Towards an understanding of ICT access and use in Africa...Ethiopia 45% 27 39 12 69 101 30 34 3,7...
Transcript of Towards an understanding of ICT access and use in Africa...Ethiopia 45% 27 39 12 69 101 30 34 3,7...
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Towards an understanding of ICT access and use in AfricaCRASA Workshop on NGN Interconnection, Lilongwe, March 2013
Dr. Alison Gillwald Executive Director: Research ICT Africa
Adjunct Professor - University of Cape Town,
GSB, Management of Infrastructure Reform and Regulation Programme
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Network a response to the research
vacuum on the continent in relation to ICT policy
and regulation and dearth of capacity to respond to redress it.
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Context! Demand side indicators as policy outcomes! Market structure and the institutional ! arrangements! Users response to services/applications ! offered by/on networks at particular price and ! quality
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Household & Individual ICT survey‣ Lack of data - decision relevant data for
ICT policy making and regulation
‣ PARTNERSHIP ON MEASURING ICT FOR DEVELOPMENT: delivers all indicators required by the Partnership for household, individuals, and businesses
‣ COST EFFECTIVE: Using Enumerator Areas (EA) of national census sample frames and samples households, small business simultaneously minimizes costs.
‣ SCOPE :Apart from delivering ICT indicators required by international bodies the survey delivers data and analysis for several regulatory functions such as pricing regulation, number portability and universal access.
‣ LINKAGES:explains interactions between households, individuals and informal and small businesses on ICT access and usage.
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Household & individual ICT survey methodology
• Step 2: EAs will be sampled for each stratum using probability proportional to size (PPS).
• Step 3: For each EA two listings will be compiled, one for house-holds and one for businesses. The listings serve as sample frame for the simple random sections.
• Step 4: 24 Households and 10 businesses will be sampled using simple random sample for each selected EA.
• Step 5: From all household members 15 years or older or visitor staying the night at the house one will be randomly selected based on simple random sampling.
HH SampleHH Sample
TotalHH Sample Business Sample
Total
Botswana 900 400 1,300
Cameroon 1,200 500 1,700
Ethiopia 1,600 600 2,200
Ghana 1,200 500 1,700
Kenya 1,200 500 1,700
Mozambique 1,200 500 1,700
Namibia 900 400 1,300
Nigeria 1,600 600 2,200
Rwanda 1,200 500 1,700
South Africa 1,600 600 2,200
Tanzania 1,200 500 1,700
Uganda 1,200 500 1,700
Tunisia 1,200 500 1,700
Total 15,300 6,200 21,500
Sample SizeThe desired level of accuracy for the survey was set to a confidence level of 95% and an absolute precision (relative margin of error) of 5%. The population proportion P was set conservatively to 0.5 which yields the largest sample size (Lwanga & Lemeshow, 1991). The minimum sample size was determined by the following equation (Rea & Parker, 1997):
n =Z
ap(1 ! p)
Cp
"#$
%&'
2
=1.96 0.5(1 ! 0.5)
0.05
"#$
%&'
2
= 384
Inserting the parameters for the survey yields the minimum sample size for simple random sampling. Due to the sampling method chosen for the survey the minimum sample size has to be multiplied by the design effect variable (Lwanga & Lemeshow, 1991). In the absence of empirical data from previous surveys that would have suggested a differed value, the default value of two was chosen for the design effect (UNSD, 2005). This yields then a minimum sample size of 768 per country for households and individuals. The actual sample size for countries is slightly larger than the minimum requirement to compensate for clustering effects and have a wide enough spread of EAs through out a country. For the businesses a design effect of 1 is assumed leading to a minimum sample of 384 businesses for each country.
Survey Characteris-tics
Household & Indi-viduals
Businesses
Target PopulationAll households
Individuals 15 years or older.
all businesses
Domains 1 = national level1 = national levelTabulation groups Urban, Rural NationalOversampling Urban 60% Rural 40%Urban 60% Rural 40%Clustering Enumerator Areas (EA) national Census Enumerator Areas (EA) national Census None Response Random substitutionRandom substitutionSample Frame Census sample from from NSOCensus sample from from NSOConfidence Level 95% 95%Design Factor 2 1Absolute precision 5% 5%Population Proportion 0.5, for maximum sample size0.5, for maximum sample sizeMinimum Sample Size 768 384
WeightingFour weights will be constructed, for households, individuals, small businesses and public institutions. The weights are based on the inverse selection probabilities1 and gross up the data to national level when applied.
Household weight: HHw = DW1
PHH *PEA
Individual weight: INDw = DW1
PHH *PEA *PI
Business Weight: Busw = DW 1PBus *PEAI
Household Selection Probability: PHHw =n
HHEA
EA Selection Probability: PEAw = mHHEA
HHSTRATA
RESEARCH ICT AFRICA
2! 2011 Brief Survey Methodology
1 See UNSD (2005) page 119 for a detailed discussion on sampling weights.
2012 COUNTRIESBotswanaCameroonEthiopiaGhanaMozambiqueNamibiaNigeriaSouth AfricaRwandaTanzaniaUganda
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Census and RIA national ICT surveyCensus DataCensus Data RIA Survey DataRIA Survey Data
2006 2011 2007 2011
Households with Fixed Line 18,5% 14,5% 18,2% 18,0%
Households with Computer 15,6% 21,4% 14,8% 24,5%
Household with Radio 76,5% 67,5% 77,7% 62,3%
Households with Television 65,5% 74,5% 71,1% 78,2%
Households with Internet 35,2% 4.8% (Household)15.0% (Individual)
19.7% (Household)33.7% (Individual)
Cellphone Ownership 72,7% 88,9% 62,1% 84,2%
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Africa’s Digital DivideHousehold data analysis
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ICT Access and Usage 2011 Survey
General sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individualGeneral sample statistics of randomly selected individual
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Botswana 59% 270 340 222 460 579 378 34 48,4 52,4 45,6
Cameroon 52% 72 94 52 145 189 104 33 10,9 10,8 10,9
Ethiopia 45% 27 39 12 69 101 30 34 3,7 4,3 3,0
Ghana 55% 87 117 63 183 244 134 34 29,4 35,5 24,5
Kenya 62% 85 119 64 154 214 116 28 44,5 57,6 36,4
Namibia 57% 194 279 130 270 387 181 40 56,3 51,1 60,3
Nigeria 47% 102 151 47 171 252 78 34 30,5 39,8 20,0
Rwanda 50% 28 36 21 57 72 42 30 16,3 17,4 15,2
South Africa 54% 402 617 221 595 914 328 36 58,9 62,7 55,7
Tanzania 54% 35 45 26 89 115 68 34 6,2 7,4 5,1
Uganda 44% 52 59 42 126 144 102 31 15,2 18,7 10,7
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Table 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statisticsTable 2 – Gender disaggregated educational sample statistics
Highest Education: TertiaryHighest Education: TertiaryHighest Education: Tertiary Highest Education: SecondaryHighest Education: SecondaryHighest Education: Secondary Highest Education: PrimaryHighest Education: PrimaryHighest Education: Primary
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Botswana20,5% 21,9% 19,4% 53,9% 53,9% 54,0% 18,7% 19,3% 18,2%
Cameroon 7,4% 8,6% 6,2% 22,8% 19,2% 26,2% 30,6% 30,7% 30,6%
Ethiopia 2,1% 2,4% 1,8% 1,8% 1,3% 2,4% 13,1% 16,4% 8,9%
Ghana 10,5% 15,8% 6,2% 36,6% 38,9% 34,8% 27,3% 25,3% 28,9%
Kenya 26,2% 32,7% 22,3% 41,4% 41,1% 41,7% 27,4% 22,8% 30,2%
Namibia 7,1% 8,4% 6,1% 27,8% 24,3% 30,4% 45,2% 42,4% 47,4%
Nigeria 14,8% 19,5% 9,6% 37,8% 40,3% 34,9% 18,7% 18,1% 19,3%
Rwanda 1,2% 1,7% 0,7% 15,3% 16,8% 13,7% 58,4% 59,4% 57,4%
South Africa 13,3% 18,0% 9,1% 65,3% 65,8% 64,8% 17,0% 13,2% 20,2%
Tanzania 1,4% 1,5% 1,2% 11,1% 14,9% 7,8% 72,0% 73,3% 70,9%
Uganda 9,1% 11,2% 6,3% 29,9% 33,3% 25,6% 44,2% 44,6% 43,7%
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Percentage of households with electricity still very low in many African countries, some even saw a decline
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Ethi
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Tanz
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Nam
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Nig
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Bots
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Keny
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Gha
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Sout
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rica
89%
73%
65%60%60%58%
42%
19%18%16%13%
77%
63%57%
47%48%45%
13%
5%10%
2007/8 2011/12
46,6% average
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Radio still main source of informationTV luxury good in several countries
Kenya
Uganda
Rwanda
Namibia
Ghana
Nigeria
Botswana
Tanzania
South Africa
Ethiopia
Cameroon 34%
41%
62%
63%
66%
70%
72%
72%
72%
77%
81%
Households with Radio
South Africa
Botswana
Kenya
Ghana
Nigeria
Cameroon
Namibia
Tanzania
Uganda
Ethiopia
Rwanda 9%
10%
13%
18%
41%
44%
53%
54%
54%
59%
78%
Households with TV
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Share of households with fixed-lines
South Africa
Namibia
Botswana
Ethiopia
Ghana
Kenya
Cameroon
Tanzania
Uganda
Rwanda
Nigeria 0,3%
0,2%
1,5%
0,4%
2,2%
0,6%
1,8%
4,0%
15,0%
11,5%
18,0%
0,1%
0,3%
0,9%
1,8%
2,3%
2,6%
7,6%
11,0%
17,4%
18,2%
2007/8 2011/12
Fixed-lines in decline except Botswana,
Cameroon, Uganda and Rwanda
High MTR = active contribution to fixed-mobile substitution
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South AfricaNamibiaSenegal
BotswanaEthiopia
Côte d'IvoireBurkina Faso
BeninGhana
Zambia*Kenya
CameroonMozambique
TanzaniaUgandaRwanda 0,1
0,30,9
1,71,82,32,42,6
4,64,74,8
7,611
11,717,4
18,2
High MTR = active contribution to fixed-mobile substitution
% of households with a working Fixed-line TELEPHONE at home
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Share of households with a working computer
South AfricaBotswana
NamibiaKenya
CameroonGhanaNigeria
UgandaRwandaTanzaniaEthiopia 0,7%
1,6%
2,0%
2,2%
6,6%
8,5%
8,6%
12,7%
14,7%
15,7%
24,5%
Share of households with a working Internet connection
South AfricaKenya
NamibiaBotswana
NigeriaGhana
CameroonUganda
TanzaniaRwandaEthiopia 0,5%
0,7%
0,8%
0,9%
1,3%
2,7%
3,4%
8,6%
11,5%
12,7%
19,7%
Less than a quarter of households have a computer and even fewer Internet access
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Individual Access and Usage
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South Africa
Kenya
Namibia
Botswana
Ghana
Nigeria
Tanzania
Rwanda
Uganda
Cameroon
Ethiopia 7%
15%
15%
19%
19%
23%
29%
30%
31%
32%
51%
15+ Own a mobile that is capable of browsing the
Internet15+ Own a mobile
South Africa
Botswana
Kenya
Nigeria
Ghana
Namibia
Uganda
Cameroon
Tanzania
Rwanda
Ethiopia 18%
24%
36%
45%
47%
56%
60%
66%
74%
80%
84%
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Up to a two line subtitle, generally used to describe the takeaway for the slide
Means of sending and receiving money that the business usesMeans of sending and receiving money that the business usesMeans of sending and receiving money that the business usesMeans of sending and receiving money that the business usesMeans of sending and receiving money that the business usesMeans of sending and receiving money that the business uses
Mobile Money
Post Office Western Union etc
Banks send cash with someone
UgandaTanzaniaRwandaEthiopiaGhanaCameroonNigeriaNamibiaBotswana
16% 1% 2% 17% 81%14% 0% 0% 5% 93%
8% 0% 1% 10% 70%0% 0% 0% 5% 55%0% 1% 1% 12% 54%0% 1% 26% 4% 75%0% 0% 0% 11% 77%1% 25% 1% 41% 86%2% 16% 3% 27% 73%
sending cash with someone preferred way of sending money
Some mobile money use in East Africa19
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Internet Access & Usage
20
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Ethiopia
Tanzania
Rwanda
Uganda
Ghana
Cameroon
Namibia
Nigeria
Kenya
Botswana
South Africa 15%
6%
15%
9%
13%
6%
2%
2%
2%
1% Internet use (15+)
more than doubled within 4
years
34%
29%
26%
18%
16%
14%
13%
8%
6%
4%
3%
2007/8 2011/12
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South AfricaKenya
NamibiaBotswana
NigeriaRwanda
GhanaCameroon
UgandaTanzaniaEthiopia 5%
5%8%8%
13%15%16%
23%24%25%
28%
Using mobile to browse the Internet
How is this different from ICT access and
usage in mature economies?
South AfricaKenya
BotswanaNamibiaNigeria
RwandaGhana
CameroonUganda
TanzaniaEthiopia 10%
5%6%
4%10%
13%15%
12%17%
20%17%
Using mobile for emailingUsing mobile for Facebook etc.South Africa
KenyaBotswana
NamibiaNigeria
RwandaGhana
CameroonUganda
TanzaniaEthiopia 2%
5%7%8%
11%14%
16%17%18%
25%25%
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Daily Internet use increased dramatically in past 4 years
South Africa
Kenya
Namibia
Ghana
Botswana
Tanzania
Ethiopia
Uganda
Nigeria
Rwanda
Cameroon 19%
57%
34%
28%
47%
52%
55%
43%
59%
53%
64%
11%
11%
13%
15%
15%
19%
31%
32%
35%
41%
56%
2007/82011/12
ga
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Internet access:2007/08 VS 2011/12
Ethiopia
Tanzania
Rwanda
Uganda
Ghana
Cameroon
Namibia
Nigeria
Kenya
Botswana
South Africa 33,7%
29,0%
26,3%
18,4%
16,2%
14,1%
12,7%
7,9%
6,0%
3,5%
2,7%
15,0%
5,8%
15,0%
8,8%
13,0%
5,6%
2,4%
2,0%
2,2%
0,7%
2007/8 2011/12
Internet access double in three years
ga
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Frequency of Internet daily use:2007/08 VS 2011/12
South Africa
Kenya
Namibia
Ghana
Botswana
Tanzania
Ethiopia
Uganda
Nigeria
Rwanda
Cameroon 19%
57%
34%
28%
47%
52%
55%
43%
59%
53%
64%
11%
11%
13%
15%
15%
19%
31%
32%
35%
41%
56%
2007/8 2011/12
ga
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Where was the Internet used first?
Cameroon
Rwanda
Botswana
Ghana
Kenya
South Africa
Namibia
Tanzania
Nigeria
Ethiopia
Uganda 71,8%
66,7%
54,8%
54,2%
49,9%
34,9%
31,1%
29,5%
29,4%
29,2%
17,9%
28,2%
33,3%
45,2%
45,8%
50,1%
65,1%
68,9%
70,5%
70,6%
70,8%
82,1%
Computer Mobile phone
ga
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Where the Internet was used in past 12 months
Cam
eroo
n
Gha
na
Bots
wan
a
Sout
h Af
rica
Rwan
da
Tanz
ania
Nig
eria
Keny
a
Ethi
opia
Uga
nda
Nam
ibia
23%
74%
42%
72%
45%
63%50%
33%
58%85%
80%
36%51%
21%39%
20%24%31%
21%32%51%
20%
48%55%17%31%29%45%52%36%51%
35%
10% 87%81%81%78%75%75%71%71%64%61%30%
Mobile phone Work Place of education Internet cafe
ga
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Internet Access ModelsOld Internet New Internet
Hardware
Billing
Skills requirement
Electricity
Location
Computer / Laptop MobilePostpaid (monthly Internet
subscription) Prepaid
High (Windows + Internet explorer +
Viruses)Low
electricity mostly required at location of Internet use no required at home
Work, school, Internet cafe Anywhere
Implications for interconnection
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Conclusions‣ The mobile is closing the voice and the data gap in Africa
‣ First wave of Internet access through PCs and fixed-line /modem dial-up. Mostly through work, school or public access (Internet cafes)
‣ Second wave is through mobile phones- Easier to use- Cheaper equipment compared to computers- Prepaid (modem dial-up was postpaid)- No electricity at home needed
‣ Internet enabled mobile phones, low bandwidth applications, and social networking are the key drivers
‣ Mobile Internet reduces the cost of communication: Facebook Zero, whatsapp, Mixit
‣32
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International bandwidth no longer a problem... electricity and backhaul national networks are....
South Africa
Ghana
Cameroon
Botswana
Kenya
Nigeria
Namibia
Tanzania
Ethiopia
Rwanda
Uganda 13%
16%
18%
19%
42%
58%
60%
60%
65%
73%
89%
HH connected to main electricity grid
South Africa
Botswana
Namibia
Ethiopia
Cameroon
Ghana
Uganda
Kenya
Tanzania
Nigeria
Rwanda 0,2%
0,3%
0,4%
0,6%
1,5%
1,8%
2,2%
4,0%
11,5%
15,0%
18,0%
HH with landline
Country ISP TechnologyProduct
nameDownstream bandwidth
Usage cap
Monthly cost (US$) Notes
India MTNL ADSL TriB 49 2 Mbps 200 MB 0,88 Speed reduces to 512Kbps after exceeding the usage cap + Additional charge INR1.00 per MB after exceeding usage cap
Sri Lanka SLT ADSL Entrée 2 Mbps 2.5 GB 3,78
Mexico Cablevision CableIntense 3.0
Mbps3 Mbps 10,56 Installation charge for the internet only package is taken as the connection
charge
South Africa MWEB ADSL Capped ADSL 384 Kbps 1 GB 17,55 Modem cost from ZAR 369 onwards, excludes voice line rentals.
Kenya TelkomKenya ADSL Surf and Talk 256 Kbps 34,99 The cost of Livebox+Panasonic Handset is taken as the modem cost
Cameroon Ringo Fibre Fibre Ringo 1 Mbps 47,29 XAF95000 is the charge for equipment and installation cost.
Uganda Uganda Telecom ADSL 64 Kbps 90
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19
Figure 6: Conceptual framework for business modeling
Apple relies on its own hardware and operating system as well as its own application store. A credit card is required to register for iTunes, which disqualifies this configuration for the BoP. The price of an iPhone includes the operating system. Operating upgrades are free, unlike those for computers and laptops. Apple takes a 30 percent cut of applications sold in its App Store.
Google has a different combination. It offers an open-source operating system, leaving hardware development, production and sales to companies like HTC and Samsung. Some apps can be downloaded simply by registering (i.e., without requiring a credit card as iTunes does), which makes the Google configuration a potential candidate for the BoP. Some applications require payment through Google wallet, which can be loaded via credit card but also may be loaded by other forms of payment. Google has several revenue sources: paid applications, advertising and in-app purchases (Google charges app developers 30 percent of the revenues from in-app purchases, like Apple).
Facebook, like Mxit, has a platform that sits on top of operating systems such as iOS and Android. Unlike Mxit, however, Facebook is only available on computers and smart phones. (Facebook does have a product called Facebook Zero that works on feature phones, but this scaled-down version of Facebook does not offer app purchases). In South Africa, Facebook allows app purchases by charging a user’s prepaid airtime account. This is available with Cell C, Vodacom and MTN.
The Mxit model is also different in that it is available across all hardware and operating system combinations, from basic phones (via Unstructured Supplementary Service Data, or USSD) through smart phones (via an Android and an iOS App). Mxit also offers its own currency called Moola, which users can purchase with airtime or through their accounts with First National Bank or Standard Bank. Though Mxit has more users at the BoP at present, Facebook is relatively popular among the BoP, and many who cannot access it aspire to do so.
iOS
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Up to a two line subtitle, generally used to describe the takeaway for the slide
See www.researchICTafrica.net
This research is made possible with generous
support of
35