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This is a presentation for a paper presented at the AMCIS2007 conference. It conceptualizes and classifies emerging business models for community and municipal wireless networks.
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AMCIS2007
A Typology for Community Wireless Network Business Models
Abdelnasser M. Abdelaal and Hesham H. AliDepartment of Computer Science
College of Information Science and TechnologyUniversity of Nebraska at Omaha
Omaha, NE 68182{aabdelaal | hali}@mail.unomaha.edu
AMCIS2007
Agenda
Introduction Literature review Proposed Typology for CWN business
models Implications for practice and future research Conclusion
AMCIS2007
Introduction
CWNs are clusters of wireless networks developed and run by non-profit entities and they provide free or affordable Internet access.
Community Wireless Networks (CWNs) have been established for the purpose of: Bridging the digital divide; Improving the business environment; Improving the civic engagement and political participation; Improving the security in the area; Supporting municipal services and/or
Improving the well-being of the community at large.
AMCIS2007
Interfaces and Services of Community Wireless Networks
Source : http://www.3g-generation.com
AMCIS2007
Community Wireless Networks for Civic Engagement
Many-to-many engagement
M-democracy
Direct and unregulated democracy
Customized civic participation
Real-time participation
Advancements of wireless communications
Failure of mainstream media to bridge the political divide
SMS MobiTV
Moblogs
WAP
RSS
MMS
DABDVB
VoIP
Affordable political participation
Mobile Voting
A framework for civic-engagement using wireless communications
AMCIS2007
Research Problem
What are CWNs? Are they viable and sustainable systems? What is the impact of CWNs on social and economic
development? Will they serve residents, local businesses, or
municipalities? What are their main stakeholders? What is the difference between CWNs, municipal
wireless networks, and public WiFi hotspots? We will use the concept of business models to
answer these questions
AMCIS2007
Motivation
CWNs are confused with municipal wireless networks and commercial WiFi hotspots.
There are many concerns about the viability and sustainability of CWN projects.
CWNs is a young innovation whose implementation models are still in trial stages
CWNs literature has been influenced by scholars from different disciplines and advocates who lack the necessary theoretical background.
CWNs is a multidisciplinary topic that lies at the cross area between public, private, and nonprofit sectors
AMCIS2007
Drivers of CWNs
Emerging wireless technologies 802.11, WiMax, antennas, routers, Open source software, etc
Open frequency The 2.4GHZ (for WiFi)
Community support Voluntary work, donations, open source software, location-hosting, etc
CWNs
Wireless Technology
Community support Open frequency
Figure 2: The drivers of CWNs
AMCIS2007
CWNs Main Issues
Inputs
Volunteerism, donations, sponsorship, location hosting, open source software
CWNsFunding, pricing, management, ownership
QoS, security, reliability, node placement, coverage, spectrum regulation
Social and economic development
Tech IssuesOrg. Issues
Clustering, routing, antenna management, Social capital,
business models
Network theory
Outputs
Physical capital, social capital and human capital
Figure 3: A Framework for Research on CWNs
Education, municipal, health, commercial, social, personal, servicesOperation phase
Implementation phase
Mobility, flexibility, affordability, time-saving, effort-saving, resource sharing
AMCIS2007
Research Approach
.
Collective actions Value proposition
Social networks Business partners
Embedded resources Resource management
Figure 4: the components of the social capital concept and their equivalent in the business model concept that we use to assess the social and economic impacts of CWNs
A business model outlines the contributions of different business partners in creating and distributing a specific value to
a particular segment of customers in order to generate sustainable revenue streams
Social capital is the social ties and norms in a specific social structure that facilitate collective actions
AMCIS2007
The Role of Social Capital in the Creation of CWNs
The definition of social capital
AMCIS2007
Agenda
Introduction Literature review Proposed typology for CWN business models Implications for practice and future research Conclusion
AMCIS2007
Literature Review
Osterwalder and Pigneur (2004) developed a business model ontology that identifies the main elements of business models.
It outlines the contributions of different business partners in creating and distributing a specific value to a particular segment of customers in order to generate sustainable revenue streams
This ontology is conceived as a tool that helps managers to capture, understand, design, communicate, analyze, and change the business logic of the firm.
Camponovo et al. (2003) explored different business models for private, community, wide area, and WiFi hotspots in the Swiss market.
Meinrath (2007) classified CWN business models into the following categories: single-payer municipal model; free access and fee-for-services; free for residential and fee for commercial-government; off-peak versus peak; nonprofit ISP; educational purposes; and request for proposal (RFP)
Ohlhausen et al. (2006) classified CWN business models into six categories: nonprofit, cooperative, contracting out, public-private partnership, municipal, and government loan-grant.
Mandviwalla et al. (2006) classified the management and funding models of CWNs into the following categories: government-owned and operated, government-owned and privately operated, public utility, cooperative wholesale, and private consortium-owned and operated.
AMCIS2007
Agenda
Introduction Literature review Proposed typology for CWN business models Implications for practice and future research Conclusion
AMCIS2007
CWN Business Models
a) Public utility
b) Ad-supported
c) Education-centric
d) Public private
e) Community wireless network
f) Location-hosting
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(a) Public Utility
Description: A municipality build and run the project A company may be contacted to build or/and run the project Funded from bonds or tax money
Advantages: Stability of funding sources and low risk Better service quality and reliability Serving the entire city and bridging the digital divide Using the facilities for public services such as utility meter reading and emergency service (Cisco 2007; Vos
2005) Investing the generated money in the community Reducing service costs by having a tax-exempt status Using public buildings and venues with good visibility such as light poles, public libraries, schools, and parks
to install the system facilities.
Disadvantages: Some oppositions say that tax money should not fund such project Municipalities may not be qualified to run such business Governments in developing societies may not have enough fund for such projects It has less opportunity to engage the community and empower the civic society
Examples: Lebanon, OR; Dayton, OH; Chaska, MN
AMCIS2007
(b) Ad-supported
Description: A content provider (e.g., Google) funds the project from advertisement revenue
Advantages: Content providers support a free WiFi service Suitable for metropolitan areas , large cities and commercial districts
Disadvantages: It needs economies of scale and enough demand to generate sufficient revenue It is suitable for big cities and business districts because
Examples: San Francisco, CA; Mountain View, CA
AMCIS2007
( c) Education-centric
Description: A school is an anchor partner where student interns build and run the system as part of
the educational process
Advantages: Provide the service free in most cases Academic institutions possess the expertise needed to implement and manage the system The system may have a dual purpose of supporting the educational mission of the
sponsored institution as well as providing digital connectivity to the community The use of network resources may be optimized since their usage by universities (mostly
during the daytime) may be complemented by the needs of the community in the evenings
Students participating in these projects obtain valuable experience, The project could be used for research purposes Academic institutions have access to different financial resources This model may reduce any legal risks facing nonprofit entities that own it The school get engaged with the community
Examples: SparkNet ( University of Turku,, Finland) and Smart School (Bario, Malaysia),
OmahaWireless, U.S.
AMCIS2007
(d) Public-private
Description: The city partners a private company for the project The city give this company access to public places to install the facilities The company provide free or subsidized service to public entities and needy individuals
Advantages: Cities have some control over deployment and service pricing. Communities and municipalities obtain some benefits for giving telecommunication
companies access to public places to install the system facilities. Usually provide free or subsidized service to needy individuals, public entities, and
nonprofit organizations. Disadvantages:
Does not engage the community The business partner shares the revenue
Examples: Philadelphia, PA, U.S.
AMCIS2007
(e) Community Wireless Network
Description:
Community members donate and volunteer to build and run a wireless system for the community Advantages:
Providing the service free in most cases Using the social capital of volunteers and donors Engaging the community in public affairs, educating them about new technologies, and providing
them with experience Providing the service free of charge or at low cost Keeping generated revenue in the community
Disadvantages: Instable management structure and uncertain funds and revenues May face legal problems with telecommunication companies May not be used for municipal services May not cover the entire city
Examples: NYC Wireless, Austin Wireless (U.S.); Wireless Ghana;
AMCIS2007
(f) Location-hosting
Description: an entity hosts the facilities in return for some incentives such as customer attraction,
free service, brand exposure, or for the purpose of improving community well-being.
Advantages: Providing the service free in most cases Obtaining benefits for the distinguished location of the property Its an application for the location theory in the digital domain
Disadvantages: May lack the necessary management support May not be used for municipal services May not cover the entire city
Examples: OzoneParis (Paris, France) , SkyFrames; U.S.
AMCIS2007
Main Business Models for CWNs and their Components
Business model Value offering Financing Business partners Infrastructure management
Target customer
Public Utility Serves public services, bridges the digital divide, employs public resources
Public funds Municipalities A municipality or a contracted company
Any community
Community Employs social capital, achieves civic engagement
Donations, volunteerism Municipalities, local businesses, volunteers
Nonprofit entity Any community
Public-private Uses public venues to host the facilities, improves management efficiency
Private funds Service providers A private company Big communities
Ad-supported Content providers bridge the digital divide
From ad revenue Content providers, technology vendors
Content operators (Google, Yahoo), or ISP
Business districts and large cities
Education Provides students with expertise, guarantees long-term management structure
Public fund , donations, student expertise
Academic institutions, local businesses and governments, nonprofit organizations
Students of the academic institutions
Any community but more suitable for rural and underserved ones
Location-hosting Location is an important asset, uses public places and venues
An ISP, donations, sponsorship
Community members, local businesses, public entities, nonprofit organizations
An ISP, or a nonprofit organization
Rural and underserved communities, business districts
Table 1: The main components of CWN business models
AMCIS2007
Agenda
Introduction Literature review Proposed typology for CWN business models Implications for practice and future research Conclusion
AMCIS2007
Matching CWN Business Models with the Social Sittings
. Education Public
utility
Location-
hosting
Ad-
supported
Communit
y
Big cities and
business districtsUnderserved and
rural communities
Public-
private
The properties of the community and the social sittings determine the appropriate business model
CWN business models are not mutually exclusive
Practitioners can use a mix of these business models
AMCIS2007
Implications for Practice
The typology helps practitioners to choose the best model for their community
Ad-supported and public-private models may be more appropriate for business districts and big cities The community, education-centric, and location-hosting models could suit any community
particularly underserved and rural ones. The success key is adopting the proper business model that fits the economic and social settings of
the designated community Regardless of the adopted business model, practitioners should collaborate with local communities,
businesses, municipalities, non profit entities, and academic institutions in a win-win partnership to fund, build and maintain the system.
Helps researchers to: Discipline the area of CWNs for development as a research stream; Choose the proper level and unit of analysis for future research in this area; and Assess the social and economic impacts of this innovation.
There is a need for a special instrument to validate and evaluate this business models typology
AMCIS2007
Agenda
Introduction Literature review Proposed typology for CWN business models Implications for practice and future research Conclusion
AMCIS2007
Conclusion
We proposed a typology of CWNs business models that considers the social settings and the main issues of these emerging systems
The typology links the CWN business model concept to its impact on the society
It classifies them into six main models: public utility, ad-supported, education-centric, community, location-hosting, and
public-private partnership This groundwork is an important step towards a unified theory
that explains and predicts the CWN phenomenon and its social
and economic implications
AMCIS2007
Acknowledgement
This research study was partially supported by NSF grant number EPS-0346476 and a grant from the Nebraska Research