The Digital Divide in the Tropics

• Globally, it appears mobile phone ownership is now universal, with subscriptions out numbering people. In 2019 there were 108 mobile phone subscriptions for every 100 people globally. This equates to some 8.7 billion active mobile cellular subscriptions.
• In the Tropics, access to mobile phones has increased dramatically since the turn of the century but still trails the rest of the world. In 2000, there were fewer than 5 mobile phones per 100 people in the Tropics. By 2019, this number had grown to more than 97.

• According to the latest available estimates from the ITU, in 2019, 53.5% of people worldwide used the internet in 2019, an increase from just 17% in 2005.
• In 2019, estimates suggest just 37.1% of people used the internet in the Tropics – indicating that the gap between the Tropics and the rest of the world has actually widened since previous State of the Tropics reports.

• Recent advances in mobile technology have allowed more people to access the internet through the use of internet enabled mobile devices, particularly smartphones. This has allowed far more people access to the internet without ever having to be connected by a fixed line. However, access the to the internet through mobile broadband remains low in many parts if the Tropics
• The groups of people who have access to and use the internet vary between regions, gender and age. People living in urban areas are more likely to use the internet, men are more likely than women and young people are more likely than the elderly There is no doubt that access to mobile phones and the internet has changed and continues to change how we communicate, work, do business, learn, and interact with culture and art. During the various stages of lockdown imposed across the world in 2020, these forms of communication became more important than ever.

• Lack of access to ICT at school and at home limits the ability of students to learn digital skills which would allow them to participate in the global digital economy which many see as essential for ongoing sustainable development
• There is huge variation in schools with internet access, from less than three percent in Madagascar and Burkina Faso to 100% in Brunei, Maldives and a number of Caribbean states. Access tends to remain very low across Central and Southern Africa, and in some parts of South Asia, South East Asia and Central America. Data are not available for any countries in Oceania.
• It is clear that some regions of the Tropics lag global estimates considerably. Africa and South Asia have particularly low levels of internet access at home. The youngest group, school aged children, had the lowest levels of access in these regions, with slightly higher access in East Asia and the Pacific.
• In the context of the global pandemic with many schools operating remotely, this low level of access in many tropical countries meant that when schools were closed, the only means of students continuing schooling was through take home packages – this has resulted simply in many students not accessing schooling at all with potentially huge social and economic costs to the countries that can bear it the least.

• Around 40% of all ICT goods are exported from tropical regions. These exports are dominated by South East Asia and Central America. In other regions of the Tropics, the share of the global trade in ICT goods remains small
• South East Asia is the only region in the Tropics that is a net exporter of ICT goods. All other regions in the tropics import more technology than they produce and export

• Globally almost one quarter of all people used the internet to make a purchase in 2019, however this was concentrated in wealthy countries in North America, Europe and East Asia. Far fewer people use to the internet for purchasing throughout the Tropics with some exceptions such as Saudi Arabia, Malaysia and Singapore. The largest growth markets in the Tropics have been Hong Kong and India.

• The rapid expansion of electrical and electronic equipment manufacturing across the world due to industrialization, economic expansion, technological development and growing wealth has led to complementary growth in electronic waste or E-waste.
• On a per capita basis, tropical countries, with the exception of tropical Australia and USA (Hawaii), produce far less E-waste than nations in North America and Europe. E waste from North America and Europe is often exported to China, Brazil, Nigeria, Ghana and India.

Information and Communication Technology in the Pacific takes a closer look at the tropical region with the least connectivity. Mobile phone penetration is around half the global rate and in 2019, internet users represented less than 20% of the population outside of Australia and Hawaii. Nations in the Pacific are generally small, culturally diverse and separated by challenging terrain or vast ocean. Although submarine cables now connect most of the capital cities in this region, outer islands and remote areas remain unconnected.

Digital Health in the Tropics explores the potential benefits of building better digital health systems in the Tropics. Digital health programs can improve vaccination rates, monitor diseases and symptoms, detect disease outbreaks and connect specialist medicine to those who are unable to travel to urban centres. Although privacy and reliability issues remain, digital health has the capacity to enhance existing health systems.

Mobile money and the story of M-pesa charts the rise of mobile money throughout the tropics with a focus on M-pesa, the most successful service.  Mobile money is a money transfer system that uses mobile phones and network of human agents who cash in and cash out for customers, exchanging e-money as text messages for hard currency.  It does not require a smart phone, bank account, credit card or internet connection. Mobile money accounts can provide a gateway to life enhancing services such as remittances, health care, education, employment and social protections.

Cobalt mining in the DRC discusses the origin of a key component in digital systems and lithium ion batteries, cobalt. The enormous and growing demand for digital devices and products globally has driven huge growth in mining for critical minerals used in components.

The vast majority of cobalt is mined in the Democratic Republic of Congo where it has been shown to create jobs, alleviate poverty and encourage investment in social infrastructure. However, working conditions are often dangerous, miners are poorly paid and, in some cases, child labour is involved.