DIGITAL DIVIDE

The state of internet connectivity in the world in 9 charts

Obsession
The Next Billion
Obsession
The Next Billion

This we know: The next billion people who are coming online will do so from cheap, mobile phones. While the cost of phone service is falling globally, fixed broadband—typically more reliable and faster than cellular connections—is actually becoming more expensive in the poorest countries.

This week, the International Telecommunication Union, an arm of the United Nations, released a report on global connectivity. It estimates that 3.2 billion people—43.4% of the world’s population—will use the internet in 2015, but that figure falls to 9.5% for the least developed countries, which the UN defines as the “poorest and weakest segment of the international community.” (These countries represent about 880 million people—about 12% of the world’s population—but make up less than 2% of the global gross domestic product.)

Around the world, there remains a large gender gap in who uses the internet. In the least developed countries, only 8% of females will have used the internet in 2015 compared with 11.3% of males. Those statistics echo a September UN report that found that women in low- and middle-income countries are 21% less likely to own a mobile phone, helping perpetuate inequality between men and women. The ITU has set a goal to achieve gender equality among internet users by 2020.

Here’s the same breakdown by region:

Overall, the internet is becoming more accessible. The price of mobile service is falling, with developing countries seeing costs fall by between 15% and 25% from 2013 to 2014. But service still remains more expensive for developing and least developed countries when looking at the cost as a percentage of their gross national incomes (GNI) per capita, a metric the ITU uses to make a more apples-to-apples comparison across countries with vastly different economies.

While mobile phone service is generally more expensive in poorer countries, that’s not the case across the board. Countries, such as Sri Lanka (ranked No. 12 when looking at the cost of service relative to its per capita GNI), Iran (No. 17), China (No. 34), and Mauritius (No. 35)—all of which rank higher than the US (No. 35)—have driven competition and provided regulatory incentives for telecom operators to lower their prices.

mobile-gni-dollar_colorcorrected

It’s a different story with broadband connectivity, which is becoming less accessible for poor countries. Globally, broadband prices were trending down until 2013—and then they stagnated, and in some countries, actually rose.

For the least developed countries, the average cost grew 70 to 98%, “a sharp increase that will certainly not improve the already very low uptake of fixed-broadband in the world’s poorest countries,” said the report. The two charts below illustrate the upward trend in broadband prices for the least developed countries, both on a raw cost and GNI per capita basis.

broadband-gni-dollar_colorcorrected

But it’s Africa that’s hardest hit, with people paying 178% of their per capital GNI for access. There are, however, some African countries that buck this trend. In Seychelles, South Africa, Mauritius, Gabon, Cabo Verde, and Botswana, broadband costs are 5% or less of GNI per capita, a rate that rivals many developed countries.

broadband-gni-africa_colorcorrected

The chart above illustrates the breakdown of broadband costs across African countries. It’s especially striking when you compare the y-axis values against the same chart for Europe (below).

broadband-gni-europe_colorcorrected

The ITU has set a goal for broadband services to cost no more than 5% of average monthly incomes in developing countries by 2020. This will be an especially challenging problem to fix, given the infrastructure involved to expand fixed broadband access. Even Facebook and Google—two tech giants that are working to bring connectivity to as much of the world as they can—aren’t looking at laying down cables. They instead have ambitious plans to bring fast internet via the air: balloons, drones, satellites, and lasers.

Read this next: Why connecting the billions of people who are offline requires more than just cables (or even drones)

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