Capitalize on 4IR Technologies to Deliver on Municipal Mandate · Andile Ngcaba FTTH Africa. 5th...
Transcript of Capitalize on 4IR Technologies to Deliver on Municipal Mandate · Andile Ngcaba FTTH Africa. 5th...
Capitalize on 4IR Technologies to Deliver on
Municipal Mandate
Harness Data Driven Intelligence
Andile Ngcaba
FTTH Africa
5th Generation (5G) Wireless & Mobile Technology Seminar 2
Cloud
• Seminar
series
• Strategy • Training • Design • Plan • Build
Artificial Intelligence Cloud Cyber Security
A-LABS Seminar Series
5th Generation
• Co-creation
5th Generation (5G) Wireless & Mobile Technology Seminar 3
The success of Digital transformation involves
Digital Inclusion.
Leveraging Africa’s demographic dividend. Africa
is the youngest region. By 2055, the continent’s
young population (aged 15-24), is expected to
more than double the 2015 total of 226 million.
It is only by leveraging innovation from SMME,
Start Ups and young Entrepreneurs, Small market
economies and Women enterprises that the
economy can growth and reach its full potential.
Digital Transformation Starts with Digital Inclusion
Transformation
Inclusion
IoT
AI
VR
Cloud
Internet
8K
5th Generation (5G) Wireless & Mobile Technology Seminar 5
0
10
20
30
40
50
60
2016 2017 2018 2019 2020 2021
Exa
byt
es p
er M
onth
4 7 % C A G R 2 0 1 6 -2 0 2 1
7 EB11 EB
17 EB
24 EB
35 EB
49 EB
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Data Driven Municipalities
Emergency Response
Inspections
Safety & Security
Water Management
Travel & Transit
Parking
Energy Management
Fraud Reduction
Procumbent
Human Capital
5th Generation (5G) Wireless & Mobile Technology Seminar 8
Global Context African Context
Aging Population
36.7 % of the world population is estimated
to be 60 years and older by 2050.
Population Growth
Global pop is 7.5 B and is projected to grow
to 9,7bB by 2050. 78% of that growth is
from Asia & Africa Urbanization
Developed regions will have 86.6 percent of
populations living in urban areas-2050
Climate Change
GHG emissions increase by another 50% by
2050.
The World Population Prospects: The 2017 Revision
Young Population
40% of working age population (15-24). 200 M youth in Africa to double by 2045 to 450M African Economic Outlook 2055
Fast Growing Population
Contribute 50% of the 2.4B pop growth by 2050
(1.2 B).
25% world population in 2050. 4.4 Billion people
by 2100
Rapid Urbanization
2050 – 1.5 Billion people living in African Cities
58% African population is in cities.
Cross Border Migration
19M intra-Africa migrants, 17M Africans left and a migration destination for 5.5 million people from other continent
5th Generation (5G) Wireless & Mobile Technology Seminar 9
MEGACITIES 2015-2050
• Today 55% of people live in urban areas
• Account for 70% of economic GDP Globally
• Consume over 60% of Global Energy
• Produce 70% Green House gases (GHG)
• Produce 70% Global waste
• 2050, 50% people will live India, USA, Indonesia,
Pakistan, DRC, Ethiopia, Tanzania, Nigeria and
Uganda.
5th Generation (5G) Wireless & Mobile Technology Seminar 10
Rise of Cities
Opportunities
Improving economic prospects and
quality of life for the majority
Alleviating poverty
Driving innovation and productivity
Working towards social inclusion
Contributing to national and regional
development.
Challenges
Infrastructure – basic needs &
congestion
Health risks
Climate change - pollution
Social instability & Security- civil
unrest
Slums – housing shortage
5th Generation (5G) Wireless & Mobile Technology Seminar 11
.. .
.
Urbanization
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Intersection of Technology, Business Model/Finance & Policy/Regulation
Technology
Regulation& Policy
BusinessModels &Finance
5G
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Components of 5G Network
Beam Forming
Massive MIMO
Duplex
Small cells
SDN
NR
D2D Comm
NFV
vRAN
Dynamic TDD
Wi-fi offloading
Carrier Aggregation
mm wave
High speeds
Low latencies
Greater Mobility
Enhanced reliability
Lower power consumption
Greater terminal device densities
Capabilities
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5G Deployment Strategies
Non-standalone mode (non-SA mode) – where the 5G radio is deployed on an LTE
host network, using an LTE control plane for session management, along with an
LTE core network. It’s thought this will be faster and easier to deploy, 5G can be
launched sooner.
Stand-alone mode (SA mode) – where 5G is deployed without any dependencies on
4G and includes a full system architecture, core network, and control plane. In
many cases, it combines 4G and 5G networks, but a 4G network isn’t required to
deploy SA mode.
5th Generation (5G) Wireless & Mobile Technology Seminar 17
Stand Alone Compared to Non-Stand Alone
Short description Examples
LTE Advanced
Deployment of LTE Advanced
features already in LTE roadmap
defined by 3GPP
Nokia 5G solution for 2017 for last-mile
hop based on MIMO/active antennas and
branded as 5G
New sub-6GHz spectrum
Deployment of LTE Interfaces in
higher bands including unlicensed
spectrum
Vodacom and Huawei achieved 1 Gbps
speed using 5.8 GHz unlicensed band in
June 2016
Use of milimeter wave of spectrum
Use of very high-band spectrum
(>6 GHz to ~100 GHz) in
conjuction with new network
architectures
SK Telecom currently piloting millimeter
wave systems in 28 GHz band under the
brand 5G
Comsol Trial in SOWETO Sept 2018
New-generation wireless system
The new generation wireless
system introducing a step change
in data speed and end-to-end
latency
AT&T, Sprint, and T-Mobile US holding out
on 5G technology until industry standards
are created
4G
5G
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Business Model Canvas in the MNO Environment
Ultra-fast internet
Smart homes
Smart cities
Enhanced gaming
Emergency services
Augmented and virtual reality
Connected cars
Ultra-HD mobile streaming
Automated industry
Customer management
Billing & Charging
Partner settlemets
Order capture & handling
Service orchestration
Self service portal
5G Monetization & Operation
WiFiSmall cell
CBRSmmW
FTTxWiFi
WiFi
Cloud
NFV
SDN
CORD
MEC
vRAN
RADIO ACCESS NETWORK
Use Cases
Business Models
Capabilities
21 Century Cities
Smart
Parking.
Smart
Mobility
.
Smart
Health
Smart
Utility
Smart
Energy
Grid
Smart Security
& Surveillance
.Smart
Housing
Smart
Water
Sustainabilit
y
Food Security
WasteManageme
nte-Waste
EconomicInequality
Substandard
Housing
Urban
Transformati
on
Crime
Patterns
Marginaliz
edPeople
Ecological
Infrastructure &
Climate Change
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Digital Technologies People connect via internet on mobile phones leveraging Cloud processing power,
storage capacity and content.
Potential is multiplied by 5G, artificial intelligence, machine learning, robotics, big
data, internet of things, autonomous vehicles, blockchain.
Artificial intelligence (AI), the Internet of Things (IoT), and blockchain offer
greatest potential of emergency-related data for better decision-making in crises.
AI – Cincinnati Fire Department- prioritize and respond more effectively
IoT - Rio de Janeiro City Hall Operations Center uses sensors to collect real-time
data about weather, traffic, police, and medical services in the city.
Blockchain - Center for Disease Control (CDC) Blockchain Pilot for public health
data surveillance for disaster relief scenarios, including local public health
agencies, hospitals, and pharmacies.
Digital Municipality Partnership
Google as Digital Partner
Waze Connected citizen program – City Townships, Informal Settlements, Suburbs,
Towns, Villages
Partnership with citizens to apply data to solve problems - cheaper than sensors
and cameras
Community Based Traffic and Navigation App
Cloud supported reporting –Traffic, Down Traffic lights, Electricity outage, Smash &
Grab, Driving Burst water pipes, Accident, Hazard, Construction, Potholes,
Accidents, Obstructions, Protests, Holiday time.
Allows people to share real time traffic and road information on a daily basis.
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Waze Partnership
Municipality to Partner with Waze in moving towards smart Municipalities and active citizenry.
Connecting cities and citizens to improve urban mobility, disaster and emergencies management.
Recent applications enable health teams, cities, and counties to respond to emergencies faster and more effectively.
Opportunities to make our emergency management systems more intelligent, secure, and effective.
The Federal Emergency Management Association (FEMA) and the White House used the app following widespread gas shortages due to Hurricane Sandy in 2012.
Municipal
Partner
.
.
.
Data Smart City Use Cases
Data Smart City Use Cases
Data Smart City Use Cases
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Toolz Smart Favelas App
This participative data-production technique also for example enables
women to geographically locate risky places, medical centres and
police stations on an interactive map – a great help given that poverty,
sometimes extreme poverty, is rife in the favelas, which makes them
fertile ground for violence.
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Amber Alert
The AMBER Alert™ Program is a voluntary partnership between law-
enforcement agencies, broadcasters, transportation agencies, and the
wireless industry, to activate an urgent bulletin in the most serious
child-abduction cases. The goal of an AMBER Alert is to instantly
galvanize the entire community to assist in the search for and the safe
recovery of the child.
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Fighting Child Sexual
Exploitation online
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BurningPlatform
Driverless Cars, Drones,
IoT
The Future of the
Industry
Way Leaves, Conduits
and Permits
Smart Cities
Are Local Authorities new policy makers & regulators of the
Sector?
Local Government/Aut
horitiesrole in Digital
Future
Tariffs
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New Business Models & Regulatory Framework
• Local Authorities Trenching policies
• Access to Street Poles and other critical infrastructure for IoT
• Next Gen Infrastructure investment models
• High Capital requirements
• From Gigabit to Terabit Speeds
• Internet to AI• Public Cloud (Compute &
Storage)• Containerization need for
speed and agility. • Scarce Data Science talent
and skills
• Need for Policy and Regulatory Agility
• Convergence DTPS, Dept. of Communication
• SOEs, Information Regulator
• Government role & Private Sector role
.
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Three Layers of Digital Governance
Economic &
Society Layer
Logical Layer
Infrastructur
e Layer
Manufacturing& Trade
Entertainment.
Education Internet of Things
Healthcare
Finance
Economic & Social
Development Information & communicationTechnology
Security.
News & Media
Civil & Human.Rights
Public Sector& Taxation
Root Services Domain Names IP Addresses Protocol ParametersPublic Registry
Identifier
Internet Exchange
Points IXP
Terrestrial
Cables
Undersea
Cables SatellitesWireless
Systems