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Currently, mobile technology is typified by internet-enabled devices like smartphones, tablets and watches. These are the latest in a progression that includes two-way pagers, notebook computers, mobile telephones (flip phones), GPS-navigation devices and more.
Radio networks using distributed cell towers that enable mobile devices (cell phones) to switch frequencies automatically and communicate without interruption across large geographic areas. The same basic switching capability enables cellular networks to accommodate many users across a limited number of radio frequencies.
In all countries surveyed, adults with a secondary education or higher are more likely to own their own mobile phone than are those with less than a secondary education. These educational gaps in ownership range from just 3 percentage points in Vietnam to 35 points in the Philippines.
Across the countries surveyed, the 7% median of those who share, rather than own, a mobile phone cite a number of reasons for why they share their phones. About four-in-ten phone sharers in Kenya (42%), Venezuela (40%) and Tunisia (38%) say they share a phone primarily because they cannot afford their own device. Another half of Venezuelan sharers say they now share a phone because their own phone was lost, broken or stolen, as do about four-in-ten Colombians (41%) and Kenyans (41%). Not needing to use a mobile phone regularly is a commonly cited reason for sharing a phone in India (39%) and the Philippines (29%).
Smartphones, or phones that can connect to the internet and run apps, are the most prevalent type of mobile device in nine of the 11 countries surveyed: A majority of adults (median of 53%) report using a smartphone. Usage is highest in Lebanon (86%) and Jordan (85%), and lowest in India (32%).
Basic and feature phones are less popular overall, but some countries stand out for their high usage of these less digitally connected phones. In India nearly half of adults (47%) say they use a basic mobile phone that cannot connect to the internet. Sizable shares in Kenya (40%), Tunisia (37%) and Venezuela (36%) also report using a basic phone.
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Social media platforms such as Facebook, Instagram, Twitter and LinkedIn all have mobile apps that a user can download from their phone's app store. These apps make it possible for smartphone users to post personal updates and photos while on the go.
IT professionals in many organizations today support employees that want to use their smartphones for work. Businesses can adopt enterprise mobility management (EMM) tools to control this use, and can develop a bring your own device (BYOD) policy to govern what users can do with their devices. Apple and Google have both worked to improve the enterprise capabilities of their mobile operating systems (OSs), enabling IT to better support iPhone and Android devices in businesses.
Because the smartphone form factor is typically smaller than a desktop computer, business users typically use it for quick tasks, such as sending an email. Tablets and 2-in-1 devices have also joined the mobile device market as alternatives to both smartphones and PCs for enterprise use.
One of the most important elements of a smartphone is its connection to an app store. An app store is a centralized portal where users can search for and download software applications to run on their phones. A typical app store offers thousands of Mobile apps for productivity, gaming, word processing, note-taking, organization, social media and more.
Because they run an OS and applications, smartphones get consistent software updates. Vendors update their mobile OSs a few times a year. Individual mobile apps in an app store also get constant software updates that users can either choose to install or ignore.
A smartphone has more advanced features, including web browsing, software applications and a mobile OS. In turn, a smartphone also offers capabilities such as support for biometrics, video chatting, digital assistants and much more.
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In addition to using \"hands-free\" devices, which keep mobile phones away from the head and body during phone calls, exposure is also reduced by limiting the number and length of calls. Using the phone in areas of good reception also decreases exposure as it allows the phone to transmit at reduced power. The use of commercial devices for reducing radiofrequency field exposure has not been shown to be effective.
A large number of studies have been performed over the last two decades to assess whether mobile phones pose a potential health risk. To date, no adverse health effects have been established as being caused by mobile phone use.
Tissue heating is the principal mechanism of interaction between radiofrequency energy and the human body. At the frequencies used by mobile phones, most of the energy is absorbed by the skin and other superficial tissues, resulting in negligible temperature rise in the brain or any other organs of the body.
Epidemiological research examining potential long-term risks from radiofrequency exposure has mostly looked for an association between brain tumours and mobile phone use. However, because many cancers are not detectable until many years after the interactions that led to the tumour, and since mobile phones were not widely used until the early 1990s, epidemiological studies at present can only assess those cancers that become evident within shorter time periods. However, results of animal studies consistently show no increased cancer risk for long-term exposure to radiofrequency fields.
Several large multinational epidemiological studies have been completed or are ongoing, including case-control studies and prospective cohort studies examining a number of health endpoints in adults. The largest retrospective case-control study to date on adults, Interphone, coordinated by the International Agency for Research on Cancer (IARC), was designed to determine whether there are links between use of mobile phones and head and neck cancers in adults.
The international pooled analysis of data gathered from 13 participating countries found no increased risk of glioma or meningioma with mobile phone use of more than 10 years. There are some indications of an increased risk of glioma for those who reported the highest 10% of cumulative hours of cell phone use, although there was no consistent trend of increasing risk with greater duration of use. The researchers concluded that biases and errors limit the strength of these conclusions and prevent a causal interpretation.
While an increased risk of brain tumors is not established, the increasing use of mobile phones and the lack of data for mobile phone use over time periods longer than 15 years warrant further research of mobile phone use and brain cancer risk. In particular, with the recent popularity of mobile phone use among younger people, and therefore a potentially longer lifetime of exposure, WHO has promoted further research on this group. Several studies investigating potential health effects in children and adolescents are underway.
In response to public and governmental concern, WHO established the International Electromagnetic Fields (EMF) Project in 1996 to assess the scientific evidence of possible adverse health effects from electromagnetic fields. WHO will conduct a formal risk assessment of all studied health outcomes from radiofrequency fields exposure by 2016. In addition, and as noted above, the International Agency for Research on Cancer (IARC), a WHO specialized agency, has reviewed the carcinogenic potential of radiofrequency fields, as from mobile phones in May 2011.
WHO develops public information materials and promotes dialogue among scientists, governments, industry and the public to raise the level of understanding about potential adverse health risks of mobile phones.
In addition to using "hands-free" devices, which keep mobile phones away from the head and body during phone calls, exposure is also reduced by limiting the number and length of calls. Using the phone in areas of good reception also decreases exposure as it allows the phone to transmit at reduced power. The use of commercial devices for reducing radiofrequency field exposure has not been shown to be effective. 153554b96e