Workstyle: Are you sitting down?

We’re all working in different ways – PCs, laptops, tablets, smartphones, BYOD, remote working via ‘the Cloud’; it was only a matter of time before the desk was reinvented to accommodate this new ‘workstyle’.

2IKEA has launched a desk called the Bekant which rises to enable stand-up working, then lowers back down to the traditional seated height for those days when you just need to sit down.

I must admit, I would absolutely welcome a desk like this – there are some days where standing is far more efficient and the health benefits are far greater than sitting down all day.  The fact that this desk can function as both a tall and standard desk makes it a truly useful investment.

Of course, IKEA aren’t the only supplier of height adjusting desks, there are many out there featuring electric or manual cranks and a quick Google search brings up several.

3What about those moments when you need a pop-up office, quite literally.

Fortunately, a highly unique project on Kickstarter, called ‘Refold’s Portable Cardboard Standing Desk’ raised $70,700 to bring this idea to life!

Ideal for when space is in short supply, or for an office move, or even if you are a freelancer who needs to be office-based just for the duration of a particular project. Outside of an office environment, they could also be useful for schools struggling to finance furniture, or as part of a disaster-relief package to get a school up and running again (the developers are currently working with UNICEF).

The desk is sturdy enough to hold the weight of a person standing on it, assembles in around two minutes using four pieces and even comes in three sizes for different heights. What this video on Vimeo for a full demonstration.

4Have you heard of a kinetic desk? The Stir Kinetic Desk ‘learns, quantifies and breathes’ according to its manufacturers.

Like the IKEA desk, this is adjustable enabling users to sit or stand, however this is done via the built-in touchscreen. Just double tap to change position – it even has a calorie monitor to tell you how much more energy you use by varying sitting and standing. It is also smart enough to remind users to change positions to keep them energised. This video is certainly worth watching.

The desk has integrated cord management which enables users to plug several devices directly into the desk – it even recognises users as they approach! At the moment, the Stir Kinetic desk is only available in the USA, priced around $4,000.

Would you consider a standing desk?

Catherine Grayson is a Marketing Executive at Total Ltd  the communications technology experts who deliver smart solutions to help your business grow and continually evolve.

Secusmart unveils high grade security tablet

The BlackBerry owned company, Secusmart, has recently revealed a high-security tablet in partnership with Samsung and IBM.

LockReports suggest that the handheld device will run on Samsung hardware and it will be compatible with BlackBerry 10.

The operating system is yet to be announced however Android is a firm favourite.

The tablet will have all the security aspects you would expect from a BlackBerry device but IBM has integrated its ‘app wrapping’ technology to strengthen the layers of security to sensitive data.

Analysts predict its price tag will be around £1,600 which to the average consumer may seem pricey. However, to businesses and governments, the extra security features may be worth it.

Nick McQuire, Vice-President of Enterprise at analysts CCS Insight, has said:

“It’s aimed at businesses and sectors where security is paramount. Let’s not fool ourselves, this is a very limited solution for a very specific area of the marketplace.”

A full specification is yet to be announced but when it does, a follow-up blog will be posted so stay tuned!

Jamie Sansom is a Marketing Assistant at Total Ltd – the communications technology experts who deliver smart solutions to help your business grow and continually evolve.

The Race to 5G

Galaxy-S6While networks are still rolling out both 3 and 4G, 5G is already in the pipeline with Ofcom advising the service could be up and running in Britain by 2020. Although 5G is still five years away, much has been done to accommodate the development over the last few years with more research and trials to follow.

£35m in funding was granted to Surrey University in 2012 by mobile operators keen to stay ahead of the curve, along with infrastructure providers and the UK Research Partnership Investment Fund to research 5G. In addition to research, the grant also funded the creation of the 5G Innovation Centre where trials are still being undertaken, funded by Samsung, Huawei, Fujitsu Laboratories and the UK government. Alternative work is being carried out in Japan and China.

Interestingly, at the time the grant was received, Prof Tafozolli, Professor of mobile wireless and communications and Director of the university’s research declared, “4G for us is old hat. We started working on 4G 10 years ago,” offering us a glimpse into how the university stays one step ahead of the industry and the time it takes from concept to implementation.

May 2013 saw Samsung announce that the core technology to transmit 5G had been developed. The ‘adaptive array receiver’ was announced with ambitious claims of transmitting data at more than 1Gbps over a 2km distance. Although the announcement focussed on success, there remains more to do in developing all components to enable 5G to transmit. By 2020 it is thought that 50 billion to 100 billion devices will be connected to the internet so, with the electricity costs of running the networks being so high, cost-efficiency needs to be considered in conjunction with the advancements in technology.

Fast forwarding to February 2015, The University of Surrey’s 5G Innovation Centre (5GIC) achieved 1 Tbps speeds in laboratory tests, the fastest to date. Prof Tafazolli now believes it is possible to run a wireless data connection at an astounding 800Gbps – that’s 100 times faster than current 5G testing. To put that into context, according to the BBC, a speed of 800Gbps would equate to downloading 33 HD films – in a single second.

What is 5G?

To answer this question, we first refer you back to our previous blog, The 1G to 4G Journey which explains how mobile devices evolved from ‘voice only’ to the data-only 4G (the ‘G’ stands for ‘generation’). 5G is an advancement on 4G as it transmits in an entirely new way which allows for dramatically faster speeds.

UntitledThe main differentiator is the term “harmonisation of the radio spectrum”, as coined by Prof Tafazolli himself. Data is transmitted via radio waves, which are split into various frequencies – and each frequency (or band) is regulated by the International Telecommunications Union (ITU). As new technology is developed, their frequencies are being squeezed into an increasingly tight spectrum and this is where problems with speed and reliability occur.

5G needs more space to deliver the standard now required. As such, the ITU is completely restructuring parts of the radio network to transmit data – all without imposing on currently-functioning 3G and 4G frequencies. So, why is 5G such a priority? With the ‘internet of things’ evolving rapidly, more inanimate objects require connection alongside the smart devices we already use en masse.

With promises of transferring mobile data up to several hundred times faster than 4G and the ability to stream ultra-high definition content, will you be upgrading in 2020?

Catherine Grayson is a Marketing Executive at Total Ltd – the communications technology experts who deliver smart solutions to help your business grow and continually evolve.


Banks introduce fingerprint recognition technology

It has recently been reported that two UK banks are allowing their customers to log-in to their smartphone banking applications via fingerprint recognition technology.

Touch ID

Once activated by the individual, customers of both RBS and NatWest could use Apple’s Touch ID on its iPhone 5s, 6 or 6 Plus to access their online banking.

Once inside the app, additional verification for making payments will still be required and limits have been set on making new payments.

Stuart Haire, Managing Director of RBS and NatWest Direct Bank said “Adding Touch ID to our mobile banking app makes it even easier and more convenient for customers to manage their finances on the move and directly respond to their requests.”

Both banks have said customers would be required to re-enter their passcode after three unsuccessful ‘fingerprint recognition’ attempts. However, a security expert says Touch ID isn’t secure enough for a banking application.

Ben Schlabs from Security Research Labs has commented: “Just the fact that you are carrying the key around with you and leave copies of it exposed everywhere you go makes it a very different risk to something that is inside your brain. The risks are poorly understood.”

The banks have reported that 15 million of their customers use online banking and the introduction of Touch ID will make it easier and more convenient for them.

Would you install Touch ID on your online banking applications?

Let us know.

Jamie Sansom is a Marketing Assistant at Total Ltd – the communications technology experts who deliver smart solutions to help your business grow and continually evolve.

BlackBerry update brings Amazon App store to its handsets

Due to a recent update across the company’s operating software, all of BlackBerry’s BB10 devices will soon get features that were originally only made available on the BlackBerry Classic.


One of the most appealing outcomes of the update is giving BB10 users the ability to download their favourite Android Apps by accessing Amazon’s app store.

BlackBerry Assistant, BB’s equivalent to Siri or Cortana, is another great feature which is also set to be included in the update.

Another noticeable improvement is the introduction of BlackBerry Blend.

BlackBerry Blend allows BB10 users to combine their texts, emails, messages, BlackBerry Messenger, contacts, and calendars which can keep them all synced across a number of devices and operating systems.

The UK is set to receive the update today so if you’re a BB10 user, make sure you check it out and let us know what you think.

Jamie Sansom is a Marketing Assistant at Total Ltd – the communications technology experts who deliver smart solutions to help your business grow and continually evolve.

Kickstarting Smart Innovation

Whilst we patiently await the Apple Watch and Samsung Galaxy 6, today we take a look at two mobile innovations trying to get off the starting blocks.  Could one of these smart inventions be tomorrow’s Next Big Thing?

IpadPrynt is ‘the first instant camera case for iPhone and Android’, initially hoping to achieve a goal of $50,000. With around two weeks left to run, the project has already raised over $1m!

Slot the case onto an iPhone 5 or 6, or Samsung Galaxy S4 or S5 and print directly from images stored on your smartphone to the built in printer. And there is no need to purchase ink cartridges as the ink is already embedded in the paper!

In addition, if the photograph is taken from a video, another user can scan the photograph with the Prynt app to view the correlating video from one photograph.  The case doesn’t require either Bluetooth or Wi-Fi, so you can simply just snap and print to share mobile photographs in a tangible way.

Want to be part of the Prynt adventure? A $1 pledge fames you on their website and keeps you updated or a $49 pledge buys you a Prynt case and paper (other pledge amounts available).


ScarabScarab invites you to ‘see the world around you with new eyes’. According to its inventors, this is an opportunity to own a ‘first in history’ device to detect invisible threats.

So, what does it do? The small sensor is carried separately, it can be attached to bags or clothing whilst you are out and about, and reports back via the Scarab app warning you about ‘invisible threats’. Once data is gathered it is then represented via web mapping (such as Google Maps).

Scarab, described as a ‘revolutionary new nervous system’ will steer you clear of dangerous UV, carbon monoxide, radiation, magnetic fields and more. By capturing the data, the bigger goal is to dramatically and permanently change how the world stays healthy and safe.

The project has already exceeded its $100k target; will you pledge from $1 to $5,000 and secure your place in history?


Catherine Grayson is a Marketing Executive at Total Ltd – the communications technology experts who deliver smart solutions to help your business grow and continually evolve.

The 1G to 4G Journey

When first introduced, ‘1G’ mobile devices were ‘voice only’. Despite their size (and weight), usage was limited and devices were highly insecure. 1G was in fact just an extension of a phone line that broadcasted over the air – at the time; anybody with a suitable scanner could tune in and listen to private conversations.

1GThe release of 2G addressed the security issues. Launched with a peak rate of 120kb/s, 2G was a ‘digital protocol over the air’ meaning that information was now encrypted and more secure than its predecessor. And because there was now a reliance on digital technologies, handsets were able to reduce in size, become cheaper to manufacture and more user-friendly. As a result, mobile communications became mainstream.

And, interestingly, now 27 years after its introduction, 2G also brought us the first ‘Short Message Service’ (SMS) or ‘text’ as we’ve come to know it. Texting is now such a popular and useful communication tool, that O2 in the UK moves 250 million text messages on average – every single day.

As we evolved to 3G, we increased on data, and whilst initially starting at 384kb/s, it has now grown to 21mb/s. However, did you know that 3G is a hybrid service? 3G consists of two elements – voice and data.

And what many people don’t realise is that 4G is a data-only network. You may be even more surprised to discover that there is no way to make a standard voice call on 4G. 

So, what is 4G? 

4G is designed from the ground up to be data. You can make voice calls over 4G – using an over-the-top-client (like O2 TUGO) which works over data, works over Wi-Fi and works over the 4G network.

In addition, there is a protocol called ‘circuit switch fallback’ so, when you make a voice call on the 4G network, the device actually drops back to 3G and uses 3G to make a voice call.

QuoteThere are three key advantages to 4G:

  1. It is more ‘spectrally efficient’ which means it carries more information over the air.
  2. 4G is designed from the outset to be faster.
  3. Its ‘latency’ is superior – when you want something to happen – it happens. If you make a video call for example, you don’t get a ‘satellite style’ wait.

When it comes to the rollout, O2 is the only UK operator committed to providing coverage indoors at nearly 2mbps to 98% of the UK population by 2015. And, whilst 4G is rolled out, 3G continues to be rolled out simultaneously benefitting both 3G and 4G users.

4G is transforming the way people do business. The superior bandwidth and speed available with 4G means you can use sales tools, videos, diagrams, CRM systems and more on a mobile devices, making a ‘pop up office’ working for flexible workers an easy-to-manage reality.

To find out more about how 4G can change the way you work, call our team on 0845 070 5450 or email us at

Catherine Grayson is a Marketing Executive at Total Ltd – the communications technology experts who deliver smart solutions to help your business grow and continually evolve.

Kickstarting Hive, BUHEL and Wishbone

If you have followed our blogs over the last year, you will already know that we have a keen interest in following crowdfunding projects. In fact, the Marketing Team even funded some projects of personal interest, from the OrbitKey to the Kano, both of which successfully made it to market.

And, because we’re always interested in the technology-of-the-future we’re taking a fresh look at Kickstarter, curious as to whether one of these innovations could become the next surprise success.

Hive BUHEL Wishbone

Hive is a good place to start. Designed to be a simple and affordable tool to ‘protect everything and everyone’, Hive is designed to be a single solution for both automation – and entertainment.

The Hive Hub is the main component, supported by companion Hive Sound. Sound is the first smartphone speaker which can be used anywhere, not only for high quality sound music but also for door and light alerts. The Hub connects all ‘smart stuff’ from thermostat to lighting via motion sensors, door and window contacts and cameras – even ones you already own. Yes, Hive is a truly intelligent home system.

HiveWith the prototype stage complete, the Hive team are now hoping to start manufacturing and one of their reasons for doing it via crowdfunding is because they want feedback and ideas from backers.

With just over one month to go, Hive has reached around 60% of its $100,000 goal. Pledge from just $10 to $10,000 depending on whether you just want to support the venture, or support, purchase and attend a ski trip with the entire Hive team!

You can also find out more about Hive via their own website.

is an interesting example of the new direction in technology innovation – the wearables market.

The BUHEL innovators paid attention to something which may escape our attention on a daily basis – the fact that most of us spend our time with headphones in our ears, oblivious to anyone talking to us – or even traffic approaching us when glued to a mobile device screen. Until now there has been no alternative. Enter the BUHEL SG0 ‘SOUNDglasses’ which allows wearers to listen to music without earphones, without wires and completely hands-free. The noise cancelling headset and bi-directional microphone also tethers to your smart device enabling you to take calls on the move.

This is the second time that this project has appeared on Kickstarter, originally doing so to obtain the suggestions of their backers. It has now been re-launched, following prototype development, with a goal of $80,000. With over a month to go, this goal has already been exceeded. It looks like this project could be a success and shipping in May as proposed.


WishboneDespite being the ‘world’s smallest smart thermometer’, Wishbone is one of the big-surprise successes of the week.

This innovative iOS and Android compatible thermometer fits and rotates within the headphone socket of the smart device. Working alongside the Wishbone app, this popular gadget allows you to track temperature changes via an infrared sensor. It measures skin and liquid temperature easily, accurately and safely, and the environmental temperature modes are currently being developed.

This simple idea has seen the original $20,000 goal exceeded by nearly $70,000 with just over three weeks left to go.

Catherine Grayson is a Marketing Executive at Total Ltd – the communications technology experts who deliver smart solutions to help your business grow and continually evolve.


Growing Apples!

With many of us in the Total office hotly anticipating the release of the Apple Watch this year, we look back to a pre-Beats, pre-pod and pre-internet date and review four developments I have personally found the most interesting during Apple’s nearly-40-year history.

With a reputation for innovation and cutting-edge trend appeal, it’s hard to believe that Apple started off producing hand-built systems in 1976, as ‘Apple Computer’. Both Steve Jobs and Steve Wozniak were, in effect, college dropouts operating in a basement, but these ‘dropouts’ knew what the public wanted and knew how to build a computer. Co-founder and adult supervisor Ronald Wayne was also part of the company at this time.

Clearly their skills were far better utilised in the basement than could ever have been in college during this pre-tech era of opportunity. Their first computer, Apple I (pictured above, in casing), was hand-built by Wozniak, whilst Jobs elected the position of salesman, pitching the unique unit at $666 at the time. Wayne drew up the Apple I manual and also developed the first Apple logo. With potentially more to lose than Jobs and Wozniak, Ronald Wayne left Apple for fear of his assets being seized, selling his share for $800 in 1976.

During the first year, around 175 Apple I systems were sold. A tough pitch considering the unit didn’t come with a case, a power switch and transformer, keyboard or even a video display.

A year later, the Apple II looked more like a computer as we know it. All yours for $1,300 complete with a 16-colour screen, a whopping 48K RAM and a floppy drive. It was ready to use straight out of the box and described as user-friendly. The ‘hobbyist’ could purchase it as board-only, for just under $800. It is easy to see Apple’s trademark design even in this early model with the casing built of plastic – the first of its kind – built to pull apart very easily to enable expansion.

1993 saw Apple branch into portable devices, with the release of the Newton MessagePad100. Perhaps released a little too early for the general public, however rumour dictates that Apple’s Vice President at the time had made a bet with the press that, should the product not be released at MacWorld Boston, he would give up his wine cellar.

The personal organiser incorporated fax and email, along with task lists and appointments using the Newton Intelligence operating system, allowing the user to handwrite using a stylus (recognition, however, was a major problem), or use a keyboard. Despite improvements it didn’t really get the recognition it deserved at the time, however in hindsight and with the official product announcement incorporating “And wherever you go, the powerful, under-one-pound personal digital assistant goes too, tucked in your pocket or briefcase.”, Apple were clearly on to something.

It’s hard to believe that the first iPhone was only released in 2007 and is yet regarded as ‘vintage’. The ultra-stylish-at-the-time handset boasted a 2MP camera and the option of purchasing the 4GB, 8GB or 16GB versions. The ‘multi-touch interface’ (or ‘touchscreen’ as we now know and love it) allowed users to swipe and drag – although it wasn’t the first time this technology was deployed, the large touchscreen was unique and didn’t require a stylus and also featured an accelerometer.

Although none of these functions were unique to Apple, combining it in one highly stylised device created excitement. The original iPhone also brought about the ending of the physical keyboard era. The rest, as they say, is history.

Fast forward to the iPod, iCloud, iPhone 6 and 6 Plus, along with the Apple Watch it is clear that despite the highs and lows of the Apple brand, they certainly know how survive the changes in the technology market; from fever-pitching product releases to firmly embracing the future of everything technology has to offer.

You can find out more about the Apple Watch via the official Apple Store.

Catherine Grayson is a Marketing Executive at Total Ltd – a business to business service provider, delivering genuine solutions across all core telecommunication services, based in Cheltenham, Gloucestershire.

Private school set to release free iOS textbooks

Leading Private school, The Stephen Perse Foundation in Cambridge, will publish 12 digital textbooks which will be available for students to download.

The textbooks, which were created by teachers to cover all aspects of the IGCSE Biology course, will help 500,000 students in 160 different countries that all study the subject.

Each student at the private Cambridge school already has their own iPad and the online textbooks will be available free of charge from Apple’s iBook online store.

Principal of The Stephen Perse Foundation, Tricia Kelleher, says students and school are ‘hungry’ for online resources.

Alex Van Dijk, author of the books, has described making instant updates to the textbooks ‘invaluable’.

Reports suggest this is the first time in history a British school has offered free online resources that cover an entire exam syllabus.

The school already uses iTunes U to upload links and lesson notes and interactive resources alongside GCSE and A Level course materials to help students with their studying.

Do you think the trusty text book could soon become ‘old school’?

Jamie Sansom is Marketing Assistant at Total Ltd – a business to business service provider, delivering genuine solutions across all core telecommunication services, based in Cheltenham, Gloucestershire. Total Ltd is a business that brings together and unifies all the component parts. For up to the minute business telecommunications news, please view the Total Ltd blog