When the public mobile phone was first invented in the 1940s (Farley, 2005) it did not have the advanced design and capabilities that it has now. Additionally, due to the restrictions that the early mobile phone faced imposed by the Federal Communications Commission (Farley, 2005), commercial use of the mobile phone by the general US population was heavily forestalled. The first mobile phone in the US came in the form of a pay-phone that was available for use on the Metroliner train service running between Washington DC and New York city (Farley, 2005). This mobile phone allowed passengers to place calls while in-route at 160 kilometers per hour (Farley, 2005). It wasn’t until 1973 that Martin Cooper, who was working at Motorola, invented the first handheld cell phone (Farley, 2005). Although the demand for such technology was present, the FCC’s inability to grant approval for commercial use greatly impacted the mobile phones ability to grow (Farely, 2005). Nevertheless, cell phone popularity in the US continued to flourish reaching a total of 1,300,855 customers by 1987 (Farley, 2005). On August 15, 1996, another great breakthrough for the mobile phone took place when Nokia introduced the Communicator, which meshed the mobile phone and the handheld computer together (Farley, 2005). Equipped with a QWERTY keyboard, the Nokia Communicator allowed individuals to send and receive faxes, check email messages, and visit the Internet (Farley, 2005). However, because cellular networks were optimized for voice and not data at the time, effectiveness of such tasks was limited (Farley, 2005). Nevertheless, by the mid-1990s, when mobile phones became smaller and practical, data became the central interest for many system designers (Farley, 2005). Since then, several new revolutionary applications and services have been combined with the mobile phone. Such revolutionary applications and services include Java, Multi-Media Messaging (MMS), Music, TV, GPS, etc. (Wilcox, 2005). As a result of such new revolutionary applications, the popularity of the mobile smartphone started to take off.

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Currently, the mobile phone continues to remain revolutionary especially in the area of social movements. Combined with the steady climb of social media, the rise of the mobile phone and social media have coupled together to contribute to augmented reality (Jurgenson, 2012). Augmented reality is the process of linking the power of the digital (creating and disseminating networked information), with the power of the physical (occupying geographic space with flesh-and-blood bodies) to create an atmosphere of augmented revolution (Jurgenson, 2012). This phenomena, can be observed through past social movements such as the UK Riots, Arab Spring, Occupy and several other protests which are essentially big gatherings of digitally-connected individuals in a physical space that have become the new norm (Jurgenson, 2012). For example, through being connected by the intersection of both the physical and the digital, Egypt protest organizers, were able to effectively mobilize massive numbers of people by distributing information online about how to deal with tear gas and how crowds should effectively move about the city (Jurgenson, 2012). Therefore, simply deeming social movements such as the Arab Spring as a “Twitter Revolution”, fails to account for the role the physical (society) as well as the digital (technology) play in augmented reality (Jurgenson, 2012), in which both humans and media merge together to create change.

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Additionally, if there is anything from the history of the mobile phone that we can take away, is that usage of the mobile phone will continue to grow and provide breakthrough changes in society. With the increased availability of mobile phones by the majority of the US population (77% of US adults reported owning a smartphone in 2016) (Rainie and Perrin, 2017), the kind of growth and breakthrough changes that will occur will be of great significance. Additionally, as society continues to develop and experiment with wearable network devices such as Apple Watch and Fitbit (mostly all connected to mobile phones), it can be certain that more of our technology in the future will be wearable from the outside and perhaps even from the inside as well (Gee, Time, 2017). Moreover, with the emergence of online-social-mobile communication technologies revolutionary ability to cater to individual personalization, I believe that in the future, wearable network devices will take personalization to the next level. For example, as describe in Time magazine, wearable technology will serve individual needs in a more personalized way by providing individuals with content they need before they even know they need it (2017). By examining things such as a person’s tears or mood through special sensors, wearable technology will predict and thus feed humans more personalized content than ever before (Time, 2017). Such advances in new wearable technology however, just as the mobile phone experienced with the FCC during its early years, may be forestalled by the new laws and guidelines that will have to be set in place to properly address security, moral, and ethical issues that may arise (Time, 2017).

Furthermore, I believe, that the contemporary stage online-social-mobile media is taking is very revolutionary, in the case of the mobile phone through augmented reality, which seems to align with some of Hauben’s ideas. When Hauben wrote, “What the Net Means to Me,” he viewed the Internet as a medium for allowing people to have their voice heard and a way of questioning and organizing people’s experiences so as to have a better grip on a problem or question (1994). In addition, Hauben believed that in order for the Internet to remain a forum for public expression and discussion for the people, it should remain untainted by commercial interests (1994). Hauben feared that if commercial companies took over the Internet, they would not allow people to have control over their lives and surroundings which could harm democracy (1994). Of course, at the time that Hauben wrote his paper, he was not able to foresee how commercialized the Internet would become. By allowing people to freely express their opinions and thoughts online, I believe that Hauben’s vision for the net would be very important and significant in helping people undermine the upper power institutions have (1994). This Hauberian concept, aligns well with Jurgenson’s explanation of how mobile phones and social media during the Occupy movement, helped protester undermine traditional news-gatekeepers by shooting their own videos, photos, organizing on Facebook and tweeting to the world. Such elevated autonomy and freedom to express themselves through the use of mobile phones and social media, allowed the Occupy protesters to shape their own narrative, strategies, and goals in the media instead of it being influenced and reported through the private interests of traditional media (2012).

Furthermore, as social movements continue to use technology (mobile phones, social media, etc.) in new ways, technology can be assumed to enhance democracy (Lunceford, 2006). Although many may disagree due to the illegal activity involved, according to Lunceford, Hackers are the ideal group to look up to when examining the question of how technology can be used in revolutionary ways (2016). Through illegally gaining unauthorized access to computer systems, Hackers are able to use technology to forward political ends (2016). Due to this, many have started to refer to the Hacker community as their own social movement under the new social movement (NSM) approach since they are primarily social, attempt to create change through developing alternative lifestyles and changing values, and are located within civil society (2016). However, whether or not Hackers, mobile phones, and social media through augmented reality, will continue to expand the ways in which technology can be used in revolutionary ways (such as promoting democracy), will have to be determined by how such elements handle the social movement efforts of the future.

Works Cited:

Farley, Tom, and Nigel Wilcox, et al. “Mobile Telephone History” and “What’s next in mobile telephony and will it succeed?”. Future Mobile Phones , vol. 101, no. No. 3/4, 2005, www.telenor.com/wp-content/uploads/2012/05/T05_3-4.pdf.

Jurgenson, Nathan. “When Atoms Meet Bits: Social Media, the Mobile Web and Augmented Revolution.” Future Internet, vol. 4, no. 4, 2012, pp. 83–91., doi:10.3390/fi4010083. https://ai2-s2-pdfs.s3.amazonaws.com/7c13/a2ce650958e43d122f912ee1db24e662daa7.pdf.

Rainie , Lee, and Andrew Perrin . “10 Facts about Smartphones as the IPhone Turns 10.” Pew Research Center , 28 June 2017, www.pewresearch.org/fact-tank/2017/06/28/10-facts-about-smartphones/.

Gee, Martin, et al. “A Day In The Life Of Wearable Tech.” Time, time.com/see-the-wearable-tech-of-the-future/.

Hauben, Michael. “What the Net Means to Me.” ACN Volume 6 No 1 Spring 1994, www.ais.org/~hauben/Michael_Hauben/Collected_Works/Amateur_Computerist/What_the_Net_Means_to_Me.txt.

Lunceford , Brett Lance. Democracy And The Hacker Movement: Information Technologies And Political Action. The Pennsylvania State University, 2006, etda.libraries.psu.edu/files/final_submissions/717.

Hand Old-Retro-Phone. Digital image. Pexels.com. 13 Nov 2011, https://www.pexels.com/photo/hand-old-retro-phone-9165/.

Evolution of the

From simple to smart, mobile phones have transformed dramatically to become information and communication hubs fundamental to modern life. But how did they get to be this advanced? Scroll through the timeline to see how and when phone technology evolved.

1983 - 1990

In 1983 the world got the first ever portable mobile phone in the shape of the Motorola DynaTAC 8000X. It cost an eye-watering $4000 USD and was a huge status symbol at the time. Two years later the first mobile phone call on UK soil was made, the then Vodafone Chairman Sir Ernest Harrison, the lucky recipient. In 1989 Motorola followed up the DynaTAC with the 9800X or MicroTAC, it came with a fold down keyboard cover and set the standard for the flip phone form factor seen throughout the 90's.

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1991 - 1994

GSM first launched in Europe 1991 with the Orbitel TPU 900 first to market, but it wasn't until 1992 that mobiles were no longer restricted to business use. Polaroid driver download for windows. Mass production paved the way for cost-effective consumer handsets with digital displays. Nokia was one of the first to take advantage of this transition, with the Nokia 1011 arriving that year.

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1995 – 1998

Although it only offered four colours, the Siemens S10 brought mobile phone displays to life for the first time in 1997. The same year Hagenuk launched the GlobalHandy, the first device without an external aerial. Customisation also kicked off in a big way with Ericcson offering swappable coloured front keyboard panels. The following year Nokia launched a range of ‘Xpress-on’ interchangeable covers on the 5100 series, making it the first fashion orientated phone.

Features From This Era

• Vibrate Alerts

1999 – 2002

1999 saw Nokia unveil the 7110 which was the first device to take advantage of WAP (a means of accessing information over a mobile wireless network).

A year later Sharp launched the world's very first camera phone, the J-SH04. It was only available in Japan but signalled the start of the public’s obsession with phone photography. However, it wasn’t until 2002 and the release of the Sony Ericsson T68i and its clip-on camera, that western markets started to take an interest in the camera phone.

Features From This Era

• Tri-Band Roaming
• Polyphonic Ringtones
• Memory Card
• MMS

2003 – 2006

The implementation of 3G took download speeds up to 2MBS in March 2003 with '3' the first to offer the service in the UK. RIM brought mobile email to the masses with its range of popular BlackBerry devices like the 8100 Pearl. The advent of front facing cameras in 2003 on devices such as the Sony Ericsson Z1010 meant video calling became possible, but not popular.

Features From This Era

• Quad-Band Roaming
• Full Web Browsing

2007 – 2010

Swiping and scrolling replaced the traditional button method of input. The LG Prada being the first touchscreen to market ahead of the Apple iPhone in May 2007. However, Apple proved to have both the stronger brand and superior knowledge of capacitive touchscreen's potential.

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• NFC

2011 – 2014

Smartphones became increasingly central to modern life, offering much more than just communication features. The UK’s first 4G service launched in 11 cities by EE in 2012 taking download speeds up to 12mbps. Voice recognition became common place first with Google Voice before Apple launched Siri into the market. Samsung added a built-in heart rate monitor to their flagship Galaxy S5 to capitalise on growth in mobile health & fitness.

Features From This Era

• Fingerprint Scanning
• Full HD Screen

2015 - 2018

The global adoption of 4G vastly improves video streaming and video calling capabilities. Screen sizes continue to grow to maximise the experience of these features, with the iPhone 7 Plus display now 57% larger than the original iPhone from 2007. Mobile payments also emerge with Apple Pay and Android Pay offering users the possibility of buying things with their smartphone.

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Present Day

EE launches the UK’s first 5G service in 6 cities throughout May 2019. The fifth-generation network promises vastly superior data speeds and reliability, boosting ultra-high-resolution video streaming and mobile gaming. Handset design trends continue to push for an all-screen experience, with OnePlus introducing the pop-up selfie camera to its flagship 7 Pro device to do away with the notch altogether.

Features From This Era