Software bloat is not an Apple invention

Smartphone

The New York Times reporter Catherine Rampell has caused a stir with her article ‘Cracking the Apple Trap‘, in which she insinuates that Apple are employing planned obsolescence to slow down older devices and force customers into buying new products.

It’s certainly a common complaint in the IT industry, one most often directed at Microsoft and it’s Windows operating system. Search for ‘software bloat‘ and you’ll see what mean:

Software bloat is a process whereby successive versions of a computer program become perceptibly slower, use more memory or processing power, or have higher hardware requirements than the previous version whilst making only dubious user-perceptible improvements.

But it’s not as sinister as is being made out. Operating systems evolve over time resulting in improvements, usually fancy new user interfaces, graphics or features. These require extra computing ‘power’, be it a faster processor or more memory to work effectively.

What we often see is slick new software trying to run on older hardware. While it might still function, there are signs that it struggles and this is where you experience freezing, sluggishness or reduced battery life due to the processor having to work harder.

From Apple’s perspective, they’re damned if they do and damned if they don’t. Which would attract more criticism, not supporting iOS 7 on iPhone 4 at all, or stretching legacy devices to their limits in order to deliver the same customer experience to as many customers as possible?

The iPhone 4 was released in June 2010, so three years of supported operating system updates could hardly be considered “planned obsolescence”. Let’s not forget that not so long ago it was nearly impossible to update the software on your mobile phone. Apple were pioneers in using software update technology. It’s not unusual now to have consumer mobile contracts lasting 18 or 24 months, this is testimony to the longevity of smartphones.

If anything Apple is guilty of doing too much to appease their loyal customers. Deliberate software bloat is just as likely to drive customers away from Apple’s products as it would force them into begrudgingly buying new hardware. What we’re talking about is technological progress and the need to lead through innovation.

The iPhone 4 was a hugely successful product globally and Apple risked alienating many millions of customers by not by including them in the much heralded iOS 7 update. Having as large a base of customers all at the same software level also helps keep Apple’s application ecosystem vibrant. Developers are keen to exploit the latest features and customers are hungry for the next killer app. By reducing software fragmentation Apple aims to keep all elements of the ecosystem happy – and maintain a healthy revenue stream as a result.

As a lapsed Apple fanboi I have no vested interest in defending Apple. I converted to Android mainly due to price and flexibility, and the realisation that I mainly use Google services. I do still have an appreciation for Apple’s products however and I understand their motivations. Apple’s business model is not about box shifting, it’s about being at the centre of the digital home through a range of connected products all offering the best possible customer experience.

At a more practical level, if you’re content running iOS 6 on your iPhone 4 then my advice is to stick with what you have. If you are tempted by iOS 7 then just be aware of the consequences of running bleeding edge software on three year old hardware.

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What Innovation?

Apple reinvents the phone

I was having a discussion with an old friend who declared that there has been no innovation in mobile devices for years now. I immediately took exception to this claim and set my mind to disproving his assertion.

There is no disputing that Apple “reinvented the phone” in 2007 when they launched the original iPhone to an expectant world. I’ll never forget the looks of joy and amazement when I first demonstrated the iPhone’s touch screen interface and clever pinch and zoom gestures.

Let’s not forget how tired and utilitarian other ‘smart’ phones of the time were!

2007 Smartphones

Apple’s early dominance in the smartphone market has been successfully challenged by Google’s Android operating system and the countless slab clones churned out by Far Eastern manufacturers, but do any of them truly innovate?

What have we seen in mobile phone design in the last six years which could be considered innovative? We’ve had different form factors, sizes, colours and storage capacities, but the fundamental iPhone design concept has hardly changed.

Certainly display technology has improved, with more vibrant colours and pixel densities higher than the human eye can distinguish, but that’s evolution not innovation.

Processor power has increased, the latest smartphones boasting quad-core CPUs with dazzling performance, but this is standard Moore’s Law territory.

Camera technology has gradually improved, with manufacturers attempting to out-gun each other in the megapixel arms race. Fundamentally though it’s still a digital camera on a phone.

Mobile apps are the emperor’s new clothes, but this is just a trendy new name for what we used to call ‘computer programs’ or software.

A few new features have appeared like voice recognition, Near Field Communication (NFC) and wireless inductive charging, but these technologies have been around for years and are just being retro-fitted to mobile devices.

The sad truth though is that there hasn’t been any innovation since the original iPhone. Yes there have been gimmicks and incremental improvements, but the iPhone’s simple touch screen design and user interface has remained largely unchanged and unbettered.

Unless Apple regains the ability to surprise and delight with the unveiling of their 7th generation iPhone later on today, I’ll have to concede that my friend is right.

Please don’t leave us in 2007.

Macworld 2007 Teaser

iPhone 5

An industry insider told me that sales of Samsung’s Galaxy S III sky-rocketed the day after Apple’s big reveal of the iPhone 5. Evidently potential customers were holding off their upgrades until they had seen the new product, but what they saw disappointed.

I probably shouldn’t be admitting this, but I have already used the iPhone 5 and I was underwhelmed too. iPhone has become the safe (even boring?) option, something you would confidently give to your Mum and Dad. Apple’s runaway success has become the de facto smartphone, but the commercial imperative not to alienate their mainstream customer base has stifled innovation.

The original popularity of iOS (then iPhone OS) was due to its perfect blend of technology, form and function. Often it wasn’t possible to customise something to your liking, but that was by design and the intention was to keep things deliberately simple.

I look at iOS 6 and wonder where Steve Jobs’ painstaking obsession with simplicity has gone. I never expected CEO Tim Cook to share the same ethos, but since Jobs had apparently described Sir Jonathan Ive as being his “spiritual partner” there was a hope that he would carry forward Jobs’ legacy. It’s likely however that Ive’s control only extends as far as the hardware design, not the operating system, which is the responsibility of Scott Forstall.

Watching the official iPhone 5 promo video, it’s hard not to be impressed by Apple’s manufacturing techniques and the obvious attention that has gone into the hardware design (like crystalline diamond-cut chamfers!), but it doesn’t detract from the hard truth that to the average customer the new iPhone just doesn’t seem all that different.

With each new iPhone Apple usually succeeds in generating enough excitement and desire to persuade existing customers to follow the natural upgrade path, but they also lose some customers to Android – and they rarely return. I don’t know anyone (including myself) who has switched to Android and then gone back to an iPhone. Once you’ve broken away from the closed iPhone ecosystem it feels quite liberating to have the freedom of open services and a wide range of devices.

Conversely with each evolution of the Android platform the gap has been closing and arguably the Android 4.1 ‘Jellybean’ release has leapfrogged iOS by delivering a simple intuitive user interface and powerful features – much like the original iOS.

Samsung are seizing the opportunity to capitalise on the apathy surrounding iPhone 5 with a marketing campaign directly comparing their two flagship products:

Apple fanbois have responded with their own parody advert, but when the best they have to brag about is ‘fits all pockets’ and ‘elastic bounce back’ (the subject of Apple’s recent patent dispute with Samsung), it doesn’t bode well.

It’s certainly not all doom and gloom for Apple. They will of course sell iPhone 5 by the millions, but the shine is starting to fade.

I do have an answer to their predicament. Apple needs another product with which to dazzle and showcase their technical excellence and suppressed innovation.

Dear Tim, how about you add a new model to the iPhone range? Call it the ‘iPhone X’, pack it with enough fancy gizmos and new technology to satisfy the Android crowd and demonstrate what the biggest company in the world can really do.

LTE, 4GEE and sleeping giants

For many years Vodafone and O2 have been regarded as the heavyweights of the UK’s mobile operators, but the status quo is changing.

First to set the scene with a bit of telecomms history.

In the beginning there were two UK cellular radio operators – Vodafone and Cellnet. They operated TACS analogue radio in the 900MHz band, but this radio technology didn’t make the most efficient use of radio resources and it was open to eavesdropping. Five years later a new standard for digital cellular communications (GSM) was introduced.

Vodafone and Cellnet launched GSM networks in the 900MHz band and gradually migrated existing customers onto the new service. In 1990 the GSM standard was updated to support the 1800MHz band (then known as DCS 1800) and in 1993 two new entrants – one2one and Orange – launched GSM digital services.

The new operators were at a technical disadvantage because the higher frequency of their 1800MHz radio signals didn’t penetrate as far as 900MHz. This particularly affects in-building coverage and it meant they had to build out considerably more network infrastructure than the competition. Despite this one2one and Orange started a mobile revolution and through innovative tariffs and services they can be credited with making mobile phones accessible to the mass market.

In 2000 the UK Government raised £22.5 billion in a spectrum auction for the new 3G mobile standard operating in the 2100MHz band. Licences were won by all four existing mobile operators and Hutchison 3G became the fifth entrant to the UK mobile operator club.

Some rebranding went on at the operators, with Hutchison 3G becoming “3”, BT Cellnet becoming “O2” and one2one becoming “T-Mobile”. There was one constant however and that was the size and dominance of the original two operators, with Vodafone and O2 still sharing over 50% of the total UK market between them.

In 2010 T-Mobile and Orange merged their UK businesses to become ‘Everything Everywhere’. It was initially dismissed by some as a forced marriage of desperation, but by combining their networks under a common umbrella, with double the network capacity and vastly superior mobile coverage, a sleeping giant was born.

This brings us right up to date with the arrival of LTE. This is the latest evolution of digital mobile communications which delivers wireless speeds of up to 40Mbps, but it requires new radio spectrum in which to operate. In the UK Ofcom have reserved the 800MHz and 2600MHz bands for LTE, with another spectrum auction due to take place in 2013.

While the big two operators waited patiently for the forthcoming LTE spectrum auction, Everything Everywhere were busy plotting. They were in possession of more 1800MHz spectrum than they needed to satisfy current demand and so they made a tactical strike. They asked Ofcom to vary the terms of their licence to allow them to re-farm the 1800MHz band for use with LTE.

After a brief consultation period and despite protests from Vodafone and Telefonica (the Spanish owners of the O2 brand), Ofcom agreed to the request:

1.2 On 23 November 2011 we received an application from EE for variation of its 1800 MHz licences to enable it to provide services using LTE technology in those frequencies. The application encompasses all frequencies currently licensed to EE in the 1800MHz band, i.e. the 2×15 MHz that it undertook to divest as a result of its merger in 2010 and the 2×45 MHz it will retain.

1.8 Although we consider it likely that EE will enjoy a competitive advantage during the period before other operators are able to launch their own LTE services, we consider on the evidence available that any such advantage is unlikely to result in an enduring advantage which distorts competition to the detriment of consumers. Our assessment takes account of the impending release of additional spectrum in the 800 MHz and 2.6 GHz bands which will enable other operators to launch competing LTE services during the course of 2013. We have also taken into account EE’s obligation to divest itself of some its 1800 MHz spectrum.

1.9 In light of this assessment, and for the reasons explained in more detail in this decision, we consider that it is in the interests of consumers for us to vary EE’s licences now, in accordance with EE’s request. We have therefore today issued EE with varied 1800 MHz licences with the provisions authorising LTE and WiMAX coming into force on 11 September 2012.

It’s interesting to note that Ofcom made it explicitly clear that the ruling covered the 1800MHz spectrum which Everything Everywhere are required to relinquish.

Shortly afterwards Everything Everywhere announced their immediate plans to launch a LTE service starting in 16 major UK cities, and a week later they agreed to ‘dispose’ of a sizeable chunk of 1800MHz spectrum to 3:

As part of the commitments given when the European Commission approved the merger of Orange and T-Mobile in the UK in March 2010, Everything Everywhere was required to divest 2X15MHz of its 1800 MHz spectrum.

In accordance with these commitments, Everything Everywhere has today announced an agreement with Three to transfer this 2×15 MHz of its 1800MHz spectrum to Three. Ofcom and the European Commission will review whether the divestment satisfies the merger commitments, and a response is expected within the next three months.

This means that 3 might not be far behind in their own commercial launch of LTE in the 1800MHz band, since it does not require a separate application to Ofcom.

Vodafone and O2 were clearly on the ropes, but without a decent range of desirable handsets Everything Everywhere’s LTE rollout would only be in demand from data hungry road-warriors using mobile broadband dongles.

On September 11th Everywhere Everywhere announced their re-branding as ‘EE‘ with their 4G LTE service branded as ‘4GEE’. The following day the final piece of the jigsaw slotted into place with Apple’s public announcement of the iPhone 5.

As expected the new iPhone does indeed support LTE, but only on some frequency bands. The surprise was Apple’s choice of LTE bands for the European hardware variant, omitting support for the 800MHz and 2600MHz bands which are due to be auctioned next year. It does however support the 1800MHz band which EE are using for their 4GEE service. This has effectively handed EE a virtual exclusive on the iPhone 5.

Was this just a fortuitous coincidence for EE? The exquisite timing of EE’s new brand launch and Apple’s iPhone 5 LTE announcement was a marketeer’s dream. I have no doubt that EE and Apple have been working out this arrangement to marginalise Vodafone and O2 for quite some time. The sleeping giant has awoken!

The old guard are guilty of standing still and the tables have been turned while they were napping. There is an argument that Ofcom has not been fair in handing EE a considerable head start and commercial advantage in starting LTE without any competition, but the damage has been done and there is little to be gained from late legal challenges.

Vodafone and O2 will have to accept defeat on iPhone 5, concentrate their efforts into playing catch-up on LTE, then try and win back customers when their EE contracts expire. Whatever happens, the long established landscape of the UK’s mobile network operators has changed and once again Apple have had a hand in shaping it.

iPhone MMS settings for O2-UK

Do you use an iPhone on the O2-UK network and find that you can no longer send or receive MMS since the last iPhone software update?

It seems that Apple’s carrier bundle settings for O2-UK don’t recognise that some O2 customers aren’t on official iPhone tariffs and so need different MMS settings to the default.

Below are the O2 MMS settings that you should use if you are not on an official iPhone tariff. For example you might be fortunate enough to still be on a Simplicity tariff with unlimited data.

Settings > General > Network > Cellular Data Network > MMS

APN wap.o2.co.uk
Username o2wap
Password password
MMSC http://mmsc.mms.o2.co.uk:8002
MMS Proxy 82.132.254.1:8080
MMS Max Message Size 307200
MMS UA Prof URL (leave blank)

Switch your iPhone off and on again after making these changes and MMS should be fully restored.

BT fix Openzone roaming

In July 2008 O2 announced a deal with BT to provide access to over 3,000 BT Openzone premier WiFi hotspots for all their iPhone customers.

There was however a technical spanner in the works, which has prevailed in ruining this bonus ever since. The name of this ‘spanner’ is BT FON.

FON is a network of community hotspots, which in the UK is mostly made up of BT Total Broadband customers. As a BT customer you can opt-in to sharing your broadband bandwidth with other FON members. In return you have access to any BT FON community hotspot that you come across.

It’s actually quite a neat idea, but the launch of this service introduced a big problem for iPhone customers trying to use the BT Openzone premier hotspots.

For reasons best known to themselves, when BT set up a BT FON community hotspot they also make it act like a BT Openzone hotspot. This is fine if you’re a BT FON member as you can roam onto either of these networks, but if you’re a subscriber of BT Openzone through a partner like O2 then you only have access to the BT Openzone premier hotspots.

Most smartphones remember known WiFi networks and will automatically associate with them when they are in range. The only way they have of differentiating between networks is the network name – or SSID.

If you save the “BT Openzone” SSID on your smartphone then it will attempt to use a WiFi hotspot that broadcasts that name whenever it’s in range. This allows the device to seamlessly move between WiFi access points and cellular data without having to ask you each time.

The problem for O2 customers is that when have registered with BT Openzone and saved it as a known network, your smartphone will blindly associate with any hotspot which claims to be “BT Openzone”. This includes the BT FON hotspots for which you don’t have access!

When this happens your smartphone effectively goes offline and apps which rely on a data connection stop working until you move out of range. The only remedy for this is to remove BT Openzone from the known networks list, which is an inconvenience and negates the benefits of a BT Openzone subscription.

Now finally it seems that BT are addressing the problem. They are hastily updating residential home hubs and changing the broadcast SSID from “BT Openzone” to “BT Openzone-H”.

Thank you BT. It’s only taken you 4 years to sort this mess out.

Google Calendars not visible on Android device

Have you added a Google calendar and it’s not showing up on your Android device?

Try this:

Go to Settings > Applications > Manage Applications > All

Then:

Calendar > Clear data

Calendar Storage > Clear data

Google Calendar Sync > Clear data

Then go into Accounts & sync and perform a Sync now

Your new calendar should now be visible on the device.

If you’re also syncing an iPhone, go to http://m.google.com/sync from your iPhone and select which calendars will be visible on the device.