Tag: wearables

Article – From the horse’s mouth

Bluetooth 4.1 now becoming a connection path for newer wearable emergency-alert devices

HID Global

HID Global Helps Hospitals Keep Doctors, Nurses and Staff Safe from Workplace Violence with New IoT-Based Duress Badge (Press Release)

Product Page with Healthcare use case (PDF)

My Comments

A key use case for Internet-of-Everything technology are wearable devices that have an emergency-signalling function. In the workplace, they are intended to be used by lone workers to signal for help from a security team in an emergency situation, with use cases being focused towards situations where they are at risk of being attacked. In the home, the primary use case is for elderly or disabled people who need to summon help, but it may also be applied to people at risk of falling victim to family violence or similar situations.

They are also being integrated in indoor-navigation technology so it is feasible to quickly locate the person who is at risk and provide help to them. There was a device offered by Ekahau that worked on multiple-access-point Wi-Fi networks and used the access points as a location means.

But HID Global have taken a different path with devices pitched to this use case. Here, their new Bluevision BEEKs Duress Badge Beacon, which is in a staff-badge form, is based on the same Bluetooth Smart 4.1 Low Energy technology as Bluetooth beacons. This device can also be integrated with building-access-control systems at the card level. Pressing the back of the badge can allow them to seek help from security who would know where they are in pre-defined areas thanks to the beacon-based technology.

It could be feasible to implement this technology with the badges as peripherals for smartphones, answering the needs of mobile workers for example. In this case, the device takes advantage of the phone linking to either a Wi-Fi LAN or a mobile broadband network.

As far as the home network is concerned, the Bluevision BEEKs badge would have to work with Wi-Fi to Bluetooth bridge devices. This could be a function that could be asked of with smart speakers or home AV that supports Wi-Fi (or Ethernet) and Bluetooth functionality, especially if the device is about working with peripherals including remote controls. But there could be the imperative to have Bluetooth 4.1 or 5 technology within Wi-Fi access points that are part of a distributed Wi-Fi system, typically to court IoT use cases.

This could lead to wearable emergency-call devices like this one that are pitched to workplace use being pitched towards home use especially with “ageing at home”  which would be the main use case.

I also see the possibility of this kind of emergency-call functionality being integrated within smartwatches and other wearables, whether the wearable uses a Bluetooth link to the smartphone or has its own mobile-broadband connection. This can easily be delivered in a software form for platform-based wearables like watchOS (Apple Watch) or WearOS (Android Wear) or Fitbit Versa.

Here, it may encourage the user to have this kind of functionality always available without needing to wear other items, encouraging you to wear it more. Also having emergency / duress call functionality in a smartwatch or similar wearable allows you to signal for help without doing something obvious, something that may be of importance in a highly-charged situation.

Article

Microsoft Band App Provides Discreet Reporting For Domestic Violence  | SuperSite For Windows

Previous coverage on this topic

Doncare has launched a mobile-phone app to help people in domestic-violence situations

From the horse’s mouth

Band Aid

Home Page

My Comments

Previously, I had given some space to an iOS mobile-platform app written in conjunction with Doncare Community Services in Doncaster to provide domestic-violence survivors access to the necessary information. This app provide the one-stop information shop functionality but could be quickly deleted from a mobile device if the user is in danger of ending up in trouble for seeking help, which can happen in an abusive relationship.

For those of you who are based in the UK, this has recently become a cause celebre thanks to it being woven in to BBC’s “The Archers” radio serial which highlighted an abusive relationship that was taking place in to one of its storylines.

But another project has been finished where a wearable is used as a tool for summoning help in these situations.  This is in the form of “Band Aid” which is an app that works with the Microsoft Band to detect when the wearer is under undue stress and invite them to have the paired smartphone call the national emergency-services number or a user-determined help number like a trusted friend or domestic-violence helpline. The user can override the software to bypass stress-sensing during exercise or similar situations.

There is further development taking place with this software such as working alongside support and refuge centres for domestic and relationship violence sufferers. There is also some work taking place with “social listening” and machine-learning to identify the behaviour of one who is under threat.

The “Band Aid” project has been developed as part of the “HackForHer” hackathon which is a programming challenge for software solutions that can help and enable women. Here, these kind of hackathons can flesh out ways that technology can help particular user groups in particular situations.

Personally, I would like to see this program be “taken further” to facilitate help in other situations like independent ageing (fall detection), living with chronic illnesses with a high fall risk like diabetes or epilepsy, or living with mental illnesses. The sensors in wearables like the Microsoft Band, the Apple Watch and the Android Wear smartwatches are able to monitor body signs along with the wearable’s gyroscope sensor being able to detect falls and similar situations while machine learning that is part of the software can identify what is normal compared to what is abnormal.

Here, it could detect if one is about to have a diabetic coma or epileptic seizure, or needs help because they as an old person fell. Having this kind of software work with the “Internet Of Everything” can work well for identifying risk-taking behaviour such as a person who is living alone not entering the kitchen to feed themselves or making sure that a person has taken medicines that they have to take.

What is happening is that it is the first time devices in the platform wearables or Internet-Of-Things class, along with the concept of machine learning, are being exploited as a personal-welfare device rather than as a wellness or “keep-fit” device. Here, this avoids the need to wear extra clutter to achieve a goal of ideal personal safety or health.

Articles

The next iteration of Android Wear adds Wi-Fi to the smartwatch platform

Android Wear gains Wi-Fi, wrist gestures, and always-on apps | SmarterWatching

Android Wear getting big update with Wi-Fi, always-on apps, and more  | Android Authority

From the horse’s mouth

Google Android

Android Wear: wear what you want, get what you need  (Blog Post)

My Comments

A new version of the Google Android Wear wearables pllatform is being rolled out in the coming weeks which will acquire some major functionality improvements. There is talk of having this version rolled out in the coming weeks for most Android Wear devices and an increased likelihood of it appearing in newer watches.

One will be the ability to support an always-on screen with always-on apps like a traditional watch. Here, the apps can show a high-contrast power-efficient display rather than going blank when the the smartwatch isn’t being interacted with so you are able to glance at them for data.

This also ties in with different ways to gain access to other information on your Android Wear smartwatch. Firstly, you can flick your wrist to switch between cards on the display rather than brushing the watch’s face to change app cards. Similarly you can touch the screen in certain ways to show the apps you have or your contacts on your smartwatch.

As we become more addicted to using emoticons and emoji, we can hand-draw the emoticons on the watch face to show up the ones we want in our messages.

But, as far as connectivity is concerned, the new version of Android Wear has support for Wi-FI wireless networking. This is implemented in a way where you don’t even need to have your phone or smartwatch on the same logical network as each other and you can even gain access to your somartphone from your watch even if it is on a mobile-broadband connection. This could encourage smartwatch manufacturers and silicon designers to design Wi-Fi chipsets that consume very little battery power in order to obtain this functionality.

The question I have about this feature is how it will cope with public-access wireless hotspots especially where most will implement the Web-based authentication and provisioning process. Personally, I would like to see “out-of-box” support for Wi-Fi Passpoint technology with this new version of Android Wear to facilitate seamless authentication on suitable networks.

Personally, I see the new version of Android Wear as a sign that Google is putting faith in the idea of integrating Wi-Fi in to smartwatches and other wearables along with simplifying the operation of these devices.

Articles

TAG Heuer and Intel announce Swiss Smartwatch for 2015 | Smarterwatching

Watch Out Apple Watch, There’s a Swiss-Made Android Wear Watch Coming | Gizmodo

From the horse’s mouth

Intel

Press Release

TAG Heuer

Press Release

Video Press Announcement

My Comments

Most smartwatches that were being released were pitched as “everyday wear” watches or sports watches which were something you wouldn’t really choose to wear if your goal was to impress someone special. That is unless they were someone who was impressed by the concept of the smartwatch and what it can do.

But when Apple put forward their Apple Watch, they put forward a few premium models that would go alongside or replace that Rolex Presidential as a status-symbol dress watch. Here, they set the cat amongst the pigeons when it came to providing a smartwatch of the calibre that you would wear in the Member’s Stand at Flemington during the Spring Racing Carnival (Melbourne Cup) or you, as the father of the bride, would have on your wrist as you walk the bride down the aisle at the start of the wedding.

TAG Heuer, along with Intel and Google, have worked on an Android Wear smartwatch that uses technology from the microelectronics name. Here, the idea is to create one of these watches that is pitched to the luxury-watch market rather than keeping Android Wear and the smartwatch scene for so-called “all-purpose” or “sports-class” wearables.

As well, TAG Heuer are even pushing to allow the qualification of a Swiss watch to expand to smartwatches that integrate electronics from other countries like Intel’s silicon but still have the watch assembled in Switzerland and have decorative and electromechanical parts coming from there. It can also be a good chance for Intel to investigate the idea of using Switzerland as a hub for activities associated with manufacturing, research and development for wearable technology.

What I see of this is the fact that companies are stepping forward to sell smartwatches fit for wearing at that exclusive club or in the boardroom of that Fortune 500 company in America. It also means that the smartwatch market can become like the traditional watch market with watches that suit different price ranges and different dress senses.

The second part of this series about the Internationaler Funkaustellung 2014 covers the consumer AV, wearable technology and home automation technologies that were being premiered at this trade fair.

Consumer AV

TVs with advanced display tech

Samsung curved OLED 4K UHDTV

There has been consistent activity with TVs that implement advanced display technology. Primarily, this has come about with more of the 4K ultra-high-definition TV sets with some of the sets with this resolution crossing the EUR€1000 price barrier for the European market and sets having a minimum screen size of 42” while most come in at the popular screen sizes of 55” and 65”.

An increasing number of manufacturers are pushing through with curved screens and the 21:9 screen aspect ratio which mimics the experience one would gain from watching a movie at the cinema. Alongside this is for the Korean names to field TVs that use OLED technology on their screens.

Firstly, Samsung have fielded a 40” UHDTV alongside the UE105S9W which is their 105” 21:9 curved screen model. They also are exploiting the “Connect One” connection box which is a way of assuring future-proof design for their sets. This has been integrated in sets based on the HU8590 chassis but is ready-to-add for their other current-issue 4K UHD TV designs. They were also fielding the curved TVs based on the 8000 Series design

LG have run with a range of curved OLED 4K Ultra HDTVs with a screen size of 65” or 75”. These implement a 4-colour OLED display technology which uses a white element in each pixel to show the white part of the picture rather than “constructing” the white part.

Panasonic VIERA AX900 Series 4K UHDTV

Panasonic are working on the improved picture quality and are running the AX630 4K TV design with a 40” model at EUR€899, a 48” model at EUR€1199 and a 55” model at EUR€1499. The sets based on this design have the HDMI 2.0 connectivity and H.265 / HEVC decoding but eschew the local-dimming improvement. They also run an extra-cost 4K TV design as the AX900 which comes in the 55” and 65” screen sizes and tick the boxes for HDMI 2.0 connectivity, H.265 support and local dimming.

Sony were pushing the quality angle with improvement on sound and extended dynamic range for the pictures, along with the Edge LED illumination feature. Their key model they were running was the S90 series which is a curved 4K UHDTV that sports the Triluminos technology and is available as either 65” or 75”.

Loewe, with TVs that are best described in German as “eine Superdeutschefernseher” have it that all newly-released models will be equipped with 4K resolution save for a 32” model. These will appear in 3 new ranges and have HDMI 2.0 connectivity and support for H.265 HEVC codecs. Thiey will implement DVB tuners that work with signals regular aerial (antenna), a satellite dish or cable-TV infrastructure and implement quick channel-change.

Thomson, the European TV name, are running with the Series Z 4K sets which are available as the Z7 (65” and 42” screens) and the Z8 (85”, 55” and 49” screens) variants. These have support also for HBBTV and Miracast mobile-phone playback.

Haier were showing the H6600 4K UHDTV range (42” to 65” screen sizes) with the 42” for less than EUR€600 and the 65” for EUR€1300 for 65”. These implement a simple design and use HDMI 1.4 connectivity. There is also the M7000 4K UHDTV range with screen sizes of 40”, 48”, and 55”. This design runs Android 4.2.2 and has access to Google Play, support for an add-in Webcam, and comes with a QWERTY remote control,

They will also implement an upgrade box for their TVs just like what Samsung did with their Evolution Box, satisfying a reality with the way TVs are used.

A Hong-Kong-based TV firm called Chanhong have shown curved OLED 4K TVs which are driven by Android technology. These are available at 55” for EUR€1700 or as 65” and 79” sizes. There is also a fiat-screen design known as the C5500 with the 42” selling for EUR€500 and the 65” selling for EUR€800. This one also implements Android technology and uses HDMI 2.0 connectivity.

Philips Android-driven curved 4K UHDTV

Philips even ran for the title of the first Android-driven curved TV, which comes in with a screen size of 55” at EUR€2390. This also implements the Ambilight feature that Philips is known for to augment the viewing experience.

Smart TV and multiscreen

The Smart TV experience is being driven on the HBBTV broadcast-Internet interactive TV technology that is being premiered in Europe and, to some extent, Australia.

Technisat were working on the “Watchmii” personal-TV experience which I would suspect is a content-recommendation service.

Platform-based “smart-TV” technologies that don’t require the manufacturers to “reinvent the wheel” were coming to light. Here, Philips was implementing Android-based Smart TVs that have access to the apps on the Google Play Store while LG was pushing the idea of implementing WebOS on their Smart TV designs.

Qualcomm are intending to use the AllJoyn and AlSeen standards to make TVs operate with smartphones and tablets.

Audio technology

Wireless speakers and multiroom audio

Harman-Kardon Omni 10 multiroom wireless speaker

The wireless speakers, some of which work with your Wi-Fi home network or as a Bluetooth speaker for your smartphone, are showing up as a very distinct product category. The innovation that is taking place here is the ability to wirelessly link two or more speakers together either to cover more sound space during a party or to provide a stereo pair with the proper desireable stereo separation. Some of the multi-room setups even make it feasible to adjust the volume for that speaker locally to your taste. These systems are being seen as an attempt to encroach on Sonos’s territory when it comes to multi-room multi-speaker wireless audio setups.

Harman-Kardon Omni 20 multiroom speaker

Another trend is that an increasing number of the portable Bluetooth speakers that have rechargeable battery packs in them are even able to work as external battery packs for mobile devices. This can help with them providing that bit extra of power on the go.

Yamaha have advanced a 3-piece elegant Bluetooth speaker and a single-piece Bluetooth speaker that creates a lightshow when playing music.

Philips SW-500M Spotify multiroom speaker

MTX, known for their beefy car-audio technology have advanced some wireless speakers along with some Street Audio earphones. One of these is the iT1 which implements a 6-amplifier, 6-speaker and 2 bass speaker arrangement and uses Wi-Fi with DLNA and AirPlay connectivity. They also fielded the iWa225 which is an in-wall Bluetooth amplifier for use with build-in speakers and supports multiroom mode using 2 of the same amplifiers.

Braven are cottoning on to the multiroom idea with their Vibe system. As well, LG are answering Sonos with their Music Flow multi-room audio setup.

Lenco are running with a multiroom setup which users single-piece speakers that are controlled by an iOS or Android app and are able to work with master-grade audio files. This system, which connects to an existing Wi-Fi small network segment, consists of the Playlink 6 speaker, Playlink 4 small portable speaker, and the Connect box which connects to an existing sound system.

Pure have refreshed their Jongo speaker lineup as the X Series speakers and implemented the Imagination Technologies Caskeid multiroom transmission technology. This technology works with multiroom setups or separate stereo speakers using the existing Wi-Fi network and the “Bluetooth Caskeid” variant provides a single Bluetooth A2DP on-ramp to the Caskeid system. These speakers are now available in white, grey or black finishes.

Harman-Kardon have fielded the Omni multi-room setup which is based around the Omni 10 or Omni 20 wireless speakers. These work on the existing Wi-Fi home network, have an Bluetooth A2DP on-ramp function and also work with 96khz 24-bit master-grade audio streams. A brace of these speakers can be set up to be a stereo pair or five of them can be set up to provide 5-channel surround sound. Harman-Kardon also offer the Esquire portable Bluetooth speaker that is so “stylish yet cool” like the well-dressed gentleman. This unit, which also can be an external battery pack, wouldn’t look out of place in his elegant briefcase.

Philips are running a Wi-Fi-based multiroom speaker setup that, again, works with the existing Wi-Fi home network but also has Spotify Connect functionality. There is the SW750 which has one tweeter and one woofer per channel and the SW700 which has one full-range speaker per channel. They also have fielded a Bluetooth speaker that doesn’t have trouble with multiple Bluetooth source devices. This one uses 1 tweeter and 1 woofer per channel along with the use of passive radiators to improve the sound.

Headphones and earphones

Sony MDR-1ADAC digital headphones with integrated DAC

The headphone scene is being advanced here with improved headphone and earphone designs as we listen to more audio content on the road. It is becoming more acceptable for one to were large “cans” when they are on the street or in public transport because of better sound quality. This is being advanced with some headphones even implementing multi-transducer “two-way” designs.

For example, Sony have put forward the MDR-1ADAC headphones with integrated digital-analogue converter along with the PHA-3AC portable DAC for use with existing “cans”. These work with some of the new Sony Walkman digital audio players, the new XPeria smartphones, Apple iOS devices or regular computers as digital headphones and yield master-grade digital audio reproduction.

As well, Sennheiser are fielding headphones that are intended to “snap at” what Beats offers for ultra-cool bass-rich headphones.

Other Hi-Fi sound trends

Technics R1 hi-fi system symbolising the return of the hi-fi brand

One main trend that is being pushed in hi-fi design is inherent support for “master-grade”  file-based digital audio with FLAC and similar files that are worked at 24 bits and greater than 96 kHz sampling rates.

Panasonic have resurrected the Technics hi-fi brand to the consumer market through them fielding two music systems. One of these is the R1 Reference System which is based around the SE-R1 stereo power amplifier with those classic power-level meters and XLR connectors that aren’t out of place on a PA system. This beast of an amplifier drives the SB-R1 3-way floor-standing speakers and is fed by the SU-R1 network audio player / control amplifier that uses separate power-supply paths for the analogue and digital signal paths.

Technics C700 hi-fi system with CD player

They also had shown the C700 music system which consists of a stereo amplifier, network audio player and 2-way bookshelf speakers. Users can also buy an optional SL-C700 CD player which has highly-strung digital-analogue conversion circuitry. These systems have been designed by Michiko Ogawa who is a Japanese jazz pianist and sound engineer and is part of the new “Rediscover Music” ethos that Technics is bringing back.

Pioneer X-HM82 3-piece music system with XC-HM82 network-capable CD receiver

Pioneer have brought in hi-fi network media players that can work high-resolution files and yield high-quality sound from regular music files and streams. They also brought in the XC-HM82 network CD receiver which plays CDs, broadcast and Internet radio, Spotify, music from your home network via either DLNA or AirPlay as well as Bluetooth A2DP music from your mobile devices. This is available as a variant with support for DAB+ digital broadcast radio and is available either as a standalone component for use with speakers that you like or as one of two music systems. The first one – the X-HM82 comes with 2-way bookshelf speakers equipped with a 12cm glass-fibre woofer and 25mm dome tweeter and finshed in that piano-black lacquer.  The second one comes with similar speakers that have a cheaper look and similar-sized drivers.

Pioneer N-70 network media player

As well they have brought in a pair of DLNA-capable Blu-Ray players with Dolby Atmos support (BDP-LX88 and BDP-LX58) along with the SC-LX88 Atmos-capable AV receiver. The BDP-LX58 even comes with a pair of XLR balanced-audio connectors along with the RCA connectors as stereo-output options so this can tie in with PA systems or high-end audio amplifiers. Their Compact Components range of micro hi-fi systems has been refreshed and now comes with a network media player and a USB DAC. In addition to this, they also have released the N-70 network media player that has hi-fi credentials and pulls music from online music services or the home network’s NAS unit using DLNA.

Pioneer have also improved the Bluetooth functionality in their latest iterations of their Bluetooth-capable car audio equipment to support the reality of multiple-phone use. This is especially to cater for the “work phone and home phone” users.

Photography

The IFA consumer-electronics show in Berlin clashes with the subsequent Photokina photography show that is held in Cologne so I won’t go in to much detail here about the cameras.

A key trend is for more DSLR cameras and camcorders to be able to take video footage at 4K UHDTV resolution.

Another trend being pushed on to the European market is for some cameras to be able to upload or play via Wi-Fi. This provides for direct access to Dropbox, Facebook and co along with the ability to support a level of DLNA compatibility.

Of course, Canon and Nikon field new or refreshed iterations of their system cameras and DSLRs

Sony have brought the NEX series of cameras to Europe along with refreshed versions of their smartphone “lens-camera” devices. One of these even works with their E-mount interchangeable lenses.

Polaroid has made the IFA the chance to launch their Socialmatic “online” camera to the European market. This camera has the ability to work with a smartphone to upload pictures to the Social Web and a variant has been launched to maintain the same “look” as their iconic 1000 / One-Step series of SX-70 platform instant-picture cameras launched in the 1970s. This include an LCD screen that mimics the look of the original cameras’ viewfinder windows but shows iconic images like the smiley face.

Personal Tech

Wearables

The Northern Autumn (Fall) is intending to become the season for a battle between manufacturers to present the best smartwatch on the block.

Samsung Gear Live Android Wear smartwatch

Here, there is an increasing number of  smartwatches that are driven by Android Wear, some of which are round. As well, there is an increasing number of models that are priced to be affordable for most along with the hybrid smartwatches that have the traditional quartz movement that drives actual hands along with an extra control / display surface integrated in the face for smartphone integration. As well, Samsung is one of the first to introduce a standalone smartwatch that isn’t dependent on a smartphone for most of its functionality.

Samsung Gear S standalone smartwatch suitable for bike riding

This watch, known as the Gear S smartwatch, has the ability to work as a smartphone or can work alongside an existing smartphone. It is based on the Tizen operating system and implements 3G communication for the cellular link. As well, the Gear S uses Samsung’s iconic Super AMOLED display technology but the display is curved, effectively to “wrap with your wrist”.

The Gear S can look just as elegant – a sign of what is to be expected of smartwatches

They also released the Gear Live watch which works on the Android Wear platform yet has the Super AMOLED display that Samsung is behind. As well, Samsung are snapping at Oculus Rift by issuing a pair of goggles known as the Galaxy VR.

LG are intending to launch an AMOLED-equipped successor to the Android Wear driven G Watch along with the G Watch R which is intended to sell in October. ASUS are running an Android Wear smartwatch which could be affordable for most with a price tag of EUR€170-200 along with the ZenWatch which is a customisable Android Wear smartwatch that oozes with style and is equipped with an AMOLED display.

Sony’s SmartWatch 3 is their third iteration of the Smartwatch range and is intended to be based on Android Wear. This is also to be run alongside the Smartband Talk which is a fitness band with hands-free telephony functionality for your smartphone along with a battery-saving e-ink screen.

Samsung Gear VR goggles to snap at the Oculus Rift goggles

The Cogito Classic smartwatch has the real moving hands to tell the current time but a display underneath the hands and on the clock face for notifications. This is part of the new breed of hybrid smartwatch (real hands that tell the time, display the shows messages or LED that indicates status, buttons or multi-function crown for controlling the smartphone. One question is whether these watches could set themselves from your smartphone and the time references that it has like the mobile towers. This includes adjusting themselves to daylight-saving time as it comes in to effect or adjusting themselves to the new time zone that you travel in to.

Home automation and security

There are a few key trends affecting home automation and security. One is having appliances link to your smartphone by Bluetooth Smart technology or your home network and work on the “app-cessory” model. This is where they gain functionality by you using a manufacturer-developed app that you draw down from your mobile platform’s app store, with this app being an enhanced display and control surface.

An example of this is the Oral B (Braun) Bluetooth-linked electric toothbrush that analyses your teeth-cleaning process and suggests better ways to do it.

A few “do-it-yourself” home-automation systems have come on the scene. One of these is the DigitalStrom home-automation system uses the AC wiring and  looks like Lego blocks. This is app-controlled and supports scene-driven or event-driven behavour and is easy to expand. Similarly, Devolo have put their foot in the door for home automation with an app-driven appliance module and contact sensor. Thomson are fielding the THOMBox which is another home-automation system that uses a computer, tablet or smartphone as the control surface.

Saeco GranBaristo Avanti automatic espresso machine represents the new direction of appliance user-interface design with mobile-device app-cessory control and high-resolution display

Another trend is for appliances to have an easy efficient safe hygienic design, One of these factors also includes major appliances and coffee machines being equipped with colour LCD graphic displays rather than a monochrome low-resolution LCD display or alphanumeric display. This has picked up from where an increasing number of multi-function printers are being equipped with colour LCD touchscreen displays. This is also augmented by the above-mentioned “app-cessory” enhanced control method where your smartphone or tablet serves as a control or display surface with access to extra functionality. In some cases, some of the conventional or microwave ovens have the ability to allow you to download recipes to them to manage the cooking process for that recipe.

For example, Bosch have established the Home Connect web-assisted platform for their appliances. For example, they have a fridge that lets you you see what is there by viewing your tablet while the door’s closed. This is achieved with two cameras that do the task of photographing what’s there after you close the door before the light turns off.

Similarly, Whirlpool / Bauknecht have designed a cooking hob that is an information dashboard for the connected home when it is not cooking food. This would show  remaining time for processes like oven cooking or dish / clothes washing cycles, along with recipes based on what’s in the fridge and information from social network feeds, etc.

Siemens even fielded the iQ700 appliance platform with a multifunction oven that has a “lift-up” control panel with storage behind. This is part of a similar “Home Connect” portal, and their dishwasher even supports assisted operation.

Dyson joins the robot vacuum party by offering a unit with a 360-degree-vision camera and the ability to locate itself based on where your furniture and other items are in the room. It also uses tank-style tracks to move between surface types along with Dyson’s well-known motor technology.

Philips have even worked on the Hue Beyond “tuneable” LED lighting system which is managed the “app-cessory” way but can be adjusted minutely.

Conclusion

This is showing how the IFA 2014 is reinforcing the concept of personal computing in the lifestyle space such as with watches, music systems and even appliances.

HP and Casio are each premiering a smartwatch that, like Swatch’s and Tissot’s idea, are different from the pack. One of these is a something that would be kept as a dress watch to wear when you are going out while the other one can identify those tunes playing on the radio or background-music setup while you are out and about.

Articles

HP’s luxury dress smartwatch

Take a look at HP’s luxury smartwatch | Engadget

HP, Gilt and designer Michael Bastion teaming up for a smartwatch | Android Authority

From the horse’s mouth

Gilt

Press Release

Casio’s G-Watch that identifies music

Casio’s Next G-Watch Uses SoundHound To Discover New Music | Engadget

Casio’s Latest Bluetooth Watch Puts Song Recognition On Your Wrist | Gizmodo

My Comments

The first of the watches is a luxury fashionable dress watch that is engineered by HP but designed by Gilt along with the fashion designer, Michael Bastian. This men’s watch has a round 44mm stainless-steel case and swappable leather bands, taking with it the “stylish yet cool” interior designs associated with some of the recent luxury cars out there.

For functionality, this is meant to interlink with iOS and Android devices using a platform-specific device, this courting the luxury market’s penchant for preferring the Apple iPhones as their smartphone options. At the moment, this watch offers notification functionality for email, text and calls along with being a control surface for music playback and some other apps.

Personally I would see the HP watch’s emphasis on style rather than geekiness more about either the watch to wear when you are going to the Melbourne Club or wanting to take out someone whom you are really trying to impress.

The second of these watches is Casio’s latest G-Shock smartwatch. This has notification functionality through its LCD display which exists behind the traditional clock face and also acts as a control surface for your phone, especially with your music using a knob on the edge of the bezel. It would work alongside a Casio-supplied platform-specific app for your smartphone and maintains the rugged look of other G-Shock watches.

But it also works along with SoundHound and an internal microphone to identify the music that is playing. Once identified, the song details appear on the watch’s LCD display.

The Casio watch would be on a par with other Android Wear smartwatches but has a long battery life thus avoiding the need for you to charge it every night. It would look the part more as a utility watch for everyday activities.

At the moment, these watches along with the previously covered Swatch watches come across more as baseline “control and display surfaces” that link to your smartphone using Bluetooth 4.0 LE a.k.a. Bluetooth Smart. But they would require the use of different apps to provide the software connection. Personally, what Google, Apple and Microsoft should work on is a baseline wearable specification which allows different wearable devices offering baseline functionality to link to the phone without the need to run many extra apps. As well, the watches should at least support using the phone as a “reference clock” for setting the time and adjusting for different time zones and daylight-savings time.

What is happening is that there are smartwatches that place less emphasis on the “geek nature” and could expose this genre of product to most of us.

Article

Hacking the friendly skies: creating apps for wearables at 36,000 feet | Engadget

My Comments

There are some efforts taking place to make the wearable devices and sensors become relevant with air travel which is part of our business lives. This has been underscored by a recent “hackathon” programming contest sponsored by American Airlines to encourage the development of apps to bind wearables with the air travel experience.

The goal with this challenge was to make apps that are relevant to the passenger through the various phases of the experience i.e. checking in, passing through a security checkpoint, boarding the plane, flying using the newer inflight Wi-Fi system and having an Economy class seat as your workspace then arriving and collecting your luggage.

One application that won “first prize” in the challenge was a push-notification system that was able to let you and family / close friends know where you were in your air journey. Here, this could push messages to your phone or smartwatch or the device owned by your friend depending on where you are, and could show up electronic boarding passes as required. For your relative or friend, it would mean, for example, when to start driving out to the airport to pick you up. This application would be driven by GPS and iBeacon technology in order to get its bearings.

Another application that won the challenge was an “area social network” that applied to your flight. Here, this would tie in with Facebook and LinkedIn and the in-flight Wi-Fi to indicate whether you have “bumped in to” someone in your personal or business network by the fact that you are on the same plane. This could also work with groups that are likely to be “split up” due to travelling different classes on a long-haul jet or simply for solo travellers who are heading the same direction to do things like share cabs at the destination.

Someone even tendered a personalised proximity-signage setup which can show things like gate information for connecting flights or directions to a particular baggage carousel. I also see this application work with the hire-car scene by avoiding the need for drivers of these cars to show signboards relating to their pick-ups in the arrivals hall. This application assures privacy by deleting the information on the signs when you walk away from them.

Even the idea of travelling with your four-legged friend interstate or overseas by air on the same flight is catered for with a special collar that lets you know how they are. This could be augmented with a system that allows you to know how they are if you and the pet are on different transports once suitable technology is implemented as part of the “Internet of Things”.

This is a situation where innovation is taking place by encouraging situation-specific software development goals through programming challenges focusing on that situation.