Grab Black Friday deal here
Deal expires in
: : :
  • Get Surfshark
Get Surfshark

Digital Quality of Life Index 2020

A global research on the quality of a digital wellbeing in 85 countries (81% of the global population). This study indexes the countries by looking at five fundamental pillars that define the digital quality of life.

Check DQL 2020 ranking

Digital quality
of life index 2020

An interactive comparison tool, country reports, and full research material in only available on desktop browsers.

Download a PDF file Open desktop version
Internet affordability
Internet quality
Electronic infrastructure
Electronic security
Electronic government

Global rank

  • 1
  • 10
  • 20
  • 30
  • 40
  • 50
  • 60
  • 70
  • 80
  • 90

Country profile

00
0.00 index
00
0.00 index
00
0.00 index

Global rank out of 85

Index

00
00
00

Internet
Affordability,
Rank

00
00
00

Internet
Quality,
Rank

00
00
00

Electronic
Infrastructure,
Rank

00
00
00

Electronic
Security,
Rank

00
00
00

Electronic
Government,
Rank

Detailed profile
Global avg.
Europe avg.
Africa avg.
Americas avg.
Asia avg.
Oceania avg.
Time to work to afford the cheapest mobile internet (seconds)
Time to work to afford the cheapest broadband internet (minutes)
Mobile speed, Mbps
Broadband speed, Mbps
Mobile internet stability
Broadband internet stability
Individuals using the internet (per 100 inhabitants)
ICT adoption
Cybersecurity
Data protection laws
Online Service Index
AI readiness
loading Download country profile
Download generated visuals

Key insights from the DQL index 2020

The Digital Quality of Life Index has revealed insights on what tangible factors have the greatest impact on the country’s digital wellbeing, and which areas should be prioritized in improving its potential.

Top countries with the
highest Digital Quality of Life

Scandinavian countries excel in offering high quality digital wellbeing to their citizens. At the same time, 7 out of 10 countries with the highest DQL are in Europe, reflecting strong development across the majority of aspects that influence quality of people’s lives there.

Leaders in each of the five pillars

Internet affordability
  • 1 Israel
  • 2 Canada
  • 3 Azerbaijan
Internet quality
  • 1 Singapore
  • 2 Sweden
  • 3 Netherlands
E-infrastructure
  • 1 UAE
  • 2 Sweden
  • 3 Denmark
E-security
  • 1 UK
  • 2 France
  • 3 Lithuania
E-government
  • 1 Singapore
  • 2 UK
  • 3 USA

Standing out from the crowd

Although GDP per capita has a strong correlation with the DQL, there are countries that have better digital quality of life with lower GDP per capita than expected.

E-security, e-infrastructure, and e-government have a more significant correlation with the DQL than GDP per capita. This proves the potential to level up the digital wellbeing with lower resources and more focused strategic planning.

The surprisers

13 countries (Azerbaijan, Bulgaria, China, Croatia, Greece, Hungary, Latvia, Lithuania, Malaysia, Poland, Romania, Slovakia, Uruguay) out of 85 exceed the expected digital quality of life by outperforming others in providing higher levels of e-security and more affordable internet connectivity.

The underperformers

3 countries in the Middle East (Bahrain, Kuwait, Saudi Arabia) with relatively high GDP per capita are underperforming in providing better digital wellbeing for their citizens due to low levels of internet quality and e-security.

More affordable internet ≠ high digital quality of life

The affordability of the internet plays a major role in ensuring accessibility, but has a notably lower correlation with the DQL than the other pillars. For instance, the internet is less affordable in some Southern or Eastern European countries, but people there still enjoy higher than average digital quality of life. Interestingly, the affordability does not depend neither on the quality of the connectivity, nor the level of e-infrastructure development.

Globally, on average one has to work 3 hours 48 minutes to afford the cheapest broadband internet, whereas the average work time required to afford the cheapest 1GB of mobile data is 10 minutes.

No one is perfect

All countries at the top have space for improvement.

Scandinavian countries

low broadband
affordability

Canada

low mobile affordability & poor broadband stability

France

poor internet
stability

Israel

mediocre
internet quality

COVID-19 impact on the internet quality

The stability of the internet infrastructure has become of crucial importance during the Covid-19 crisis, when video conferences replaced live meetings. Consequently, it impacted the quality of people’s digital lives.

During the first month of the lockdown, 49 of 85 countries experienced deteriorated speeds of mobile internet, and 44 of broadband connection.

Digital Quality of Life report 2020

Explore the slideshow for more insights and the in-depth analysis of each of the five pillars of the DQL Index

Download a PDF file
Download DQL charts and visuals

Your country can only protect you as far

E-security is important to our livelihood, but social systems can only protect us to a limited degree. It takes individuals to form a collective, and it’s up to each of us to look after ourselves on the internet. Online privacy tools like VPNs allow you to hide your digital footprint with a click of a button. Paired with good browsing practice, they can help avoid digital threats and unwanted data collection. And the best thing about it? You can try a VPN for free.

Methodology & data sources

The 2020 edition of the Digital Quality of Life Index is a second, improved iteration of Surfshark’s previous research. This year, the DQL Index is statistically more complex, analytically vigorous, and includes 12 different factors that directly influence the digital quality of life in any given country. Because of several improvements to last year’s methodology, the DQL Index editions are not comparable.

The DQL Index 2020 analyzes 85 countries (as compared to 65 in 2019) around the world in terms of five core pillars: internet affordability, internet quality, e-infrastructure, e-security, and e-government. Underpinning these pillars are 12 indicators that are interrelated and work together to provide a measure of overall digital quality of life. The indicators are given equal weights within their pillar.

Complete indicator list, DQL Index components, and rationale:

Pillar 1: Internet affordability (20%)

The affordability of the internet connection is one of the most important factors indicating the accessibility of the internet to the people living in any country, and consequently defining the initial experience. Considerably, a less affordable internet (mobile and broadband) has a negative effect on digital wellbeing and vice versa.

Indicator 1: Time of work to afford the cheapest mobile internet (seconds) (50% weight within the pillar)

The factor value of the affordability of mobile connectivity was determined by dividing the price of the cheapest 1 GB mobile data package by the average hourly wage in a specific country. Then, the index value was derived by dividing the value of the cheapest mobile data package globally by the factor value and multiplying by 0.5 to weight it in the internet affordability pillar that consists of two indicators.

Indicator 2: Time of work to afford the cheapest broadband internet (minutes)

The factor value of the affordability of broadband connectivity was determined by dividing the price of the cheapest broadband internet package by the average hourly wage in a specific country. Then, the index value was derived by dividing the value of the cheapest broadband package globally by the factor value and multiplying by 0.5 to weight it in the internet affordability pillar that consists of two indicators.

Pillar 2: Internet quality (20%)

The quality of the internet connectivity is a new, enhanced, and more inclusive pillar in the DQL Index 2020 if compared to a 2019 edition. It includes four indicators of equal value (0.25), namely, the speeds of mobile and broadband internet, as well as their respective stability. The stability indicators were included in relation to the global COVID-19 pandemic, when people around the world were forced to move to work from home. All four of the indicators are considered to directly and critically influence the digital experience.

Indicator 3: Mobile speed (Mbps)

To index the speed of mobile internet around the world the 9-month average of the mean monthly download speed in any specific country in 2019 was divided by the highest average download speed value globally, and weighted by 0.25.

Indicator 4: Broadband speed (Mbps)

To index the speed of broadband internet around the world the mean download speed measured across a 12-month period in 2019 was divided by the highest average download speed value globally, and weighted by 0.25.

Indicator 5: Mobile internet stability (indexed value)

Stability of mobile internet connectivity was determined by comparing the change in download speed before and after most of the countries in the world announced lockdowns due to COVID-19 pandemic. The percentile change in mobile download speed in the second week of April, 2020 was compared to the week of March 2, 2020 for all countries except China, which was compared to the week of January 6, 2020. If the change was positive or equal to zero, countries were considered to have a stable internet connectivity and were assigned a value of 1.0000. If the change was negative, the percentage difference was deducted from the max value of 1.0000. Then, the stability factor value was weighted by 0.25.

Indicator 6: Broadband internet stability (indexed value)

Stability of broadband internet connectivity was determined in the same way as for mobile internet stability.

Pillar 3: Electronic infrastructure (20%)

Having a highly functional and well-developed electronic infrastructure enables people to use the internet more in their daily lives for a multitude of purposes, such as studying, e-commerce, entertainment, banking, and other. This strongly amounts to having a better digital experience. The pillar of electronic infrastructure includes two equally weighted indicators that help to evaluate the advancement of it.

Indicator 7: Individuals using the internet (per 100 inhabitants)

Internet usage factor was derived by dividing the number of individuals using the internet in a specific country by the number of individuals using the internet in the country that has the highest value of this kind. Then, the factor was weighted by 0.5 as there are two indicators in the electronic infrastructure pillar.

Indicator 8: ICT adoption (index)

The ICT adoption indicator was determined by weighting the ICT adoption index value from the World Economic Forum’s Global Competitiveness Index by 0.5.

Pillar 4: Electronic security (20%)

A country's commitment to and the capabilities of its national cybersecurity are critical to the overall well-being of its citizens and economic growth. Strong electronic security grows in importance as the number of cases and the scope of cybercrime rises, consequently affecting the digital experience of every country’s citizens.

Indicator 9: Cybersecurity (index)

To account for cybersecurity in each of the researched countries, the Global Cybersecurity Index (GCI), developed by the International Telecommunications Union (ITU), was used for its viability and the extent of data inclusivity. Since the ITU postponed the publishing of the 2019 edition of its GCI index due to COVID-19 pandemic, the data for this indicator is from 2018. The GCI index was weighted by 0.5 as there are two indicators combining the pillar of electronic security.

Indicator 10: Data protection laws (indexed value)

Indexing of the indicator for data protection laws was performed by assigning a value from 0 to 5 depending on the existence and completeness of legislation regarding personal data protection in a country, benchmarking it against the EU’s General Data Protection Directive as the best example of personal data protection legislation. The values were assigned in the following order: 0 - no specific laws (none); 1 - some laws exist, but a country does not ensure adequate level of data protection (very low); 2 - a country has a data protection law and an independent data protection authority, but does not ensure adequate level of data protection (low); 3 - a country ensures an adequate level of personal data protection, but only to some extent (moderate); 4 - a country ensures an adequate level or personal data protection recognized by the EU (adequate); 5 - data protection in a country is protected by the GDPR (high). To index the assigned values, they were divided by the highest value of data protection (5) and weighted by 0.5.

Pillar 5: Electronic government (20%)

The advancement of electronic government services highly influences people’s digital lives as it can provide better service delivery at reduced costs, and has the potential to increase overall efficiency. E-government also helps to minimize the bureaucracy, reduce corruption and increase transparency of the public sector. This pillar consists of two equally weighted indicators that help to define the existing situation of e-government in any given country.

Indicator 11: Online Service Index (index)

To determine e-government availability, the United Nations’ Online Service Index (OSI) was used for its inclusivity. The OSI is a composite part of the UN’s E-Government Development Index (EGDI). The OSI is based on the extent of a country’s government’s online presence. To weight up the OSI index, it was multiplied by a weight factor of 0.5.

Indicator 12: AI readiness (index)

The AI readiness indicator is a new factor in the DQL 2020 Index, included to exhibit the capacity of a specific country to avail the potential to become more efficient by using artificial intelligence technology. The indicator was created using the Government Artificial Intelligence Readiness Index 2019 developed by Oxford Insights and the International Development Research Centre. The index was normalized to fit the DQL index logic by dividing a country’s AI index score by the highest AI index score globally, and weighing it by 0.5.

Full DQL research material

Sources:

We value your privacy
This website uses cookies that are necessary for our site to work properly and to give us information about your use of the website, as well as for marketing purposes. By accepting, you agree to the use of cookies as described in our Privacy Policy.
Cookie settings
This website uses cookies that are necessary for our site to work properly and to give us information about your use of the website, as well as for marketing purposes. By accepting, you agree to the use of cookies as described in our Privacy Policy.
Always on
These cookies are needed for our website to function, remember your key preferences and keep our website secure
These cookies help us understand how you use our website
We and our trusted partners use cookies to serve targeted advertising and measure performance of advertising campaigns.