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Smartphone Age: Connecting us to Cyberspace, but Disconnecting us From Society

In the 1990s, smartphones first started to hit the market as PDAs, which were the first attempts at crossing computers with cellphones, but it wasn’t until the early 2000s that smartphones such as BlackBerrys started to take off and the 2007 release of the original iPhone that the touch screen smartphones that we have come to know and love became ingrained into our everyday lives. Today, it can easily be seen that nearly every aspect of our present society has been reshaped by this new smartphone era, from how we communicate, to how we keep track of information, to our ability to focus without distractions, to privacy concerns.

Why Smartphones are Dominant in our Lives

Smartphones have become such a dominant part of our lives because social media has shaped their evolution. When the first social networking site Friendster was launched in 2002 the number of users soared to 3 million and engineers got the idea to combine a computer and a cellphone to give us what is now known as a smartphone. It was only one year later that other social networking sites MySpace and LinkedIn were launched, followeb by Facebook in 2004. With the exponential growth in memberships on these social networking sites, smartphones became a platform to easily and readily access them.

As the population’s obsession with their smartphones and social networking grew, the concept of a selfie, which is a photograph taken by oneself, was born. Engineers and designers saw that cameras had become an important selling point for their devices, so they have focused on furthering the technologies for better camera quality. Also, after selfies had become mainstream, designers realized front facing cameras needed to become a priority for the newer generations of smartphones. As an example, the Samsung Galaxy S5 and the Nokia Lumia 930, both released this past April, have the best cameras available and are competing against each other. Though the Nokia Lumia 930 features a 20-megapixel camera and a 1.2-megapixel front facing camera it is said that the Samsung Galaxy S5 outperforms with a 16-megapixel camera and 2.0-megapixel front facing camera, because it features HDR for taking photos with light sources. In addition, these days the technology advancements of smartphone cameras have allowed for such high quality images that people aren’t rushing out to buy digital cameras as often anymore. Recently the company GoPro’s stock took a dive after speculations rose that smartphones would soon replace the popular compact action camera. In a response they pointed out why their technology couldn’t presently been as being replicated into a smartphone, but some are still not convinced and only time will tell.

Most retweeted selfie ever. Take at 2014 Oscars by Bradley Cooper and Ellen De Generes.

Most retweeted selfie ever. Take at 2014 Oscars by Bradley Cooper and Ellen De Generes.

How Smartphones have Conditioned our Behaviours

Smartphones are such an important part of our daily lives now that their impact has been profound. Some may even question if smartphones are making us stupid. For example, the idea of storing information outside of our brains has been having biological effects on us ever since the invention of the printing press. And smartphones have become an even more popular and easy way for people to store information. In the last decade alone we have seen that phonebooks have become obsolete, because smartphones store all the users contacts information and are simply at the touch of their fingers or a quick search on the YellowPages app away! People have also become so dependent on their smartphone’s apps, which reinforced Apple’s trademark slogan “There’s an app for that”. It’s gotten as far as people depending on apps to tell them how much they should be tipping at restaurants. Additionally, language user applications such as Apple’s Siri have also added to smartphone dependency. Siri is considered by many to be a “intelligent personal assistant” which enables users to give verbal commands to search the web, control system settings, teach Siri who people are, send emails and text messages, create calendar events, set a timer or alarm, get directions, create or edit notes, create reminders, find restaurants, launch apps, control iTunes, interact with social media and much more! Smartphones have also been detrimental to their users’ literacy skills. With the help of spellcheck and autocorrect it is making people less aware of their increasingly poor writing abilities. Reading abilities have also declined as a result of content being condensed into the smallest possible packages. This has also led to a decrease in our vocabulary. Plus, people have a poorer sense of direction as result of their dependence upon GPS applications. Furthermore, smartphones have been causing disruption in their users sleep patterns, because they will stay up late to continue on their device. Additionally, staring at the screens before trying to sleep has been linked to sleep problems because the light stimulates the brain.

Smartphones have also taken a severe toll on our personal social skills. It seems as though conversations in person are a thing of the past with all the new smartphone technologies. People choose to interact in the least personal ways, such as coworkers that rather send an email rather than walk down the hall to talk in person. Apps like Skype are a fantastic way for people to communicate when it isn’t possible for real life conversations, but shouldn’t replace in personal interaction, because it is such an important skill for human beings. Furthermore, when you think about it every moment that is spent on your phone, you are giving up something that cannot be replaced, time. Think about how much time in your life you are giving up and what you could do with that time. How will you feel when your loved ones are gone and you cannot get that time back with them?

A group of teens all walking and staring down at their phones.

A group of teens all walking and staring down at their phones.

Smartphones have even shaped our children and thus our schools. In most elementary and high schools teachers try their best to keep the class room a cellphone free space for many reasons ranging from distractions to cheating to privacy issues, but unfortunately they are losing the battle. In 2014 a Canadian survey reviewed 5,400 children in grades 4 – 11 and found that a quarter of nine and ten year olds had their own cellphone, while 90% of the older students owned one. When they asked what they commonly used them for the responses were to play games, go on social networking sites and download or stream TV and music. Even more frightening was that the five youngest children of the survey admitted that they were never supervised while browsing the Internet. Meanwhile, in post-secondary institutions most professors and teachers are against smartphones being in the classroom, because students tend to be using them for non-work related purposes. And students have also turned to snapping a photo of the slides in lectures instead of taking the notes themselves, but most of the time they admit that they never look back at the photos. Additionally, they find themselves losing track of what they were doing when they are using their phones to capture their notes, even though most students still strongly believe that they can “multitask” such as drive, eat, take notes in class and converse while using their smartphones without it affecting their abilities to preform.

Photo describing how students take notes in this day and age.

Photo describing how students take notes in this day and age.

Major Concerns for Smartphone Owners

Smartphones as with cellphones pose a serious threat for distracted driving and since the early 2000s studies have shown increases in distracted driving, which have resulted in many countries, including Canada and the U.S., enforcing some form distracted driving legislation for hands-held and some places hands-free as well. Smartphones, unlike regular cellphones, pose even more distractions. In 2011, Statefarm, the U.S. insurance company conducted a survey to look into the habits of smartphone users and found that over 19% of people admitted to using the Internet while driving. Statefarm reconducted the survey in 2013 and found the numbers of people browsing the Internet on their smartphones had risen to 25%. They also stated that this increase is related to the fact that 80% of drivers under the age of 50 own a smartphone.

Photo from an anti-texting and driving ad campaign.

Photo from an anti-texting and driving ad campaign.

With digital piracy issues becoming more questionable, may people are questioning the legalities of unlocking their smartphones to switch between providers and jailbreaking or rooting smartphones allows the users to customize and personalize your device, block ads, remove or freeze bloatware, use a firewall and much more. As far as unlocking smartphones goes the U.S. senate voted unanimously on July 10, 2014 to allow users to unlock their smartphones, which allows users to keep their phone if they switch providers. Additionally, jailbreaking and rooting your smartphone are legal, though it may void the warranty; it is just pirating apps that is illegal. Though it is still controversial, after two men were recently convicted for distributing pirated mobile apps and a U.S. Attorney went as far as saying: “Copyright infringement discourages smart, innovative people from using their talents to create things that the rest of society can use and enjoy”.

Another major concern with smartphones is privacy issues. How safe is the information on your smartphone? Privacy experts and government officials are more concerned than ever about the safety of the information people store on their smartphones. For example, personal financial information can be stored on banking and shopping apps, your smartphones GPS can provide your current and past whereabouts and without your awareness app developers can sell this information to other companies, such as to future employers and insurers. After FTC, a company operating a social networking app, was charged for collecting personal information without the users’ consent it issued a suggestion to other app developers and operating system providers to present a simple disclosure to the user explaining the data being collected and what it is used for. It is important for users to always be aware of what terms they are accepting before they allow access to their devices.

 

Thus with the development and advancements in smartphone technologies over the past couple decades it can be seen that they have had a significant impact on our society, affecting everything from social media, to photography, to brain drain, to solitude, to education, to transportation, to piracy, to privacy! Basically, they make us less social, more self centered, more thoughtless, more solitary, lazier, more distracted and more vulnerable, all in exchange for long periods of time spent staring into a virtual world.


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The Roboculture: How Robotics is Shaping our Society

Over the past several decades, we have seen an explosion in robotics technology. Robots were originally developed to help humans. For example, robots can go to places that are inaccessible to humans, perform risky and dangerous tasks, or simply perform tasks more efficiently than a human could. Present day applications for robots far exceed this initial motivation and include domestic robots, industrial robots, service robots, military robots and educational robots. These robots have and continue to expand into every field and aspect of our lives to create our modern robot culture.

Robots and their applications

New robots are constantly being engineered for all kinds of new applications and to further develop the robots that already exist.

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iRobot Roomba

The robotics company iRobot is said to be at the forefront of robotic technologies, having diversified  into various fields of robotics. In its early days, iRobot focused mostly on exploration and military purposed robots that could traverse inaccessible or dangerous locations to perform tasks of varying difficulties. Several years later they launched the now widely know vacuuming robot, Roomba. Shortly after the launch of the Roomba iRobot decided to develop other household cleaning robots such as Scooba for floor washing, Braava for floor mopping, Mirra for pool cleaning, and Looj for gutter cleaning. Most recently the company has expanded into unmanned underwater vehicles (UUVs) and expanded their defense and military line of unmanned ground vehicles (UGVs). These defense and military robots have been used in many big events, such as for searches at the World Trade center after September 11 terrorist attacks in 2001, searches of the Great Pyramid in Egypt, deployment with US troops, monitoring the Gulf of Mexico oil spill in 2010, and inspections in Fukushima, Japan after the Nuclear disaster in 2011. Additionally, iRobot has recently launched Ava, a video collaboration robot that establishes a physical presence from a remote location using telepresence technology.

iRobot's Ava

iRobot’s Ava

The Silicon Valley startup company Peloton Technology, which produces automated vehicle technology, is currently working on a robotic system to wirelessly link trucks and tractor-trailers driving  in tandem, which will allow the vehicles to communicate with one another. This technology can significantly reduce accidents, because the response time is 1,000 times faster than the average human reaction time. These robotic trucks have the ability to reduce their fuel consumption up to 10% by using aerodynamics techniques such as drafting, where the following vehicle trails in the leading vehicles wake and thus reducing the work needed to keep up. Other companies have been working on similar robotic vehicle technologies, such as Google’s autonomous cars. However, where the Google car is more focused on a completely driverless vehicle, Peloton Technology’s robotic truck systems still require a driver.

Google Self Driving Car

Google Self Driving Car

Industrial robots represent another major robotics application. They have come to dominate in factories because of their excellent abilities to quickly, accurately and repetitively perform tasks such as painting, welding, testing, assembling, inspecting and maneuvering various parts. All of the major automotive companies use robots on their assemblies these days. GM, with the help of NASA has even gone as far as to supply workers with robotic gloves to reduce stress from repetitive motions on the assembly lines.

GM & NASA developed Robo-Glove

GM & NASA developed Robo-Glove

Robotics has also become more main-stream in the healthcare field, where the technology is used to perform delicate surgeries or stereotactic body radiation therapy with exceptional accuracy.

It is clear that we are moving steadily towards an increasing dependence on robots, but how does this affect our society?

Robots in society

The increased application of robotic technologies in our lives affects us in a number of ways. The naysayers among us claim these new technologies are making us lazier or less competent, and fear a robopocalypse as artificial intelligence continues to advance.

Household robots such as those made by iRobot have changed the way people clean. They allow for homes to be cleaned more frequently while decreasing the amount of time spent on cleaning. Beyond the well-known Roomba, there also robot window cleaners, toilets, and self-cleaning litter boxes for cats. Though it might appear strange to be so dependent on these machines to perform our chores, they will only make us lazy if we fail to use the time saved profitably.

Although research and development into driverless vehicles is high right now, they all still require someone to be behind the wheel in the event of an unforeseen emergency or failure. This means that people would still be required to be competent in driving to obtain a license. Rather than replace drivers, these autonomous vehicles and wireless vehicle-to-vehicle communication systems being developed now will add a new level of safety and efficiency by reducing both reaction times and fuel consumptions. Another added benefit would be that insurance rates would potentially be decreased if safety were increased.

Another major concern for society is how robots will affect employment opportunities. This concern is not entirely unfounded. With the growth of robots in industries and manufacturing companies have begun replacing worker with robots. In doing this companies are able to reduce costs and increase productivity. Robots are the ideal solution since can accurately perform repetitive.

The overriding concern that many people have with robots is the fear of a robopocalypse. The film I Robot (2004) featuring Will Smith, explores this possibility. The story unfolds  in the future, where humanoid robots are widely used as  servants for a variety of public services. The robots are designed with three laws of robotics: never harm a human being, obey orders given from human beings, and to protect its own existence unless in violation of the first two laws. The plot follows an investigation into these robots after they stop following the three laws. Generally it is humanoid robots such as Honda’s humanoid robot Asimo that come to mind when people think of a robopocalypse. As advanced as Asimo is, killing human is not on its list of abilities, but rather the ability to pick things up, climb stairs, jump, and even kick a soccer ball.

Honda's Humanoid Robot Named Asimo

Honda’s Humanoid Robot Named Asimo

Further tying into the fear of a robopocalypse are ethical concerns with certain military robots, specifically those that are armed. It is a very questionable topic, because even autonomous bombs can be considered robots and when you think about it should machines be able to make these devastating decisions?

All of these questions and concerns should be considered as we move forward into the future of robotics.

The future of robotics

The path for the future of robotics is paved with the robots currently in existence and as many new applications as the imagination can invent.

As a result of all the recent advancements in robotics, Stanford University, Massachusetts Institute of Technology, and Technical University of Munich have been developing a standard computer operating system designed mainly for robots called Robot Operating System (ROS). This would allow users to program the robots’ sensors and motors more easily, regardless of the hardware used.

Further development into autonomous vehicles is needed to incorporate various robotic systems required for a completely driverless vehicle that the public would feel safe to integrate into our traffic system.

As artificial intelligence advances, research will be needed to ensure that we are producing safe robots and that when the time comes that their processing capabilities approach human intelligence, we can evaluate the level of competency robots require to function adequately. Realistically, robots only need just enough programming to ensure efficient performance.

 

With the constant rapid developments in robotics, I feel that it is essential for us to clearly define the needs for the application, research the advantages and disadvantages of the final design, and predict how it can help us in the future. Looking back at the past several decades and evaluating how these robots have impacted society will inform this process.