if you’re having problems. There are binaries available for many Linux distros.

Well, I think that’s about it. So, let me just wish you the best of luck in connecting to the internet with your device. And I’ll bid you farewell!

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How to get free wireless internet access

06/06/2008

Hi!! Long time no post, eh? That’s cos I’ve got loads of shit to do irl at the moment. But I don’t want to disappoint my loyal readers 😉 so here’s an article I’ve “syndicated” from wikiHow. Enjoy… and normal service will be resumed when I can get round to it…

How to Get Free WiFi from Your City or Town

from wikiHow – The How to Manual That You Can Edit

Free citywide and municipal Wi-Fi is growing faster than ever with new downtown hotzones popping up every day. While these networks provide a great public service, coverage typically extends only a limited distance beyond Main Street. Learn how to find and connect to your local free wifi networks.

Steps

  1. Find out if your city has a public wifi network by checking Wi-FiHotSpotList.com.
  2. Download a free wifi finding software such as the one at NetStumbler.com.
  3. Make or buy an inexpensive directional wireless booster cantenna and connect it to your computer’s wifi card, pcmcia card, or your access point.
  4. Scan the horizon with your antenna and look for the free network you found in the directory. It is best to point the cantenna out a high window with a clear line of sight to the public network
  5. Once you find the network, connect and set up your antenna in the position that gives you the best signal strength.

Related wikiHows

Article provided by wikiHow, a collaborative writing project to build the world’s largest, highest quality how-to manual. Please edit this article and find author credits at the original wikiHow article on How to Get Free WiFi from Your City or Town. All content on wikiHow can be shared under a Creative Commons license.

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Linux Tutorial: How to use a cellphone as a modem

15/02/2008

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Note: There is more up-to-date info on this subject, especially concerning mobile broadband HSDPA modems and 3G cellphones, to be found here. But the info on this page is still relevant. In particular, this page covers the program wvdial, which can be used if your network manager doesn’t detect your HSDPA modem.

I learnt how to connect to the internet through my cellphone because it was the only way I could get online from my home – at the time I was living in a flat where I wasn’t permitted to have a regular phoneline installed. And I still sometimes find it useful: if I’m out and about with my laptop, and I can’t find a wifi “hotspot” to use, I can generally get a GSM signal – in the UK it’s possible to get a signal in just about every urban area, and in a lot of rural areas too – and a GSM signal means you can connect to the internet via GPRS.

Some mobile service plans charge for internet access on a per MB of transferred data basis. This can turn out very expensive, as there is a lot of data transferred during an internet session. Especially if you download a 3 GB movie DVD!! However, many mobile plans charge a set fee for unlimited net access. My mobile provider, Orange, charge me £1 for one day’s unlimited access or £5 for a week’s access. And I believe in the USA it’s much cheaper.

So how do you use a mobile phone as a modem? With Windows, I haven’t got a clue. But with Linux, you establish a PPP connection with the mobile service provider’s servers, by using a dialler like wvdial. Wvdial comes included with a default installation of Ubuntu (my particular distro) and probably other Linux flavours too.

Connect your phone to the computer. I do this with a USB datacable that came with the phone, but some people use Bluetooth. The phone should be ON. My phone is a Sony Ericsson – when it’s linked to the computer, I have to choose between File Transfer and Phone Mode. To use the phone as a modem, I have to select Phone Mode. However, I sometimes use a Nokia phone, and there’s no mode-choosing necessary with that model.

Open a terminal and get yourself root status. Then type in the command

wvdialconf

This will cause wvdial to scan the computer for modems. You’ll get output something like this:

root@x-box:~# wvdialconf

Scanning your serial ports for a modem.

ttyS0<*1>: ATQ0 V1 E1 — failed with 2400 baud, next try: 9600 baud
ttyS0<*1>: ATQ0 V1 E1 — failed with 9600 baud, next try: 115200 baud
ttyS0<*1>: ATQ0 V1 E1 — and failed too at 115200, giving up.
Modem Port Scan<*1>: S1 S2 S3
WvModem<*1>: Cannot get information for serial port.
ttyACM0<*1>: ATQ0 V1 E1 — OK
ttyACM0<*1>: ATQ0 V1 E1 Z — OK
ttyACM0<*1>: ATQ0 V1 E1 S0=0 — OK
ttyACM0<*1>: ATQ0 V1 E1 S0=0 &C1 — OK
ttyACM0<*1>: ATQ0 V1 E1 S0=0 &C1 &D2 — OK
ttyACM0<*1>: ATQ0 V1 E1 S0=0 &C1 &D2 +FCLASS=0 — OK
ttyACM0<*1>: Modem Identifier: ATI — Sony Ericsson W300
ttyACM0<*1>: Speed 4800: AT — OK
ttyACM0<*1>: Speed 9600: AT — OK
ttyACM0<*1>: Speed 19200: AT — OK
ttyACM0<*1>: Speed 38400: AT — OK
ttyACM0<*1>: Speed 57600: AT — OK
ttyACM0<*1>: Speed 115200: AT — OK
ttyACM0<*1>: Speed 230400: AT — OK
ttyACM0<*1>: Speed 460800: AT — OK
ttyACM0<*1>: Max speed is 460800; that should be safe.
ttyACM0<*1>: ATQ0 V1 E1 S0=0 &C1 &D2 +FCLASS=0 — OK

Found an USB modem on /dev/ttyACM0.
/etc/wvdial.conf<Warn>: Can’t open ‘/etc/wvdial.conf’ for reading: No such file or directory
/etc/wvdial.conf<Warn>: …starting with blank configuration.
Modem configuration written to /etc/wvdial.conf.
ttyACM0<Info>: Speed 460800; init “ATQ0 V1 E1 S0=0 &C1 &D2 +FCLASS=0”
ttyACM1<Info>: Speed 460800; init “ATQ0 V1 E1 S0=0 &C1 &D2 +FCLASS=0”
root@x-box:~#

[Note: I’ve edited the output, to cut down on its length.]

Wvdial found my cellphone (“Modem Identifier: ATI — Sony Ericsson W300”), and reports that the phone is on port ttyACM0.

Then wvdial created a configuration file (/etc/wvdial.conf) and put some config info about the phone in it.

Edit /etc/wvdial.conf with your mobile service provider’s information. When I ran wvdialconf, the program created a wvdial.conf file as below:

root@x-box:~# cat /etc/wvdial.conf

[Dialer Defaults]
Init2 = ATQ0 V1 E1 S0=0 &C1 &D2 +FCLASS=0
Modem Type = USB Modem
; Phone = <Target Phone Number>
ISDN = 0
; Username = <Your Login Name>
Init1 = ATZ
; Password = <Your Password>
Modem = /dev/ttyACM0
Baud = 460800

The program filled in some fields, but some have been left for you to do: specifically, the info needed to log in to your mobile service provider’s web servers. I edited the file to look like this:

[Dialer Defaults]
Init2 = ATQ0 V1 E1 S0=0 &C1 &D2 +FCLASS=0
Modem Type = USB Modem
Phone = *99#
ISDN = 0
Username = A
Init1 = ATZ
Password = B
Modem = /dev/ttyACM0
Baud = 460800
Stupid Mode = Yes

The number in the Phone field is the number that the phone needs to call to access my mobile provider’s GPRS service. Your mobile network may use a different number – you’ll have to ask them.

My mobile network does not require usernames and passwords to access the web servers. But wvdial doesn’t like empty fields. So I put “A” and “B” in them.

I added the last line: Stupid Mode = Yes, otherwise wvdial will simply cycle when run without ever connecting.

*IMPORTANT* All the output recreated above is from a system that did not have any other modems connected. Most laptops have a modem or network card built-in, which wvdialconf will detect. But you’ll be able to see what information relates to your phone, and edit your wvdial.conf file accordingly.

So, now you can connect to the internet. To do this, open that terminal and, as root, type in the command

wvdial

You’ll get output like this:

root@x-box:~# wvdial
WvDial<*1>: WvDial: Internet dialer version 1.56
WvModem<*1>: Cannot get information for serial port.
WvDial<*1>: Initializing modem.
WvDial<*1>: Sending: ATZ
WvDial Modem<*1>: ATZ
WvDial Modem<*1>: OK
WvDial<*1>: Sending: ATQ0 V1 E1 S0=0 &C1 &D2 +FCLASS=0
WvDial Modem<*1>: ATQ0 V1 E1 S0=0 &C1 &D2 +FCLASS=0
WvDial Modem<*1>: OK
WvDial<*1>: Modem initialized.
WvDial<*1>: Sending: ATDT*99#
WvDial<*1>: Waiting for carrier.
WvDial Modem<*1>: ATDT*99#
WvDial Modem<*1>: CONNECT
WvDial Modem<*1>: ~[7f]}#@!}!}!} }8}#}$@#}(}”}’}”}”}&} } } } }%}&}$AUSgn~
WvDial<*1>: Carrier detected. Starting PPP immediately.
WvDial<Notice>: Starting pppd at Wed Jan 16 15:45:03 2008
WvDial<Notice>: Pid of pppd: 10689
WvDial<*1>: Using interface ppp0
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: local IP address 172.23.108.122
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: remote IP address 194.33.25.101
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: primary DNS address 193.36.81.37
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: secondary DNS address 193.36.81.38
WvDial<*1>: pppd: ��[06][08]��[06][08]

The program will appear to “hang” – the above text will just freeze on the monitor. But wvdial is actually holding the connection open until you terminate the link by hitting Ctrl-C.

Now you can use the connection by, for example, starting up your web browser; or open another terminal and run telnet or ssh, or do whois or ping commands. All these activities will run a lot slower than you’re used to – but they will run.

When you’re finished, hit Ctrl-C and wvdial will end with a closing message like this:

Caught signal 2: Attempting to exit gracefully…
WvDial<*1>: Terminating on signal 15
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: Connect time 0.8 minutes.
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: pppd: ��[06][08]��[06][08]
WvDial<*1>: Disconnecting at Wed Jan 16 15:45:50 2008
root@x-box:~#

Data connections via GPRS over GSM are very slow – mine often average about 5 K/sec. But 3G/UMTS is much faster. Nowhere near the performance over a landline, of course, but 3G will probably be the best bet. However, be warned: some mobile providers don’t like their customers to link to the internet this way, and I’ve been told that 3, a UK company, actively prevent it. Their customers can pay extra to get a GPRS modem, but linking a normal cellphone on a standard plan is not permitted. Tmobile also don’t like their customers to use their phones as modems. So beware! Or, better yet, use a network that doesn’t have such stupid rules!!

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Apple iPhone released in UK

10/11/2007

Apple’s much-hyped mobile phone, the iPhone, went on sale in the UK yesterday at 6.02 PM, sparking some curious behaviour: there were queues at some stores – crazies started waiting outside the Apple store in Regent Street, central London, at 8 AM on Thursday… 34 hours early! – but other shops, like the nearby branches of Carphone Warehouse and the O2 store, were distinctly queue-free (and crazy-free).

Shouldn’t be surprised by this lunacy though – ever since its launch in the USA, the iPhone has been provoking irrational behaviour. It strikes me as pretty ridiculous that anyone even wants the bloody thing! It’s a pricey item, yet its hardly state-of-the-art. It has a 2-Megapixel camera, while many competitors now boast 5-Meg cams; it doesn’t support 3G/UMTS; it wears its wireless networking credentials like that’s something special… Bah humbug!

The iPhone’s main claim to fame is its prettiness. It is slim and sleek, and the large, sensitive touchscreen gives it great versatility. The lack of physical keys means it can be held in different positions for making calls, texting, web browsing… So yeah, it looks good. So what else has it got going for it?

Hmm… not much, methinks. You won’t catch me buying one. I think Nokia and Sony Ericsson make far superior alternatives.

iphone.jpg

The iPhone: looks good… but looks ain’t everything


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