enabling a digital economy in africa...digital transformation part iii: measurement part i where are...
TRANSCRIPT
Enabling a Digital Economy in Africa
1
Enrico Calandro
PRIDA Meeting
AUC, 2 September 2019
@EnricoCalandro
@RIAnetwork
Part I:
Connectivity
Part II:
Digital
Transformation
Part III:
Measurement
PART I
Where are we in Africa with
regards to availability and
affordability?
Source: Steve Song, 2019 Open Telecom Data
The impact of coverage – e.g. SA
Urban vs Rural Connectivity - Kenya
Source: Intelecon, 2016
Source: Steve Song, 2019 Open Telecom Data
Urban–rural disparity in Internet use in the
Global South – Demand-side perspective
8784
77
70 6965
57
50 4845
42 40 40 40 38 3632
23
13 13
-60
25
50
75
100
Mo
za
mb
iqu
e
Ta
nza
nia
Rw
an
da
Ug
an
da
Ke
nya
Leso
tho
Gha
na
Nig
eria
Ind
ia
Se
neg
al
Mya
nm
ar
Pe
ru
Pa
rag
ua
y
Ca
mb
od
ia
Ba
ngla
desh
So
uth
Afr
ica
Ne
pa
l
Colo
mbia
Gua
tem
ala
Pa
kis
tan
Arg
en
tin
a
Perc
en
tag
e
Urban Rural Gap
Case Study: are data prices in South Africa high?
1.13
1.25
1.49
2.08
2.23
2.23
2.28
2.37
2.40
2.46
2.68
2.75
2.79
8.28
Egypt
Namibia
Mozambique
Tunisia
Tanzania
Guinea
Sudan
Rwanda
Brundi
Kenya
Ghana
Uganda
Nigeria
South africa
RAMP Index: benchmarking cheapest prepaid 1GB basket (USD) SA vs Africa’s Top Performers, 2018
Case Study: are data prices in South Africa high?
35th of out of 49 African countries in RAMP Index
Cheapest 1 GB prepaid mobile data: USD 8.28 (ZAR 99)
7 times higher the cost of 1 GB in Egypt (USD 1.13)
Nearly three times the cost of same data in Ghana, Kenya and
Nigeria
Pre-paid markets – very high value low cost products that
make ‘effective’ price much lower
Best value in >10GB products and post paid products that are
not affordable to majority of citizens
Affordability: SA benchmarked against Ghana, Kenya and Nigeria
What factors drive cost?
• exchange rates affect equipment import required for the constantupgrading of mobile networks
• increasing costs of key inputs: power, in particular, has inflationaryeffects on data prices
• some countries don’t release high-demand spectrum to operatorsfor 4G
• high bandwidth services are also not being deployed in the cost-effective manner, which further exacerbate the high cost of data
• regulatory issues: failure of regulators to undertake market reviewsto determine and address dominance in wholesale markets;wholesale facilities and IP transit costs result in high telecom inputcosts for service providers and corporates
• high secondary taxes excise duties prevent reinvestment innetworks; social networking taxes reduce use, revenues, profits andcompany taxes.
Price vs QoS
Comparing apples with oranges
In a regulated data environment a number of other important factors
have to be considered when comparing price:
Licensee obligations – coverage, quality of service
Progress towards policy objectives - policy outcomes
QoS – increasingly important in broadband environment (flip
side of price)
Penetration (access)
Usage (intensity of use)
Even price sensitive users choosing to pay premium for quality
services (or just to get signal in their area).
Throughput adjusted prices
PART II: Digital Transformation
What is the role of technologies?
Pre-conditions to adoption
Regulation – institutions – enabling environment for investment/sector development/new technologies and safe and trusted environment for users
• infostructure, or public key infrastructure - the roles, policies and procedures needed to secure the electronic transfer of information, secure the electronic transfer of information - necessary to use cryptographic tools
Supply side – infrastructure (public and private provisioning)
Demand side – users/citizens - knowledge and skills (human development) • capacity development -use of these multifaceted, complex tools and
management of end user private and public keys eg. Blockchain technology wallets and client software facilitate public key cryptography but users need to manage their private keys and safely store them somewhere.
Critical mass to enjoy networks effects associated with economic growth – improved information flows, reduction in transaction costs, productivity gains
How have the telecommunications market conditions changed?
• Saturated voice markets shifting to data
• Introduction of low-end smart phone driving data
• Declining revenue from traditional services
• Operators face becoming ‘dumb pipes’
• Multiple new business models emerging from data competition to retain and attract new customers
• Zero-rated services, social media bundles, blended bundles, build-your-own-bundle.
• Multiple user strategies to access and use Internet – substituted voice and text data services, public wi-fi for updates, U-tube.
• More users, more devices, more services, more demand.
18
19
OTT impact of international voice traffic
Related evolving technologies with development potential (maybe):
• IoT
• Cloud services
• Artificial intelligence/machine learning
• Drones
• Blockchain
• Additive manufacturing (e.g. 3D printing)
© After Access. All Rights Reserved. Proprietary and Confidential
43%
23%
6%
36%
16% 18% 19%
8%12%
3%
15%
5% 7%3% 2% 3%
Argentina Colombia South Africa Peru Paraguay Guatemala India Nigeria Pakistan Bangladesh Ghana Cambodia Kenya Tanzania Rwanda Mozambique
Trading or E-commerce apps (selling and buying online e.g. ebay)
Use of trading & transport apps: Best performance from Latin American
countries. Ghana outl ier (good performance) in Afr ica
18
Q: Are you using these types of Mobile apps on your phone?
31%
15%8%
35%
10%
22%17%
5%
17%
2%10%
1%6%
3% 4% 4%
Argentina Colombia South Africa Peru Paraguay Guatemala India Nigeria Pakistan Bangladesh Ghana Cambodia Kenya Tanzania Rwanda Mozambique
Mobile app usage (% of aged 15-65 feature or smartphone owners)
Transport apps (public transportation info, taxis, Uber)
Base Argentina Colombia South Africa Peru Paraguay Guatemala India Nigeria Pakistan Bangladesh Ghana Cambodia Kenya Tanzania Rwanda Mozambique
Feature or smartphone owners 982 1,020 1,552 972 809 846 1,397 795 571 936 458 878 1,074 789 660 667
© After Access. All Rights Reserved. Proprietary and Confidential
Overall, higher use of transport and trading apps in urban areas
19
Q: Are you using these types of Mobile apps on your phone?
30%33%
27%
11% 10%
4%
36%
28%
11%7%
24%20%
23%
11%6% 5%
20%
14%
4%2%
9% 11%
3%0%
16%
2%
8%
0%5% 3% 5% 3%
Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural
Argentina Colombia South Africa Peru Paraguay Guatemala India Nigeria Pakistan Bangladesh Ghana Cambodia Kenya Tanzania Rwanda Mozambique
Mobile app usage (% of aged 15-65 feature or smartphone owners)
Transport apps (public transportation info, taxis, Uber)
BaseArgentina Colombia South Africa Peru Paraguay Guatemala India Nigeria Pakistan Bangladesh Ghana Cambodia Kenya Tanzania Rwanda Mozambique
Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural
Feature or
smartphone owners954 28 755 265 919 633 825 147 578 231 362 484 711 686 575 220 272 299 417 519 332 126 465 413 678 396 555 234 443 217 498 169
43%
26%
36%
19%
7%2%
39%
21% 20%
7%
22%
15%
24%
14%12%
4%9%
14%
4%2%
16%11% 12%
3%
17%
2%8%
0%5%
1%5%
2%
Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural Urban Rural
Argentina Colombia South Africa Peru Paraguay Guatemala India Nigeria Pakistan Bangladesh Ghana Cambodia Kenya Tanzania Rwanda Mozambique
Trading or E-commerce apps (selling and buying online e.g. ebay)
PART III
Measuring readiness for the digital economy?
Research on Africa Digital Economy and Society to Inform Digital Policy
RAMP/Supply side admin data
Internet measurements
CMM for NationsIC
T
indic
ators
Policy
and
Reg
ula
tory
A
nal
ysi
s
C3SAUCT GCSCCNUPI
Africa Digital Policy Project (ADPP)
Policy papers
RANITP Technical assistance Capacity Building
Outp
uts
Policy briefs
Academic papers
Reports Op-ed Blogs
Outc
om
es
Broadened digital policy horizons, policy capacity, & policy regimes
LIRNEasia DIRSI
MicrosoftEU/AU
CAfDB WB
AfriNIC
UCTITU
Building public good data
Diagnostic framework for ICT sector performance
Source: RIA, 2018Cyber Maturity
7 SDG ICT indicators, 6 targets under SDG Goals 4, 5, 9,17
Target 4a: Proportion of schools with access to computers for pedagogical purposes
Target 4.4: Proportion of youth/adults with ICT skills, by type of skills
Target 5b: Proportion of individuals who own a mobile telephone, by sex (ITU)
Target 9c: Percentage of the population covered by a mobile network, broken down by technology (ITU)
Target 17.6: Fixed Internet broadband subscriptions, broken down by speed (ITU)
Target 17.8: Proportion of individuals using the Internet (ITU)
We do not have the official data to know our progress
ICT indicators related to other indices’ rankings
Rankings ICT indicators
ADI 2017/61
3iIDI 2017
/176NRI -2017
/139MCI score
1GB Prepaid data USD
Active SIM cards per 100
Internet subscribers
per 100
Ghana 26 60 116 102 52,7 2.24 128 35
Kenya 30 57 138 86 51 2.94 82 26
Lesotho 133 115 44 5,07 107 27
Mozambique 45 80 150 123 31 2,01 40 18
Nigeria 13 56 143 119 45,9 2.80 83 26
Rwanda 21 76 153 80 40 2.39 75 20
Senegal 47 69 142 107 37,3 6,35 99 26
South Africa 22 39 92 65 59,9 7,84 162 54
Tanzania 39 67 165 126 39,4 2.25 72 13
Uganda 32 75 152 121 36,5 2.77 55 22
SourcesA4AI, 2017
EIU, 2018
ITU,2017
WEF,2016
GSMA, 2016RAMP Index (Q3
2017)ITU, 2016a ITU, 2016a
Supply vs Demand-side indicators: What’s the story?
29
86.9 83.873.9
63.358.5
48.239.7
80.4
147.1135.8
8372.1 74.9
52.1
0.00
0.20
0.40
0.60
0.80
1.00
1.20
1.40
1.60
1.80
0
20
40
60
80
100
120
140
160
Kenya South Africa Ghana Nigeria Tanzania Rwanda mozambique
RIA ITU Mean SIM card ownership
Supply-sideAdministrative Indicators
Mobile Market Share
16 15 1619
23 23
17 17
37 37 3735 34 34 35
31
1 2 2 2 3 3 4 5
47 4745 44
40 4044
47
2010 2011 2012 2013 2014 2015 2016 2017
Cell MTN Telkom Vodacom
Source: GSMA, 2017, in RIA, 2018
SA’s mobile operator average revenue per users (ARPUs)
5.79
4.925.30 5.21
6 6 6
7
10
7
8
7
2.75
5.5
8.25
11
2014 2015 2016 2017
Cell C MTN Telkom Vodacom
Pricing strategy and competition
90
112.5
135
157.5
180
202.5
Q2 2014 2015Q1 Q4 2015 2016Q3 Q2 2017 Q1 2018
Cell C MTN Vodacom Telkom
1GB prepaid mobile data prices for South African operators
Mobile operator investments
OPERATORS’ CAPITAL EXPENDITURES (ZAR BILLIONS)IN 2017/18
Source: Operators’ annual reports, 2017
11.508.90
3.40
MTN Vodacom Cell C
Mobile operators have made
significant network infrastructure
investment to be able to carry vast
volumes of data.
Vodacom coverage- 3G - 99.97%,
4G (80%)
MTN coverage- 3G - 98%, 4G (80%)
Competition in the mobile market is
no longer about pricing only, quality
is more critical especially in the data
market.
Big operators are likely to win this
battle as they are able to re-invest
revenues gained from their large
market shares
Demand-SideICT access and use
ICT: a central part of the everyday lives of people, firms and governments
As more people become connected (enjoy the benefits), is equality improving?
Connectivity: necessary condition for digital participation, but is it sufficient to transform African countries into digital economies and societies?
What challenges emerge after connectivity is achieved?
36
After Access?
Not shown in slides: Sri Lanka, Senegal, Uganda & Ecuador Surveys just completed/surveys about to start/data being analyzed Watch www.afteraccess.net
After Access Surveys
Nationally representative surveys of ICT access and use by households & individuals aged 15-65
18 developing countries; Data represents 30% of the global population; 28,900 face-to-face interviews; +/-3 margin of error
86%
73%
53%
73%
63% 65%
19%
30%
17%
26%
13%
36%
26%
15%9% 10%
Arg
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Co
lom
bia
So
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Afr
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Pe
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Pa
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Gu
ate
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Ind
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Nig
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Pa
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Gh
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Ban
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Ca
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Ke
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Ta
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Rw
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Mo
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Internet use GNI per capita
Internet use vs GNI PP
91%
75%
83% 84%
89% 88%
61%63%
57%
74% 74%
79%
68%
87%
78%
61%
49% 48%
40%
86%
73%
53%
73%
63%65%
19%
29%
17%
28%
13%
32%36%
27%31%
14% 14%
9% 10%
0%
25%
50%
75%
100%
0
5000
10000
15000
20000
Arg
entina
Colo
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ia
Sou
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Peru
Para
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Gua
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Ind
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Nig
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Pakis
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Gh
ana
Ban
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Lesoth
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Cam
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Ke
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Sen
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Mozam
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GN
I p
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cap
ita v
alu
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Mobile phone ownership
Internet use
GNI per capita, PPP (constant 2011 international USD)
Smartphone penetration aligned with Internet penetration
40
Smartphones are the major drivers of Internet in Africa
Countries that have high GNI per capita have high smartphone penetration
Rwanda has the least smartphone penetration and Internet use
Major barrier to adoption in rest of Africa
Barriers to Internet use
No access devices
Don’t know what the
Internet is
Don’t know how to use the
Internet
No interest/not
usefulToo expensive
Ghana 22% 43% 14% 9% 2%
Kenya 21% 27% 12% 26% 4%
Lesotho 13% 53% 13% 13% 1%
Mozambique 76%-
14% 3% 1%
Nigeria 13% 40% 22% 10% 4%
Rwanda 42% 9% 3% 4% 33%
Senegal 16% 50% 13% 9% 1%
South Africa 36% - 9% 16% 15%
Tanzania 64% 1% 13% 15% 2%
Uganda 51% 23% 12% 4%
Affordability is the main obstacle to South Africans trying to get online
Ownership and use of ICTs by income: Zoom into South Africa
Significant gender gaps:Rwanda and Mozambique significant gender gap of 37% in mobile phone
ownership and 60% and 50% respectively for internet useSouth Africa’s gender gap: 12% in internet use and -4% in mobile phone
ownership
Mobile ownership, smart phone ownership and internet use gender difference
(Digital) inequalities
Gender
Location
Source: 2017 #AfterAcces surveys
Barriers by gender and by location
Rural Urban
National Male Female National Male Female
Do you own a mobile phone?
59 65 53 80 85 76
Is your mobile phone a
smartphone?19 22 15 43 45 41
Do you know what the Internet is?
41 49 33 67 74 61
Have you ever used the Internet?
17 22 12 43 52 35
Do you use social media?
15 20 11 40 49 33
In Africa the cost of devices is the primary barrier for those who are not connected, while for those who are connected the reason for low usage or being offline, even if they have
Internet-enabled devices, is the price of data services.
2017 #AfterAccess survey data
Cyber-incidents
0
710
1215
34
54
Level of education of cyber-incidents victims (%)
10
11 11
14
15 15
Have you ever experience cyber-incidents? (% of Internet users)
Broadband performance measurements
Macroscopic view of the network topology
Routing table, RouteViews, Routing stability, Traceroute
Performance Measurements
Reachability and latency
Identify bottlenecks
Application level measurements
Usage and Quality of Experience (QoE)
National regulatory requirements (FCC and Ofcom)
African regulators?
Data sources
Country level latency
Median–country level delays
Download speed in ZA vs Rest of the Continent (Speedchecker)
Challenges
Methodological
Data availabilityResearch capacity
While there is a huge potential for digital impact in Africa, the foundations for digital economy need to be put in place in many countries.
Supply-side indicators/indices such as the ADI, NRI and MCI which base on supply side measurement are more likely to be misleading and therefore policy makers should invest in demand-side indicators to get the up to date and unbiased estimates on Africa’s readiness to participate in the digital economy
In Africa, where the majority of people use multiple SIM cards and devices it is impossible to get unbiased estimates from supply side indicators
The 2017 Research ICT Africa After Access Survey shows that Internet penetration in Africa is very low (28%) for the continent to fully benefit from the digital economy.
Other than focusing on developing and rolling infrastructure, the findings of 2017 RIA After Access Survey show that it is critical for policy makers to develop policies which aim at improving socio-economic factors such as affordability, digital skills, awareness and education
Recommendations
This research is made possible with the support
of
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Visit https://afteraccess.net or www.researchictafrica.net for more information