Conference of Mr. Georges Mokhbat at 14th Diada de les Telecomunicacions de Catalunya
The new role of Governments in deregulated telecom markets. Who is responsible for “Digital Highways”
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- Approach, methodology, deliverables and timescales.
- Database of network sharing deals.
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The Data Tsunami - Spectrum Allocation, Infrastructure Sharing and Industry C...Coleago Consulting
Chris Buist's presentation to the TMT Finance and Investment MENA Forum in Dubai, May 2014:
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Best practice spectrum auction workshop, Tanzania 26 May 2015Coleago Consulting
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The October 2016 spectrum auction in India ended in failure as none of the 700MHz spectrum was sold. ICT development failure as none of the 700MHz spectrum was sold rusulting in negative consequences for mobile users, a blow to ICT development in India and failure to deliver National Telecoms Policy 2012. The auction also failed in fiscal terms because of its failure to reach the revenue target from the sale of spectrum. Based on advice from TRAI, the Government of India planned to raise Rs 536,239 crores (US$ 80 bn) but only raised Rs 65,789 crores (US$ 10 bn).
Spectrum Workshop - Issues and challenges in spectrum allocations and spectru...Coleago Consulting
Stefan Zehle, CEO Coleago Consulting discusses issues and challenges in spectrum allocations and spectrum valuation. Find out more on www.Coleago.co.uk
The Data Tsunami - Spectrum Allocation, Infrastructure Sharing and Industry C...Coleago Consulting
Chris Buist's presentation to the TMT Finance and Investment MENA Forum in Dubai, May 2014:
Mobile data traffic is doubling every two years, driven by smartphones and LTE. EBITDA will be squeezed and ROI will fall unless operators act now to increase capacity and bandwidth to respond to demand. Network sharing and industry consolidation will change the face of the industry. Coleago helps operators respond to these challenges.
Best practice spectrum auction workshop, Tanzania 26 May 2015Coleago Consulting
Best practice spectrum auction workshop held in Dar es Salaam, Tanzania organised by the Telecommunications Regulatory Authority of Tanzania and the GSMA.
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The October 2016 spectrum auction in India ended in failure as none of the 700MHz spectrum was sold. ICT development failure as none of the 700MHz spectrum was sold rusulting in negative consequences for mobile users, a blow to ICT development in India and failure to deliver National Telecoms Policy 2012. The auction also failed in fiscal terms because of its failure to reach the revenue target from the sale of spectrum. Based on advice from TRAI, the Government of India planned to raise Rs 536,239 crores (US$ 80 bn) but only raised Rs 65,789 crores (US$ 10 bn).
Spectrum Workshop - Issues and challenges in spectrum allocations and spectru...Coleago Consulting
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TIA experts, including featured guest, former FCC Commissioner Harold Furchtgott-Roth, analyze FCC Chairman Julius Genachowski's proposal to reclassify broadband as a Title II service under Telecommunications Act. Watch webinar: http://www.brighttalk.com/webcast/21172
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Whatare the key regulatory issues?
Which technology options could embrace carriers to deploy Mobile TV?
What arethe applied business models?
What arethe lessons learnt from first rollout cases?
What is the outlook for different stakeholders?
Status Quo of Telco Players Initiatives in Africa
Quintessence of the ICT Value Proposition
Paradox of Quasar Contenders and Their shortcoming
Conundrum of Real Options as Strategic Portfolio
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Martin Cave of the Warwick Business School discusses how policymakers in communications should react in the credit crunch as broadband infrastructure projects require investment
Key points
•
From mobile voice to mobile everywhere7
1. LTE global success
•
LTE subscriptionsdistribution (Q4 2017 –Q4 2021)9
•
Breakdown of mobile customers by country and technology, end-20169
•
China Mobile LTE capexand LTE coverage10
•
Outdoor LTE coverage10
•
≥ 500 Mbps LTE-Advanced networks launched11
•
MNOs ranking by subscriber numbers, end-June 201712
•
Subscriber numbers in leading countries12
•
5G usage scenarios13
•
5G Performance Objectives14
2. 5G
•
5G timeline16
•
5G subscribers by region in 202517
•
5G subscribers forecasts17
•
5G widespread technology enablers18
•
Three scenarions for 5G monetisation, MNO’s view19
3. More spectrum for LTE upgrades and 5G
•
IMT bands, below 6 GHz22
•
IMT bands, above 6 GHz23
•
Potential5G bands worldwidein the 20-45 GHz range24
•
Price of premium licences/spectrum per MHz per pop., for 10 years25
•
Price of 700 MHz licences/spectrum per MHz per pop., for 10 years25
Recent research and the current scenario as well as future market potential of "The 5G Wireless Ecosystem: 2015 - 2025 - Technologies, Applications, Verticals, Strategies & Forecasts" globally.
Case study on merger of Vodafone and Idea (VI).pptxAnkitscribd
This presentation focuses on the merger of two telecommunication Companies in India. The Vodafone and Idea (an Indian Telecom company) decided to merge due to tough competition and continued decreasing market share in Indian Telecom sector.
Gabrielle Gauthey of Alcatel-Lucent reviews and compares regulatory initiatives and experiences concerned with broadband deployments around the world and particularly between the US and Europe and predicts outcomes
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AIRESS has an amazing market because is the right complement to a defibrillator (DEA). 300 units per 100K inhabitants is the ratio of DEAS deployed, for example, in Japan and US
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David Steen presentation at Abat Oliba University about the evolution of the telecom technology and the telecom industry.
VII Society of Communications Technology Consultants International conference at Barcelona during MWC24
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Agustin Argelich's presentation at Abat Oliba University in Barcelona about the 5+1 indicators of the methodology of the think tank Intelligent Community Forum to build prosperous societies.
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## Understanding Internet Security
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### Key Components of Internet Security
1. **Confidentiality**: Ensuring that information is accessible only to those authorized to access it.
2. **Integrity**: Protecting information from being altered or tampered with by unauthorized parties.
3. **Availability**: Ensuring that authorized users have reliable access to information and resources when needed.
## Common Internet Security Threats
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### Malware
Malware, or malicious software, is designed to harm, exploit, or otherwise compromise a device, network, or service. Common types of malware include:
- **Viruses**: Programs that attach themselves to legitimate software and replicate, spreading to other programs and files.
- **Worms**: Standalone malware that replicates itself to spread to other computers.
- **Trojan Horses**: Malicious software disguised as legitimate software.
- **Ransomware**: Malware that encrypts a user's files and demands a ransom for the decryption key.
- **Spyware**: Software that secretly monitors and collects user information.
### Phishing
Phishing is a social engineering attack that aims to steal sensitive information such as usernames, passwords, and credit card details. Attackers often masquerade as trusted entities in email or other communication channels, tricking victims into providing their information.
### Man-in-the-Middle (MitM) Attacks
MitM attacks occur when an attacker intercepts and potentially alters communication between two parties without their knowledge. This can lead to the unauthorized acquisition of sensitive information.
### Denial-of-Service (DoS) and Distributed Denial-of-Service (DDoS) Attacks
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Wireless communication involves the transmission of information over a distance without the help of wires, cables or any other forms of electrical conductors.
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Features of Wireless Communication
The evolution of wireless technology has brought many advancements with its effective features.
The transmitted distance can be anywhere between a few meters (for example, a television's remote control) and thousands of kilometers (for example, radio communication).
Wireless communication can be used for cellular telephony, wireless access to the internet, wireless home networking, and so on.
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The new role of Governments in deregulated telecom markets. Who is responsible for “Digital Highways”
1. The new role of Governments in deregulated
telecom markets
Who is responsible for “Digital Highways”
aligning Technology with business requirements
September 2015
Georges MOKHBAT
2. 2
Macom expertise
Independent Communications Technology consulting firm
Experienced consulting team
Strong value proposition
Corporate customers
Government policy in Telecoms/ICT
Member of the Society of Communications Technology Consultants International
+25 years of experience in customer advocacy in Communications Technology services sourcing and contract negotiations
Solid and recurring customer base across France, UK, UAE, Lebanon
International project management expertise: Europe, Middle East, US
Technical and financial expertise in technology services selection
External opinion on where the technology or market is heading preventing short term decisions from hindering the future
In-depth Market knowledge of international Telecom markets enabling now-how transfer
Paris, France
Beirut, Lebanon
Dubai, UAE
offices
3. 3
Time for a change
Governments have looked so far at Telecommunications Infrastructure from the perspective of:
̶ Availability (access lines)
̶ Affordability (Prices) for the consumer
HOWEVER
Telecommunications Networks are also today at the heart of business development from
different perspectives
̶ Operational efficiency
̶ Revenue Generation (e-commerce, Banking, Retail,…)
Regional Telecommunications infrastructure (and primarily BROADBAND availability) has
become a Key selection criteria for investors
AND
Current European Telecommunications Market landscape is showing its weaknesses:
̶ Too many players leading to inefficiency in addressing global markets
̶ New unregulated players are disturbing the market (Facebook, Google, Skype,…)
̶ Two regulatory environments (National and European) hindering market development
4. 4
How markets were developed
History
Except in the US, Governments were initially the only Telecom stake owner
Competition has been the key driver for Telecom markets development
though with different approaches
̶ In the US, progressively after a legal suit from DoJ against ATT (a private monopoly) that was
settled in 1984 by its divestiture (break-up)
̶ In the UK, Mercury was formed in 1982 prior to BT privatisation in 1984 full liberalization in
1991 but BT still retains 85% of market share
̶ In Europe, progressive privatization and use of facilities based companies to create
competition
What triggered this development ?
̶ In the US, the opportunity of Microwave technology triggered the break-up of ATT private
monopoly on Long distance
̶ In France, X25 created the opportunity to establish a customer centric government owned
company
̶ Mobile technology (terminals) created the opportunity to develop private
5. 5
How markets were developed
History
Lessons:
̶ Deployment of new services require marketing innovation need for competitive markets
̶ Incumbent operators are still market leaders (after 20 years)
̶ Access charges are key to the operator business
• 50% of the cost for a new entrant
• 30% of the incumbent revenues
The Situation Today:
̶ Infrastructure services are considered to be granted
̶ Users tend to select on services: terminals, applications, etc.
̶ Operators have moved away from major infrastructure investments
Disruptive technology triggered new business model
̶ Microwave Links US Long distance operators
̶ Endpoint technology Competitive Telecom markets
̶ GSM Privatization
̶ High Speed, Applications New business models
̶ Broadband ??????
6. 6
Technology evolution
Funct Network Components 1960's 1970's 1980's 1990's 2000's 2010's 2015's
Endpoints (Terminals)
dedicated (Telex,
Telephone, etc.)
Separate endpoints
(voice, data)
Separate endpoints
(voice, data)
Separate endpoints
(voice, data, fix, mobile)
SETUP box
(voice/data/video/conve
rgence)
SETUP box
(voice/data/video
convergence)
SETUP box
(voice/data/video/mobil
e convergence)
OTP
Switching Technology
message switching ,
circuit switching, manual
message, circuit, data
switching (IP, X25)
Evolution for Data
switching
IP switching IP switching
IP switching, label
switching
Label switching
Transmission Analogue (Modem) Analogue/Digital Digital Digital Digital + Optical switching Digital+optical switching Optical switching
Physical Layer Copper Copper/fiber/Microwave Copper/fiber/ Microwave
Copper/fiber/
Microwave (primarily for
mobile)
Copper/fiber/
Microwave (primarily for
Mobile)
Fiber/Microwave for
mobile Access
BROADBAND ACCESS
(FIBRE, 4G)
T
R
A
N
S
M
I
S
I
O
N
S
W
I
T
C
H
I
N
G
7. 7
Time for Change: Why?
In a Networked business, competitors are partners: can we afford in the Telecom what happened
to the airline industry ?
Competitive markets is still an objective but having a viable telecom services industry has become
a national imperative
Current National Operators are facing new compelling and competing challenges:
̶ Capital intensive broadband investments
̶ Direct competition from more global OTT providers: SKYPE capital expenditure per subscriber
to provide voice services is US 2cts in comparison to USD 1500-2500 per subscriber to
provide NGBN service
Telecommunications markets evolution were driven by technology
̶ Enhanced endpoint capabilities triggering services competition
̶ Deployment of alternative transmission technologies: Microwave, GSM, etc…
̶ New Broadband services need for an alternative approach while still facilitating
development of competitive markets
What is the role of Broadband networks in the Economy?
Telecom Industry perspective
Usage Perspective
8. 8
Industry perspective: time for a change ?
Basic Telecom Services (voice, data) have reached the bottom in most markets. Telco’s are incited
to develop other services (cloud services, IPBX, etc.) in order to compensate, thus destroying value
in adjacent markets
Broadband Networks will only be cost efficient if new services are deployed (hence triggering
savings in other domains):
̶ Enabling teleworkers will generate savings in transport, housing costs,….
̶ Introducing new public services: why not national UberPop? AirBnb? Or others
Market organisation needs to be reviewed should we want to free resources to address such major
challenges
Broadband Networks eliminate national boundaries
̶ Data can be located in other countries
̶ Traffic (main Telco business) can be diverted
If nothing is done, European Telco’s may disappear... CAN WE AFFORD IT?
9. 9
Industry perspective: time for a change ?
BROADBAND: High Speed/Converged technologies
̶ Fibre optic: no private company can afford such a long term investment
̶ Mobile 4G (LTE technology) >100Mb/s --- spectrum limitations
̶ Fix and mobile: these services are and will converge no need to distinguish
̶ Data and voice (VOIP services)
Increased network usage and higher bandwidth capacity implies
̶ Increased bandwidth requirements Optical transmission, spectrum allocation
̶ Increased cellular coverage more antenna sites, spectrum usage
̶ Increased costs
̶ New applications and services
̶ New marketing strategy
What others tell us ??
̶ Multiple infrastructure operators is incompatible with Fiber optic deployment
̶ Big debate on network neutrality…
̶ Complex negotiations for bandwidth sharing between mobile operators
Need for Government involvement
10. 10
Usage perspective: time for a change ?
New customer expectations, usage based pricing New business models
̶ Price reduction/Per use pricing for various services
• Advertising or indirect financing models
• Aren’t we going to a world where Telecom infrastructure is free?
New players: important changes
̶ Move from infrastructure to Content providers
̶ Competition in Telecoms is International
Digital Hub Strategy
̶ Broadband is a new disruptive technology opportunity to develop competitive markets in
other industries
̶ Content and services will drive customer adoption: TV, Fashion, Education, Medicine, Banking,
News etc…
̶ Broadband is a “service industries” enabler
IT IS NOT ANYMORE ABOUT TELECOMS ONLY
̶ Need for a global vision and strategy
̶ Regulation will need to address primarily content providers
̶ Move from the debate on Infrastructure ownership and look beyond it
11. 11
Broadband deployment must be global
Impact of broadband on output over diffusion process
Source: OECD broadband statistics, adapted from Katz (2008a).
Only High level of Broadband penetration can achieve important level of economic impact
-
-
+
+
Broadband penetration
Increase
employment
Critical mass
threshold
Saturation point
12. 12
Usage perspective: time for a change ?
• 42%: forecasted yearly growth of Fixed internet traffic in Western Europe
(source: Analysys Mason)
• CAGR of Mobile Data traffic (source : CISCO VNI index)
̶ 46% In Spain (7-fold from 2014 to 2019)
̶ 51% In France (8-fold from 2014 to 2019)
̶ 47% In USA (7-fold from 2014 to 2019)
̶ 54% In UK (9-fold from 2014 to 2019)
̶ 62% In Saudi Arabia (11-fold from 2014 to 2019)
̶ 67% In China, India (13-fold from 2014 to 2019)
̶ 72% In Russia (15-fold from 2014 to 2019)
• CAGR of global IP traffic (2014-2019)
• Consumer segment: 24%
• Business Segment: 20%
• Western Europe, North America: 21%
• Middle East and Africa: 44%
When Annual Operators Growth in Europe range in the 5-10%
13. 13
Time for Change: Why NOW?
Governments must elevate broadband from merely another regulatory concern to a top issue on
the national strategic agenda. (Booz & Co)
France lawmakers have initiated an initiative authorizing direct regional authorities involvement in
Telecom Infrastructure Projects
Australia, Korea, Japan governments have embarked in the build-up of National Broadband networks
Wave Enabler Economical impact Government role Period
Agriculture Land Small Community, Local markets
Regulate land
ownership
PRE 1800
Industry Machine tools
Large Cities, National/Regional
markets
Highways 1800-1970
Information
Telecommunications
infrastructure
No boundaries, Global markets Digital Highways ?? NOW
14. 14
Korea: A digital highway champion
Sources: Akamai, 2010; Booz & Company analysis
16. 16
Broadband impact on GDP growth
Percentage of impact of broadband on GDP growth
Source: OECD broadband statistics, adapted from Koutrompis (2009)
Medium penetration
Germany, France, Japan, Belgium,
UK, Australia, US, Canada,
Luxembourg
Average contribution to GDP growth:
0.014
Low penetration
Greece, Portugal, Italy,
New Zealand, Austria,
Hungary, Spain, Ireland
Average contribution to
GDP growth: 0.008
High penetration
Denmark,
Norway,
Netherlands,
Sweden,
Switzerland
Average
contribution to
GDP growth:
0.023
17. 17
Broadband impact on GDP growth
Fixed (wired) broadband penetration and GDP per capita
0
10,000
20,000
30,000
40,000
50,000
60,000
70,000
80,000
90,000
100,000
0
10
20
30
40
50
60
Fixed broadband penetration (subscribers per 100 inhabitants,
Dec. 2014) (left-hand scale)
GDP per capita (USD PPP, current prices, 2014) (right-hand
scale)
Source: OECD broadband statistics
18. 18
Broadband and business
Business use of broadband, 2011 or latest available year
0
25
50
75
100
Finland
Korea
(2010)
Switzerland
(2008)(*)
Spain
Iceland
(2010)
Sweden
Slovenia
Denmark
New
Zealand
(*)
Australia
(*)(2010)
Canada
(2007)
France
United
Kingdom
Luxembourg
Netherlands
Estonia
Ireland
Germany
Norway
Austria
EU27
Turkey
(2010)
Czech
Republic
Italy
Hungary
Belgium
Portugal
Japan
(*)
Greece
Slovak
Republic
Poland
Mexico
(2008)(*)
Source: OECD, ICT database and Eurostat, Community Survey on ICT usage in enterprises, June 2012.
% of businesses with
10 or more employees
19. 19
Conclusion
Telecom market developments are Global and services oriented: Customers (will) consider
infrastructure as granted
Telecom Infrastructure is an enabling technology for the other industries and the Country
We have to admit that Competition is not yet there in the Infrastructure
In order to be cost-efficient, BROADBAND has to be deployed globally and simultaneously
Who has Global needs in a Country ??
Who is responsible for meeting this challenge ????
20. 20
How?
Basically, broadband must be Government responsibility
̶ Being businesses enabler, its deployment cannot depend only on private investors
̶ It is key for its own services, processes deployment and operational efficiency
Standards methods are today available to Governments :
̶ Reduce Digital Divide through Direct broadband investment in “specific” areas (France,..)
̶ Launch its own Broadband Highway Network (Japan, Australia,.)
̶ Set a policy target and control its progress with industry (UK government strategy)
̶ Collect funds, through taxes, to create a “shared” broadband infrastructure
̶ De-layering existing incumbent operators (Australia, Italy, Singapore,…)
Deploying community services or building on content solution providers should finance such
national/regional deployments
22. 22
In Short….
Telecom Market Deregulation has achieved its goal: Quick technology penetration and
adoption
Today it is about “SERVICES” and each country should assume its own “Digital
Transformation”, if it does not want its processes (and culture) being imposed from abroad
BROADBAND is STRATEGIC Country future cannot depend on private interests
It is about building a country processes around technology