We haven’t had the time to look over all the announcements at CES 2020 this year, but we will try and bring one or two that caught our eye to you over the next few weeks.
This one we think should be taken further and adopted by vehicle manufacturers. What do you think?
Virtual Car Visor
Made by German manufacturer Bosch, the virtual visor works by tracking the driver’s eyes using facial recognition technology. When it detects sun in the driver’s eyes it blocks it without obscuring the rest of the road.
When it detects sun it casts a show over the small area of the driver’s face exposed to sun glare stopping it from interfering with their view.
Sun visors are one of the most overlooked features of a car’s interior, according to Bosch. AA research shows that one in 50% of car accidents in the UK is caused by sun glare.
If the product proves viable it could totally eliminate the need for traditional sun visors in cars. However, at present, the virtual visor is just a concept and years away from going into production.
This month we have trawled articles on the Net and looked at some ideas of where tech is going. Most of the credit for this content belongs to https://highexistence.com/10-ways-the-next-10-years-are-going-to-be-mind-blowing/, I have then added some of my observations. Here are some we have pulled together for you to think about and watch this space as they appear over the next few months and years. Please note that these ideas and statements are pulled from various sources and just give a reflection of what is happening. The nature of the beast is by the time you type these articles things have moved on.
Bionic Hand controlled by brain signals
Okay, it doesn’t let you crush rocks as you would think, BUT it does allow people without fingers to have fully functional hands that can pick up and handle delicate objects. It is completely controlled by the brain and requires no surgery. Touch Bionics, the company the produces the Pro Digits hand, is able to install the hand complete with “living skin,” a plastic covering resembling human skin, for under $50,000.
Computer Speed, Size and
Most people tech-nerds
know of Moore’s Law from 1965 (the number of transistors we are able to cheaply
put in computer chips doubles every year, thereby doubling the speed).
However, most people don’t know that Moore, himself, came out and said his law
will most likely fail finally in 2020 where the number of transistors we can
put on chips will be limited by the laws of physics. Does this mean the
exponential rise in computer processing speed will come to a halt in ten years?
Not a chance, says Jim Tully, chief of research for semiconductors at Gartner. “The technology which will replace this is a bottom-up approach, where chips will be assembled using individual atoms or molecules, a type of nanotechnology.”
Ray Kurzweil, a well-respected Futurist, stated in 2008 that
when this molecular computing technology comes out in 2020, computers
will have the intellectual capability of human beings. You might want
to digest that for a minute before moving onto the next section.
That Macbook Air is
pretty damn thin. So thin, in fact, that it makes you wonder if physical
computers will even exist in 2020. Well according to developers at Intel, the
keyboard and mouse surely won’t. Who needs QWERTY when you can control
a computer with your mind?
“We’re trying to
prove you can do interesting things with brain waves,” said Intel researcher
Dean Pomerleau. “Eventually people may be willing to be more committed … to
brain implants. Imagine being able to surf the Web with the power of your
Pomerleau and countless research groups around the world are working with brain scanning devices to map blood flow in the brain. They have found that when different individual focus on the same image, they have very similar patterns of blood flow in their brains. For example, one British group announced that they could discern where subjects wherein a computer-generated virtual environment by looking at where blood flowed in their brains.
How we interact with the
The way in which we interact with the outside world has changed SO much since the introduction of the internet, smartphones, etc. In the very near future, another huge jump will be made: integrating the information on the internet with our surroundings.
By that, I mean being able to look at a building, product or place and immediately seeing information about the subject on our devices and eventually just with our eyes.
If you’re still
confused as to what I mean, check out the earliest innovation of this concept,
Goggles by Google. This app allows you to take a picture of whatever you are
looking at and instantly receive info about it on your Android phone.
Like the video says, Goggle is only scratching at the surface of this technology. Kurzweil says that “By 2020 we’ll routinely have pop-ups in our visual field of view that give us background about the people and places that we’re looking at.” Your memory and the vast information bank of the internet will be one at all times.
Until we can do this
with a chip in our brain, a new device has come out that overlays video onto
our normal vision using special glasses. It’s called the Vuzix display Wrap 920AR and it goes on sale soon for around
Solar energy will
soon leave fossil fuels and inefficient wind farms in the dust. According to
Kurzweil, “the cost per watt of solar energy is coming down rapidly and the
total amount of solar energy is growing exponentially. It has in fact been
doubling every two years for the past 20 years and is now only eight
doublings away from meeting all of the world’s energy needs.”
from a company called Sandia is making the reality that much closer:
solar cells are made of 100 times less material than the
current top solar cells while operating at the same efficiency. Since the
biggest hurdle in the path of solar power is the expensive and large nature of
solar panels, these new microscopic cells will make a huge difference. For
example, current panels are massive and require large motors to move them to
track the sun. Sandia’s cells, on the other hand, would only need to be moved a
fraction of a millimetre to track the sun efficiently while weighing next to
Even more amazing, they can be suspended in liquids and printed on flexible materials, allowing the cells to be placed on any surface. What if your entire car was covered in these powerhouses? Bye bye, Chevron.
While we still can’t cure a common cold, custom-made organs are just around the corner.
A company called
Organovo has developed the first commercial 3-D bio printer that builds custom organs cell-by-cell.
Each individual cell is based upon sample cells from the body of the customer.
Organovo reports that veins and arteries will be available in 5 years, and more
complex organs like hearts and livers in 10.
On a more general
note, nanotechnology is revolutionizing the health world. The awesome
combination of a higher understanding of how DNA works and the ability to
create very small cellular parts is painting a very bright future for medicine.
Scientists are finding specific sequences of DNA that code for conditions like schizophrenia, autism and even ageing. The cures are actually in sight.
The first decade of
the 21st century has been a remarkable time for innovation in robotics. While
we’re still far away from having bots helping around the house or doing our
construction, big strides have been made towards that future.
Recently a robot was
able to teach itself human facial expressions by randomly contorting its face
and receiving feedback on what resembled real expressions.
Here’s another robot called BigDog that came out a couple of
years ago, but if you haven’t seen the video, you really should. It’s a
4-legged robot that can navigate difficult terrain and correct its balance when
shoved. If you can’t watch the whole video, at least fast-forward to 1:50 where
the robot can be seen running and jumping.
And finally here is the bipedal version of BigDog that walks heel-to-toe
just like humans do. Again, it can regain balance when shoved.
Nanotechnology in Clothing
– Nano-fibres will make garments tremendously more comfortable and durable. “By this process, the textile products can be made more attractive, strong and responsive to customers’ choice.”
– Fibre-based Nano generators will build up electrical
energy in clothing from physical movement, ultrasonic waves and even blood
flow. “If we can combine many of these fibres in double or triple layers in
clothing, we could provide a flexible, foldable and wearable power source that,
for example, would allow people to generate their own electrical current while
hydrophobic (water-resistant) Nano filaments allow for completely waterproof
clothing. It can be submerged in water for two months and still remain dry
to the touch. “The water comes to rest on the top of the Nano filaments like a
fakir sitting on a bed of nails.” (Whatever that means…)
Machine Learning will advance
Artificial Intelligence (AI)
Artificial Intelligence (AI) innovations will
continue to bring scientific breakthroughs, in part, thanks to the vast amounts
of data that new technologies have been collecting and is now available.
In 2019, Machine Learning and Artificial
Intelligence will be embedded in the business platform creating and enabling
smart business operations.
In the Artificial Intelligence space, China is
going to leave the U.S. behind, emerging as a leader in AI developments and
Advances in Machine Learning technology and
algorithm training will result in new and more advanced AI. Autonomous
vehicles and robotics are the two industries that will see the most rapid
developments during 2019.
In 2019, there is going to be a convergence of
Artificial Intelligence, Machine Learning, and Deep Learning in
business applications. As AI and learning technologies get to work together in
order to reach better results, AI will have greater accuracy at all
levels. So far, humans have only developed Narrow Artificial Intelligence.
A superior AI, though, is in the future of mankind. How far should humans go
with AI development is still a subject of controversy. Is this really going to
be mankind’s last invention?
Quantum Computing, still an emerging technology, is
one of the most fascinating things researchers, organizations, and governments
have been working on in this century so far. The race toward building the first
fully-functional, fully-working quantum computer (also called supercomputer) is
With its impressive computational power, quantum computers will most like be a cloud service in the near future rather than on-premise machines. IBM is already offering cloud-based quantum computing services.
The first quantum computer is going to have a significant advantage over others. In 2019, the competence to achieve supercomputer supremacy will intensify. As a consequence, the last mile in the race will remain mostly secretive, for obvious reasons.
Augmented Reality (AR) and
Virtual Reality (VR)
Advances in Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR), all of
which can be summarized in R+, will continue to be at the forefront of
attention during 2019 with some fascinating new practical applications for
R+, which once was only found in video gaming has
been quickly advancing to become a useful tool in industries such as
engineering design, manufacturing, healthcare, space exploration, and many
In 2019, Virtual Reality is going to open up to
innovative industrial applications that will change how people work and
collaborate across geographies.
Augmented Reality has been rising in Virtual Reality’s shadow for the past year. But in 2019, AR is set to grow exponentially.
Global Internet of Things
(IoT) security breach
Hackers never sleep. Everyone in the cybersecurity
industry knows that. As long as you connect something to the Internet it
immediately becomes vulnerable.
In the past years, we have seen how hackers have turned to the unsecure Internet of Things (IoT) devices to create an extensive botnet which then they could use to push enough traffic to take down Dyn, the DNS provider. As a way to refresh your memory, here is how the DDoS attack using IoT devices happened in 2016.
A quick look at the news tells us that not much has
been learned. However, the great number of security breaches occurred during
2018 should serve as an alert of what can happen at a global scale in 2019 if
organizations don’t take the necessary precautions.
Analyst firm Gartner forecasts that 20.4 billion
connected things will be in use worldwide by 2020. And with the rise of
autonomous things –I will call this the Internet of Autonomous Things (IoAT)–
there is a good chance that many of these things will show a certain level of
In 2019, it will be paramount for IoT manufacturers
and all of their supply chain to dramatically increase the security in all the
products that come out to market. It can be a connected refrigerator, a
robot, a drone, a vehicle, or a health tracker.
Manufacturers must implement a level of security
that keeps hackers at bay. Otherwise, there is a good chance we are going to
witness a global IoT security breach in 2019.
In 2019, for the delight of organizations,
Blockchain is going to bring the first enterprise applications in active use.
The most innovative corporations will start using Blockchain as a way to
Blockchain in 2019 comes out cryptocurrency
transaction and becomes an integral part of the business platform. Blockchain
enables transactional transparency across a variety of business functions. In
2019, Blockchain will be present in many industries at the core of business
The current statistics shown that the sales of various tech
is now down and that people aren’t eagerly awaiting to buy the latest thing.
There are various reasons for this and to put your finger in the one would be wrong.
But it begs the question about what we do with old kit? I
have been recently taking 7 year old laptops that have still some very good kit
on board and upgrading by adding a SSD drive to them.
What do we do with our computers?
We need to look at what we now do with computers: –
A few years ago all programmes were on the computer and so was the data until we backed it up
The Internet was growing fast and we are getting faster access.
So cloud storage became a thing and has grown over the last few years to an amazing level.
“According to recent research by Nasuni, there is over 1 Exabyte of data stored in the cloud, or: 1024 Petabytes of data. 1,073,741,824 Gigabytes of data. Quintillion bytes of data” This data was 2013. 6 years ago.
These figures don’t even make sense to us. To try and comprehend this amount of data and storage becomes something we can’t relate to.
Applications are also becoming more cloud driven and this will only increase over the next few years. SAAS. (Software As A Service). Office 365 is a well-known one. Google utilities, (G-suite), etc. Monthly subscriptions and the latest and greatest always at your fingertips.
So what does this mean?
Well, the strain is being taken off a lot of standalone machines as the storage needs to be less as all data goes to the cloud. (See article on using the cloud, here.)
The machines if they have a large amount of RAM and a fast SSD drive can boot up in anything from 4 seconds to 18 seconds. (The one I worked on recently booted up in 4 seconds)
So old kit can be slightly upgraded and cope very well with
what you need it to do. Thus alleviating the direct need to buy the latest kit
all the time.
What’s best for you?
Well, that really depends on how you operate and the things
you need to achieve. But don’t immediately write off all your current kit.
Maybe it is just better connections that you need or you need to think about
the way you operate and see if there are ways it can be done better.
I am asked by a lot of people about the new SSD drives as they call them, (In fact, this type of storage has been around for a while, granted it is developing and getting smarter and better all the time.), However, I digress. They ask me if the guarantee on this type of storage is as good as the older platter hard drives that stored their data to a physical disk using magnetism.
Well, there are many factors that affect both types of storage and cause them to fail or basically run out of life.
I stumbled across an article by CNet and they explain the way both drives work and how the SSD drive is much more complicated but in essence with last much longer. They are some actions you can do to help this but don’t panic you really don’t need to do them.
Check out the article here. (All credits here to Cnet.)
I must admit that my mobiles for a good number of years have all had a sweet tooth. Being named after desserts ranging from Éclair, my first venture, through incarnations of Marshmallow to Nougat and now Pie.
For those who have no idea what I am talking about, these are all incarnations of Android operating systems for mobile phones. Being a Google man for all mobile work this has always intrigued me, and I am usually waiting for the next version and the improvements that come with it.
Android has driven the mobile market and is now the most used operating system for mobile phones worldwide, taking Apple’s crown.
Nowadays we are all fixated and linked to our mobile devices, they feed us with so much information and in my case a business owner, they help me manage my day to day activities both private and business related.
Android has always given me the flexibility and customisation that I would like in a device. Every incarnation allows me to change and alter and get the device working exactly the way I want it to.
Collecting and accessing my emails and web-based file systems. Communicating through various mediums from text-based to video calls. As more of what we do pushes onto the cloud you can expect these devices to be, literally what they have been for a while now, your main computer system. Allowing the flexibly to work anywhere and carry out complex activities and not need to be tied to a desk environment.
Here is a link to some of the new features in Android P (Pie) from our friends at Android Central
Having been into science fiction for most of my life, I thought this would be a good time to look at Space, the Final Frontier. A phrase I have grown up with. But why this title and why this topic?
Well now as opposed to in the past we have a range of places available to store our data and as we all now data is king.
So, what final frontier do you use for your data storage?
Or do you sue multiple frontiers?
In the past, we had limited solutions available to us. Floppy disk, Hard drive in the local machine, Server space on the in-house office server. Burning data to a CDROM or DVDROM. Then USB pen drives became the major medium for storage. In fact, I come across this method the most as people move and share data with each other.
Well is that the final frontier? It certainly gives us the flexibility of having mobile data we can access everywhere and share with others if need be. That must be the solution.
Of course, intrinsically it has a whole range of problems associated with it. Losing the drive, securing the data on the drive. limited space on the drive. (However, there are some very large storage capacities now available.) A virus somehow getting on the drive and then transferring nicely to all the machines you plug it into.
The Final Frontier
Well, what is the final frontier if USB drives are flawed? Most large IT organisations are now pushing SAAS. (Software As A Service) This is normally for things like Microsoft Office Products and soon to be Windows. A monthly fee for access to software that is generally on the cloud and you get access to a web-based version and a downloadable version depending on the package you have paid for.
This whole premise of a cloud-based supply leads us to the cloud being the final frontier. A place to store all your valuable data. Also, a place where the data can be automatically backed up and shared with others securely. Access to the Internet (Cloud) is essential even though some areas can be accessed offline. The benefits are massive. All data can be shared and is automatically backed up. You can access it from any device anywhere. Work on it and collaborate on it. As technology drives us forward we will be adopting this Final Frontier More and more,
So it’s been a while and I thought I would start with my latest piece of kit. Chromebooks have been around for a while and haven’t captured a lot of the market in the UK. In the USA, however, they have been competing with Apple in the education market and have taken schools by storm as the students love the idea of a keyboard and the lightweight functionality of a Chromebook over an IPad.
There are various manufacturers of Chromebooks and I did a little research before I purchased my one. So what did I go for?
Acer R11 Chromebook
This is a relatively new Chromebook in their range and this allows it to run Android Apps from the Google Play Store, as well as the Chrome-based apps, from the web store. This appealed to me as I wanted something to replace my ageing Nexus 9 tablet as it seems that Google has decided to drop the tablet market and launched all their Pixel Books instead, which are rather prohibitively priced.
This particular Chromebook is lightweight and 11-inch screen makes it very clear and visible. It also has the lovely function of flipping 360 degrees to create an 11-inch tablet. So it ticked a lot of my boxes. Larger than I had been carrying around, but I was prepared to make that sacrifice.
Battery life claimed to be around 10 hours when charged as well. However, I am finding when fully charged it is telling me around 7 hours…. Slight discrepancy there Acer.
However after some initial problems when I received it, I finally got a working Chromebook and have been using it as my tablet replacement for a few months now. Boots up fast as all SSD drives. 4 GB of Ram and 32 GB of internal storage, the rest of the cloud. High relation screen and camera for video calls etc.
Here is the full spec: –
Processor: 1.6GHz quad-core Intel Celeron N3150 (quad-core, 3MB cache, up to 2.08GHz with Turbo Boost)
Graphics: Integrated Intel HD Graphics
Memory: 4GB DDR3L
Screen: 11.6 HD, 1,366 x 768 touchscreen, LED-backlit IPS
Camera: 720p webcam
Wireless: 802.11ac (B/G/N) dual-band WiFi, Bluetooth 4.0
Ports: 1x USB 2.0, 1x USB 3.0, 1x HDMI with HDCP, 1x 3.5mm headphone jack, 1x SD card slot
Size: 11.57 x 8.03 x 0.76 inches (W x D x H)
It is Blue the one I got as you can see from the photos attached.
So how do I feel it has been going?
So far it has been good going and I have been able to do all I want on this device. It is fast enough and covers all my bases. The only faults are that the use of an emulator to run the Android Apps is sometimes very buggy and resizes the screen and crashes at times. I have wandered over to the web-based apps for so many things and they run marvellously on the Chromebook. It allows me to carry out all my online worm and to edit a document using the Google Apps suite and then save them to the cloud and access them at my desk and phone when I need to.
I haven’t outputted the display yet through the HDMI port, but I have cast it through a Chromecast and it works well. Chrome as an OS is adequate and easy to get to grips with. Automatically updates and keeps me on top of what is happening.
It connects to any Wi-Fi I have tied so far and does it fast. Speakers seem OK as well and can play audio nicely.
I think this is a good replacement for my Nexus 9 and will be happy to use this into the future.
Talking about the future.
Acer, after I purchased this, have launched a Chromebook Tablet. 10 inch. Again to compete in the Education market in the USA. However, it is making its way to the UK market in May time. So that will be one to watch. Will run Chrome OS and allow the use of Android apps as well.
Let me know what you think and do you think the age of Windows ruling devices is over?
Christmas time always brings me some form of new tech, or at least I hope it does. Last year, yes it was last year already, I decided to put a money present to use by upgrading my Android wear. Now there is a lot of speculation about wearable and the lack of uptake etc. so read on and get my views on it and why I have stayed with it.
How it all began?
Well, I have covered this really in my blog about getting the LG G watch and using it to see if it could better my work and life tech experience. You can check it out here. This was always a first generation watch and was expensive when it first came out, but also rather limited in what it could do, still as per my blogs on the usage of it I found that it became part of my everyday activities and it was now something that when my watch strap broke on one occasion I felt I couldn’t function as well without it. So it became a part of how I handled my daily tech and all the emails and social media I deal with.
So why Upgrade?
I did, however, realise that it was limited and the next generation of devices was out there and when funding permitted I would upgrade to a more recent version of Android Wear and see what the new features would offer me. My son had told me he had researched and ordered the Huawei W1 watch. I had known about this watch but the price was very high when launched and not something I would invest in. However checking the deals around Christmas I found it at a reasonable price and purchased it. To the chants of you copied me, dad. (OH, well)
I was lucky enough that the supplier delivered before Christmas and I have been using it for around 3 weeks now. I opened and set it up quickly and hence no unboxing video, but the photos show the impressive box and the kit inside. It felt like quality indeed.
Here are the specs for the watch: –
Stainless Steel (Cold forged 316L)
IP67 certified – dust and water resistant
Water-resistant up to 1 metre and 30 minutes
AMOLED capacitive touchscreen, 16M colours
400×400 pixels (286 ppi density)
Sapphire crystal glass
Always on screen
Android Wear OS
Qualcomm MSM8926 Snapdragon 400
Quad Core 1.2Ghz Cortex – A7
4Gb internal, 512Mb RAM
Vibration, MP3, WAV Ringtones
Loudspeaker: – Yes
WLAN 802.11 b/g
Bluetooth V4.1, LE
Accelerometer, gyro, heart rate, barometer
Messaging: – SMS, Email, IM
Voice dial/ Commands
Li-Ion 300 mAh battery
Talk Time: – 48 hours (mixed usage)
Various strap options available on purchase.
These knock the first generation LG G watch into a cocked hat so my excitement is beyond bounds. I know I am a GEEK.
What do you get?
The box as you can see is amazing and reflects the top end price.
Inside this nice looking package was the following: –
Outer shell box with all the labels and tech details
Inner box with spring loaded flip open lid
“Timeless design, smart within”, as the tagline in the lid.
Top watch mounting padded shelf, Watch was fastened to this with cover on screen for protection, this was in the removable inner section and had two metal pins to remove shelf from box
Inner section now has a tab the lifts the small container holding the handbook and manual
Under this is the charger and charging cable and base, all in white.
The whole package felt of quality and the weight was quite substantial, even when empty.
I ordered the leather strap and wore this until my metal replacement arrived after Christmas. So now have two straps that are very easily changeable due to the small pins with pull sections allowing quick strap changes. Even this is a clever idea.
Easy strap removal pins
The watch had to be charged and, I have, to be honest, the claim of fast charging is amazing, it charges in no time at all. I then went through connecting it to my phone via Android Wear and this was painless and happened easily. I had disconnected my old LG G watch and asked it to forget it. Then paired up the new watch. All went well. The watch itself comes with 48 watch faces to choose from so no hunting initially for a new watch face, my LG had a rectangular face so now needed circular one. Some lovely build in options….
It works a treat and gives me the extra options of heart rate monitor and answering phones calls on the watch not even needing to remove my phone from my pocket. To be honest, I have only done this once so far at home, but it went well and I could hear the caller and they could hear me. Useful indeed. I and my phone were in different rooms.
The other thing is that this particular model is one that Android Wear have been using to create Android Wear 2 that is due to launch this year. The rumours say this will create much more functionality and allow you to do even more things. I am now a convert to using a smart watch and think that I will always use one unless the whole project gets dropped. I now glance at it every time an email or post comes in and can vet if it needs an instant response or can be dealt with later. I can mute my phone from my watch and even locate my phone from my watch. Open the camera on my phone and see it on my watch for photos etc. I am still finding all the things I can do but I feel this has been a great investment and look forward to the things I will find over the coming months and the upgrade to Android Wear 2 when it comes out.
Here is a newish term that has been getting brandished around the Internet for some time now. At first as a techie I may think, Institute of Technology devices, Oh, I don’t have any of these. However, I would be so wrong. So what are they and what does it stand for?
IoT’s or Internet of things devices are now all around us whether we like it or not. They are devices that require an IP address to access the network or Internet. I like to think of them as Internet on Technology.
Your mobiles and any tech wear that you have, card reader machines, cash points, smart TV’s Tablet computers and any smart home devices that you may own. Your car, security cameras, home thermostats, amoung other things, even ticket machines and some vending machines.
What does it mean?
It means that things have progressed along a road that had been predicted, but the faster broadband speeds and methods of connectivity have meant it is now a reality.
Let’s rewind a little, A few years ago we have a desktop PC and then maybe a laptop and at first they did not connect to the Internet at all. We then got dial up Internet and we all tentatively put our toes in the water that was the Internet. Well, from there speeds just got faster and faster and Mobile phones came along, then they became smart. This meant connecting to the Internet and using it as a resource to feed you constant information. This meant improving phone signal strength and so we got up to 4G with 5G on its way.
Other devices then came along and allowed us to stream content around our houses and cars, how great was all this connectivity. Well, it is amazing how far we have come in such a short time.
So what’s all the fuss about, surely this is great news?
The reason that these devices are in the news a lot today is that there are now hundreds of thousands of them, being made by well-known companies and also so not so well known but less expensive alternatives and they all connect to the Internet. Now, securing our stand alone network that had no Internet connection was easy, what you put into it was the only danger. Now that these devices are on the Internet all the time they are able to pull all sorts of data into your device and if it is connected to your network, then onto your network as well.
You would think that this was matter of the device being smart and you being able to configure all the settings and hence protecting all that is does. However, loopholes in the software on these devices, not them all, but some are causing the security world a massive headache and some of the attacks to systems that you have read about recently have been because the software on these devices is not well written and is very insecure. Hackers are catching onto the fact that the world has a massive amount of these types of devices and there are more switched on each day and they are targeting their weaknesses.
So really the question is, “When is a smart device not so smart?” when it runs badly written software that has security holes that you can drive a programming bus through.
Here are a few articles to give you some more information: –