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About Omkar Jadhav

A content writer by profession, MBA by education. Passionate about technology, writing, sports, gaming. Currently into social media marketing and graphics design.

Gesture From SteelCase – Is It A Device Or A Chair?

December 21, 2013 by Omkar Jadhav Leave a Comment

Ergonomics have been evident in several products we use daily. We have seen conventional blocky keyboards evolve into more fine and easy to use designs for prolonged durations. Mobile devices have implemented design curves for grippier handsets. Evidently, more often we have moulded ourselves to fit around the tech that is developed often out of discomfort. But gradually as these design niggles have been identified and seriously paid attention to, the pioneers and innovators have come forward with products that have truly built with the end user at focus. Steelcase recently unveiled their latest flagship chair ‘Gesture’ in Mumbai, India. 

Steelcase is one such company that has brought the furniture industry to evolve into something that understands the human body rather having the body to fit and accommodate based on the device, in this case, a chair, Gesture. If you look at it, it is more functional (or rather feature rich) than most smartphones out there, trust me. That lead to the question, ‘Do I call it a Device or a Chair?’ It definitely would be an understatement to call it a chair, so lets stick with its birth-name, Gesture.

gesture 1 steelcase
Steelcase Gesture in action

Research study that gave birth to Gesture

Technology is the single greatest force driving the changes in the way we work, live and behave.

Through their global study conducted by 2000 people across 11 countries. They identified 9 new postures that were born out of the new technologies impact on work. These behaviours were dominant across the daily work process. The conventional chair or any current seating solutions just aren’t fit to address these ergonomic concerns, which, if overlooked, cause a lot of health issues. Switching between devices to jumping among tasks to collaborating with others, all of this leads to various new movements and body positions, all of which through the exhaustive research and design process was implementing in the birth process of Gesture.

Ubiquitous arm support

The arms of Gesture swivel around to accommodate the change in the body posture while switching devices. The change in height, tilt, slide back and forward, open wide and close in to become narrower thus allowing for various body sizes to sit comfortably and always ensure proper arm rest despite of any sort of seating inclination. This so called ‘Limb Interface’ indeed moves like the human arm.

Flexible seat interface

When reclining back, regular chairs enable the adjustable backrest to fall backwards, but this disrupts your viewing angle between you and the screen in front of you. To counter this, there is another uber cool feature which enables a simple volume-control like knob to drive the seat beneath you forwards and backwards. Irrespective of how much you weigh, it just requires a simple three finger spinning of the knob, as if tuning in to your favorite radio channel, but in this case, shifting the seat forward/backward and yet maintaining your line of sight despite of how far back you choose to recline.

Also the shockingly comfortable contoured seat is quite big wide and flexible at the edges allowing you to shift and spread your legs at any sides, left or right, without any hindrance. The seat also ensures weight distribution along with responsive depth control to make it comfortable longer. Adaptive Bolstering or the use of air channels in the foam ensure consistent comfort for users of different sizes.

Intuitive back seat

The backrest reclines at an angle which other chairs would only hold for a few secs before they touch the floor. In theory this level of recline might feel discomforting, but it works flawlessly and adds to the magic when combined with the sliding-seat (for retaining your viewing angle, mentioned above). Also the back seat cuddles against your lower back with its arched lower support.

All of this comes together magnificently to ensure continuous synchronised support for our entire body.

The makers

Steelcase is a US based global leader in the ‘office’ furniture industry and has been revolutionising workspaces for over a 100 years. They serve only businesses, small and large. Their family of brands include – Steelcase, Coalesse, Designtex, Details, Nurture, PolyVision and Turnstone. Each brand serves similar yet unique goal with the underlying core purpose of improving the interaction between people and spaces. For example, Steelcase aims more towards improving more formal workplaces, whereas Turnstone is geared towards creating more vibrant and creative solutions, Coalesse offers unique products that merge the disparate home and office experiences, PolyVision provides highly functional surfaces (from school writing boards to architectural cladding and infrastructure), Nurture aims at providing exceptional solutions for the healthcare industry.

In India, Steelcase recently started its first manufacturing facility spread over 50,000 sq ft at Pune.

Gesture and its inspirational design

The main basis that justifies the need for Gesture is, technology and its impact on our work and our body. Desktop computers to laptops, to smartphones and tablets, each one of these devices form a core part of our lives, and not only do they help us connect, but also serve as an integral part of our work and more often sources of entertainment. In essence, they occupy a large portion of the time we spend daily, doing whatever you can think of. As much as these tech creations strive to make things convenient, they also affect the way we interact with them and produce a negative result. Our posture. After conducting a global study, Steelcase identified the impact of these new technologies and new workplace behaviours that arose out of them. Current chairs just aren’t suited and equipped to address these unaddressed concerns of the tech impact on the human-body-at-work, resulting in pain and long-term injuries. Gesture serves to address these overlooked discomfort zones by not just being a chair, but an intuitive interface that responds to our body.

The 9 positions

  • The Draw – ‘born of tablets’. The falling back in a recline posture for viewing content on your portable devices such as tablets.
  • The Multi-Device – Juggling between a call on your smartphone and simultaneously operating a desktop device.
  • The Text – Smaller size of devices such as smartphones prolonged with longer use of them, makes us bring our arms closer while performing tasks on them.
  • The Cocoon – A Gen Y workers pose. Curling in with the legs placed on the seat while reclining and drawing the device closer to you.
  • The Swipe – Placing a device such as a tablet on the work surface while operating with one hand and using the other hand to support your head.
  • The Smart Lean – Leaning towards one side, with the body weight shifting towards that side being supported by the armrest, while crossing one leg over the other thus shifting the lower body towards the other side.
  • The Trance – Leaning forward to focus on the screen, after prolonged usage. Extended periods of time cause this body posture, causing one arm to act as a support for the upper torso and head, while operating the device with the other hand.
  • The Take It In – Reclining to view content on bigger screens. Opening the legs forward and resting the upper body backwards.
  • The Strunch – Or the stretched out hunch, resulting from extended duration of sitting and working on a device placed on a work surface such as a table.

Aside from tackling the preexisting inflexibility of your regular office chair, the above 9 postures which are the consequences of the technological advances, are all aptly handled by this new device made by Steelcase.

Filed Under: Consumer Technology Tagged With: india

Xperia Z1 Mini To Follow The Sony Xperia Z1 Flagship

November 10, 2013 by Omkar Jadhav Leave a Comment

We have seen how Sony Xperia evolved into the Xperia Z1 flagship. Xperia Z1 mini is a successor to the Xperia Z which released in the first quarter of 2013, way before competitors rolled out their flagships. A worthy flagship which was soon overshadowed by HTC and Samsung with their releases. That maybe what lead Sony to roll out another flagship within a period of 8 months. In contrast, Sony might have projected this strategy beforehand, aiming to capture multiple price segments by lowering the Z’s price and creaming the Z1 with a layer of in quality and pricing.

Japanese Honami Mini (Xperia Z1 mini a.k.a Z1F)

The Xperia Z1F was showcased in Japan recently. It does the same specs of the Z1, which is shockingly amazing. If it arrives in other markets the price would likely be its selling point, as it would easily cost much less than the Z1’s 40-45k INR segment and you would get the same innards as the Z1. Only the display is downsized to a 720p, but on a 4.3 inch display, which is still great as many of us have seen and probably used 4.3 inch devices with WVGA resolution (480×800) amounting to a meagre PPI of just around 200. Such devices went on to become the generation defining handsets. Z1F has already everything else going for it, including the compactness bonus that allows for easy single handed use, plus a substantial PPI of 342!

This is the Japanese version after all. Evidently, those markets usually get buffed up versions of the international releases. Therefore, the leaked Z1S or the Z1 mini, soon releasing in other markets may not retain the same spec sheet as the Z1F.

If we consider the above facts as accurate, then even the mini version of the Z1 will easily overpower the previous flagship, Xperia Z, in terms of processing power and camera equipment. Only the display would be a 4.3 inch 720p as opposed to the 5 inch 1080p on Xperia Z. Z1F would even house a similar battery, 2300mAh as compared to 2330mAh on Xperia Z.

Xperia Z1 mini vs HTC One mini vs Samsung Galaxy S4 mini

As compared to Samsung and HTC’s truly mini variants which get easily dwarfed by their flagships [going from quad-core to octa-core to dual core; 2GB to 1GB RAM and other downscaled specs], the Xperia Z1 mini/Z1F/Z1S would be no different from Sony’s own powerhouse, the Z1. The only step down would be, as mentioned before, the display and battery. Note that this is not in any way a downgrade. A smaller display would consume less power thus eliminating the need for the bigger battery and it would be rather wasteful to put a 1080p panel on a 4.3 inch display, as we would not even notice the difference between that and the 720p one on that screen size. But 720p on a 6.3 inch is a totally different story.

Xperia Z line of Smartphones

Presently, under the Xperia Z banner or the top category of Xperia phones, Sony has, Xperia Z, Xperia ZL, Xperia ZR, Xperia Z Ultra, Xperia Z1 and now the Xperia Z1F mini.

*Here is a relational spec overview of the above listed phones
*An overview of specifications

*A relational comparision of specification overview

Xperia Z, the Quad-core 1080p waterproof 2013 Flagship has a non-waterproof variant, the ZL. Same main specifications minus water proof and dust proof certification.

Xperia ZR is the downgraded version of the Xperia Z in terms of internal storage (16->8GB) and display (1080p->720p), but it retains the Dust and Water proofing though on a different non glass body.

Xperia Z Ultra is more of a tablet category smartphone as it pushes the phablet zone beyond the boundary. Basically, it is Xperia Z1 on a bigger size display (6.4 inches, wait, 6.4? inches? yes! on a 7 inch tall body!) even with the same battery, CPU and GPU, but sadly a not-so-good camera. (8 MP non flash camera)

The Japanese Z1F (Honami mini), is a more colourful Z1 on a 4.3 inch 720p screen powered by a 2300mAh battery, with the same Chipset, RAM, internal storage and other servings.

Among the Xperia Z denomination, the only device left out of the water and dust proof class is the ZL, assuming the Xperia Z1 mini is water and dust proof.

At present, the Xperia Z1 post its launch a month back, has been well received in our market. Only downfall is the lack of accessory support, even after more than a month of the device’s commercial availability, the Official Sony Stores do not even have screen protectors available, and are still blaming the third party makers. Even Official Sony Accessories have not been arrived here (India, Mumbai). You can find a nice and wide range of accessories on Mobile Fun’s (UK’s leading online retailer) Indian site, but since all of them are imported, it takes money and patience for them to be delivered to you.

(Featured image credit: mobiltelefon.ru)

Filed Under: Consumer Technology Tagged With: sony

The Delicious “Android Kit Kat” Is Out – Here’s What To Expect

November 6, 2013 by Omkar Jadhav 1 Comment

The long awaited Android version, 4.4 Kit Kat is finally out, though just for Google’s own Nexus family of devices starting with their latest flagship, the Nexus 5. The Nexus line always had an upper hand on other devices, mainly because of the Google influence. This backing gives them a stronger identity and also makes them the first of devices to get the latest updates, while million others wait in line for their skinned versions.

kitkat
KitKat, literally!

That is your typical, sad and never-ending tale of device manufacturers; neglecting and orphaning other devices as they reallocate all resources to their next flagship or strive to enter every other market segment possible. Since all of the top devices and competitors offer not just one but a large number of devices that run Android, the only way for them to make a newer device more compelling is by releasing the newer Android version with it and pushing back older devices until their defined targets are achieved. After all, that is capitalisation. At least with KitKat, this won’t prevail in the coming generation of devices. Google plans on ensuring that every upcoming Android out there performs like a flagship which is capable of running the latest version of their Android Operating System (KitKat), and is not restricted to Gingerbread or ICS.

The History Of Android Versions

You surely must have noticed by now, the alphabetical confection based scheme of labeling Android versions. Keeping the initial internal versions aside, 1.0 and 1.1 (Astro and Bender; named after fictional robots), the true alphabetical dessert naming convention started with version 1.5, Android Cupcake. Going ahead, as time progressed, it got sweeter and sweeter. From Cupcake to Donut, Eclair, Froyo, Gingerbread, Honeycomb, Ice Cream Sandwich, Jelly Bean and KitKat.

OS namesVersions
Cupcake1.5
Eclair2.0, 2.0.1 and 2.1
Froyo2.2 and 2.2.3
Gingerbread2.3, 2.3.2, 2.3.3 and 2.3.7
Honeycomb (tablets only)3.0, 3.1 and 3.2
Ice Cream Sandwich4.0, 4.0.2, 4.0.3 and 4.0.4
Jelly Bean4.1.1, 4.1.2, 4.2.1, 4.2.2, 4.3 and 4.3.1 as a Nexus 7 LTE update

The major upgrades and overhauls which reflected visual and user interface changes (from a user perspective) were mainly available in Gingerbread, Ice Cream Sandwich and Jelly Bean. Rest all majorly consisted internal code fine tuning and some nifty upgrades like Trim (for improved storage performance and indexing) in Android 4.3 and Project Butter (for smoothness and speed) in Jelly Bean.

KitKat 4.4 is such a major upgrade as opposed to the usual incremental jumps, 4.1.1 to 4.1.2 etc. It doesn’t contain a visual makeover but there are finer interface tweaks in place to make an already amazing mobile OS even better.

Visual Upgrades

Lock-screen music playback controls will be backed with the album art of the song being played and movie art will be displayed while projecting movies to chrome cast. Not that useful, but a simple visual tweak that adds some life to the simplistic lockscreen, otherwise occupied with widgets or pattern/pin/password screen.

Google Apps will now support true full screen. This matters for devices with on-screen buttons (without hardware keys; home, back, recent applications), where a considerable chunk of screen real estate is compromised. Instead of the on-screen buttons fading into three small dots and still retaining the space, they will now completely disappear. You can bring them back by swiping from the edge of your screen, an action similar to your notification bar swipe down, but only from the bottom or side depending on your screen orientation. Example, when you launch Play Books and start reading a book you see the notification bar and on screen buttons fade away, but, they are still present there as black bands. In KitKat your entire screen space, edge-to-edge, will be used by these applications. So, now with the same screen size, you will be able to see a much bigger page with more content minus the distractions. As Google highlights it,”Immerse yourself”.

Utility & Under-The-Hood Tweaks

Memory improvements are in place which will allow a device with just 512 MB of RAM to easily run KitKat, which otherwise would struggle even with ICS. Among the pre-existing devices, the ones capable of running KitKat is not known. Time will tell, as all of this depends not only on specs but also the device manufacturer’s willingness to allocate resources for pushing its low-mid range segment up the Android version chart. But the declaration that every new device released in 2014 will ship with KitKat itself says more than enough about the improvements in the software. Along with this memory optimisation, Nexus 5 specifically, also gets a touch screen upgrade, which gives it an even better touch response time and accuracy.

Google Voice Search that has shown staggering improvements in terms of speech recognition accuracy, is even more accurate this time. So, more accents and languages will be easily recognised without requiring weird voice modulations. Google Now gets even more helpful, by making use of a low power core for constantly listening to voice commands (“Okay Google” is the keyword) even when the device is locked. This is the same manner in which recent Samsung devices conserve power with the use of lower frequency cores for things such as sensors and less heavy tasks. So the decent 2300mAh battery of the Nexus 5 isn’t likely to drain before your day ends. As of now this feature is specific only to Nexus 5 attributing to the requirement of a chip level hardware.

Phonebook & Messaging

Similar to the ‘favorite contacts’ or ‘frequently called’ contact widgets found in Sony Xperia Z1 and Samsung’s Touchwiz, Nexus’ phonebook now sorts contacts based on the frequency of your conversations and displays a thumbnail grid of favourites on top of other contacts. Also, a new universal caller ID that performs like Truecaller comes preloaded. This makes use of Google’s Database listings and gets you the identity of the caller whose number you do not have stored in your contacts.

Bye Bye Crude Text Messaging app. The stock Android app will be the second victim to go out of fashion. First Hangouts kicked out Gtalk, and now this. Few good things Hangouts provides is, cross-device sync which allows you to resume the conversation from on any other device right where you previously left it and a streamlined conversation flow, which is essentially all messages, photos, video call session details etc, with any particular person as a single conversation starting from the first message you exchanged to the last.

Emoji (a wider range of Japanese emoticons) which if you loved in the existing Hangouts app, will now, be available across all Google Apps.

This list doesn’t end here. There are more tweaks and upgrades covering almost every aspect of a device such as, Bluetooth, Infrared, NFC, Location, Chromecast, Email, Wallpapers, Photography, Chrome Browser, Device Management, Downloads, Home Screen, Battery Conservation, Audio & Video Playback, Security and more.

Check the official website for an illustrative view of these features and other details on what to expect.

Filed Under: Consumer Technology Tagged With: Android

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