Analysis of Software Company’s Business
University of Oulu
Department of Information Processing Science
Mobile markets undergo continuous change. Worldwide, there are major hopes for 3 G
technologies and a dash to develop more desirable software products for mobile markets
to fulfil customer needs.
This thesis explores the ICT field and tries to define the roles of different software
companies in the market. My main focus is on companies that develop software
products for mobile markets.
Software companies are generally involved in complex business networks and the role
of different players in such networks seems quite unclear. Questions arise. Are the
companies really concentrating on their core business? What is the product or service
value for the final customer?
There are certain factors, which are common to the entire software business. It is
possible to define the core areas of networked businesses and analyse the strengths and
weaknesses of particular companies. For such an analysis, it is also necessary to further
expose the business networks so as to understand a company’s position in them.
The analysis in this study is presented in the form of a value net – a certain process map
– where value-creating activities and their interconnections are shown explicitly. On the
basis of the analysis, it then becomes possible to define innovative ways for re-thinking
software business models and value-creating activities relevant to the target domain.
Table of contents
Table of contents ..............................................................................................................3
List of symbols and abbreviations....................................................................................4
1.1 Background .........................................................................................................7
1.2 Research problem and approach .......................................................................10
2. Business from emerging mobile services...................................................................14
2.1 Trends in mobile services and products ............................................................14
2.2 Business models and strategies for mobile commerce......................................18
3. Network-based view to software business..................................................................20
3.1 Value creation ...................................................................................................20
3.2 Customer value creation process.......................................................................20
3.3 Network of organisations vs. network organisations ........................................21
3.4 Value-creating systems .....................................................................................21
3.5 Value net - a model to investigate VCSs ..........................................................22
3.6 Examples of value net usage .............................................................................26
3.7 Building strategic nets vs. value nets ................................................................30
3.8 VCSs and strategic nets – a basis for the framework of the case analysis........32
3.9 Software business models – more blocks for analysis framework ...................33
3.11 The analysis framework completed ................................................................36
4. Case study: business networks for emerging mobile services ..................................39
4.1 Overview of the empirical data .........................................................................39
4.2 Analysis of the case...........................................................................................42
4.4 Value net for the case company ........................................................................51
5. Evaluation of the results ........................................................................................55
5.1 Summary of the findings...................................................................................55
5.2 Development of the case company’s business network....................................56
5.3 Business development suggestions ...................................................................61
5.4 Customer centred business through networks...................................................62
6. Conclusions ................................................................................................................67
6. References ..................................................................................................................68
List of symbols and abbreviations
AIP Adaptive Internet protocol
AOL American online www-service
ASP Application service providing
B-to-B client Business-to-Business client
B-to-C client Business-to-Consumer client
CD-ROM Compact disc read only memory
CTO Chief technology officer
EPOC Operating system for mobile devices
GSM Global system for mobile communication
ICQ I seek you
ICT Information and communication technology’
IM Instant mail
Ipv6 Internet protocol version 6
IP Internet protocol
ISP Internet service provider
IT Information technology
MMS Multimedia messaging service
MNO Mobile network operator
OEM Original equipment manufacturer
PC Personal computer
PSTN Public switched telephone network
R&D Research and development
SIP Session initiation protocol
SMS Short message service
SWOT Strengths, weaknesses, opportunities and threats
UMTS Universal mobile telecommunication system
USA United States of America
WAP Wireless application protocol – a set of protocols developed to
deliver data services to mobile phones
VAR Value added re-seller
WASP Wireless application service providing
VCS Value creating system
WLAN Wireless local area network
VO Virtual operator
3 G technology Third generation mobile technology
“The future belongs to those who believe in the beauty of the dream.” (Eleanor Roosevelt)
This thesis is the first step towards further studies and a deeper understanding of the
software business. My earlier understanding of business in general has been put to
positive use in this thesis. However, there are certain factors, particular to the software
business, which can only be understood by exploring the business area itself.
The impact of guidance and support is enormous for a student trying to piece together
the theoretical and empirical data to finally achieve the goal - the solution to a research
problem. Most of all I want to thank Professor Veikko Seppänen, who has guided and
supported me throughout the process. His vision and inspirational advice has not only
been positive for this study, but also to envisage further studies. I am also grateful to
other Vertigo project researchers and company partners – especially Henry Nordström
and Nina Helander who have helped me in the early stages. I also want to thank my
opponent, Juhani Warsta, whose comments have enriched this thesis.
During the research process, my understanding of the software business and its different
phenomena has increased. Both my way of thinking, and writing, in a scientific way
have developed. On a personal level the most rewarding development has been the
enthusiasm I have discovered to further explore the software business, its business
networks and customers more in depth.
This thesis sets out to explore mobile software products which are network-based and
value-driven and belong to specific business networks. First this area is described on
quite a general level, and later narrows to focus in on a certain software company. A
single software company may have different roles in the networks with different
partners. In the networked world of organisations, it is worth exploring the processes
involved also in the networks, and not only the network actors.
1.1.1 Information and communication cluster
One of the most developed industrial clusters in Finland is the information and
communication technology (ICT) cluster (Hernesniemi et al. 2001, p. 163). In Finland
the focus of the cluster has been on telecommunications (Baldauf 2001, p. 5).
Characteristics of the traditional telecommunication cluster have changed during the
past few years; many actors have entered new business areas and the cluster portrait has
thereby become quite blurred – due in part to rapid technological changes, too (Baldauf
2001, p. 5). Lovejoy summarises this by stating that we are at the beginning of
“turbulent times” in the ICT field (Lovejoy 2001, p. 45).
The simplified value chain of the telecommunications sector (Figure 1) indicates that
the position of industries is indeed changing. Still, there are certain key industries, such
as ICT equipment (terminals, hardware and software), Operators (fixed and mobile
networks, data networks etc.) and Service and Content Providers (basic voice and data
services, value added services). Producers of supporting services may take care of parts
and components manufacturing or contract R&D or manufacturing. Related industries
like entertainment and health care give a totally new meaning to network operation,
focusing on certain vertical markets. Associated services like different distribution
channels are needed for service and content offering (Baldauf 2001, p. 6).
of Related Associated services Business to
supporting industries business
equipment Operators Service and
manufacturers content providers
Figure 1. A simplified value chain of the telecommunications sector.
If we take a look at certain types of ICT equipment – smart mobile phones, for instance
– it seems that the trend is to have as many features in equipment as possible. One can
listen to music, surf the Internet, send e-mails, keep up with important contacts and
calendar entries, and play games using just one single device. The smart phone is more
than just a phone, it is an information device with different software and services for
various needs. The same trend seems to be true in the development of digital television
and other emerging digital channels.
1.1.2 Technological evolution towards 3 G
Technologies change rapidly, and this requires fast but thoughtful reactions from
software producers, as well as from many other actors, too. For example the WAP
technology was expected to be widely used in new mobile services (Baldauf 2001, p.
39) as a standard protocol for wireless devices. However, this technology has not yet
produced any great leap towards more advanced mobile services.
In general, the so-called 3 G technology should offer quite novel opportunities,
especially for the rich multimedia services (Figure 2). Some of the most important
keywords for 3 G technologies are Bluetooth, Ipv6, Symbian, Palm OS and Windows
CE (Baldauf 2001, p. 41).
Figure 2.Terminal concepts for 3G,
IP is an important convergence technology between other ICT technologies
html). The development of Ipv6 leads to the next generation Internet protocol
protocol is needed for billions of wireless devices, it is hoped to be more efficient and
secure. The Bluetooth technology is becoming a global standard for shortest range
wireless connectivity (Baldauf 2001, p. 41). Moreover, WLAN (Wireless local area
networks) is expected to compete with 3 G solutions
Some of the most important operating systems for 3 G mobile devices will be Symbian
(formerly EPOC), Palm (Palm OS) and Microsoft (Windows CE) (Karesto 2001, p. 42).
3 G development will be a common challenge for equipment, network and other
wireless product developers as well as for software and content producers.
In summary, the key trends in ICT are convergence, globalisation, networking,
customer orientation and integration of software and services (Hernesniemi et al. 2001,
p. 109 – 111). Convergence (Figure 3) can be seen as a process of melting together
different components of ICT (Lovejoy, 2001 p. 45).
- Data bases
Computer -Information services
Industry - Audio Visuals
-Computers - Films
”Off-line - Music
- Software Multimedia”
- Interfaces - Photos
Figure 3. Convergence of ICT (Lovejoy 2001, p. 45).
Competition in global markets is a great challenge, too. Successful companies have the
necessary know-how and are able to manage business networks and produce new
products and services for global markets (Hernesniemi et al. 2001, p. 109).
1.2 Research problem and approach
This study is part of the Vertigo project financed by Tekes and carried out by the
University of Oulu, the Helsinki School of Economics and Business Administration and
several software companies (www.vertigo.oulu.fi). The project aims at investigating and
developing new business networks, service concepts and product strategies and
transferring them into use in software companies.
This study aims to give answers to the following questions:
• What is the state of mobile services, in general?
• How can a company’s position in business networks be evaluated and how can
the position be developed?
• What are the alternatives to the distribution of software products in the mobile
The simple model shown in Figure 4 shows a software company with certain products
and business strategies, distribution channels and markets and the threat of competitors.
The competitors may use the same or other distribution channels as the focal software
company. The company is struggling for the same markets as the competitors, and has
to cross a barrier before it is able to reach the markets.
The software Final
company with Distribution
certain products and
Figure 4. A simple software business environment model.
The model shown in Figure 4 is, however, an overly simplified view of a software
company’s business environment. It doesn’t include any direct interaction with
customers, partners or competitors, in particular. The company simply produces
software, which is delivered through distribution channels to customers. Competitors
are lurking to get some information about the markets.
However, even this simple model raises the most important issue, which is the
importance of the final customer, the customer’s needs and demand for value from
certain software products or services and the ability to reach the customer through some
This study focuses on this idea, and approaches and elaborates it in four phases: namely
analysis, planning, development and evaluation (Figure 5)
4. Evaluation 1. Analysis
Implementation and Analysing software
evaluation of the companies’ network
development plan positions and their
3. Development 2. Planning
Preparation of a Creation of a network-
development plan for a based and value-driven
case company business strategy
Figure 5. Structure of the study.
1) It is essential first to analyse software companies’ positions in the business networks
in general, and to develop some alternative business strategies for the future. Then, a
framework for analysing the business is needed, to map out a company’s internal factors
and relationships with the external business environment. The main focus of the
framework is its relationship with other companies, partners, customers and
2) Based on this analysis it is possible to develop product and network strategies for
strategically important business areas. The intention is to find ways of networking and
mapping out what the profits of strategic networks are. This also includes suggestions
for accomplishing and keeping up any company’s network position with regard to a
certain product strategy.
3) Based on the results of the analysis, a strategic development plan is presented for a
single sample company. The object is to find and apply existing practices and theories
for product development, marketing and sales, finance, service and implementation in a
networked business context, to support the company’s business.
4) Implementation and evaluation of the development plan was not possible in the case
This study has been carried out both as a theoretical analysis and a case study. At first,
it was necessary to analyse the literature dealing with the software business from
different perspectives. To understand the position of a company in the markets, it was
important to become familiar especially with theories concerning the software business,
and its business networks.
To be aware of new trends and technologies in ICT, supplementary empirical material
was also gathered, mainly from web sites and different professional reports. The
Internet was also very useful for gathering information about competitors with value-
added mobile products.
A few key persons (technological and marketing experts) in the case company were
then interviewed, although no extensive empirical gathering of case data was possible as
part of this study.
This study aims at producing a model for analysing a software company’s position in
business networks, in relation to a few key development areas. It also describes the
position of the case company in its business networks and gives suggestions for the
2. Business from emerging mobile services
2.1 Trends in mobile services and products
According to Baldauf et al. (2001) globalisation and networking open up totally new
possibilities especially for smaller technology companies, when the old strategies do not
work any more. A focus on customers, concentration on core competencies,
understanding value creation and progress in the business environment, networking
with others and speed and capability to finance fast growth are some raw materials for
building a successful strategy in the ICT business. In particular, one key customer
relationship can be a springboard not only to new customers, but also even to new
businesses (Baldauf et al., 2001).
Baldauf (2001) introduces a simple value chain of the telecommunications sector.
However, it is more appropriate to build a network of different actors in the form of a
whole mobile data value web (Figure 7), which means being and becoming a part of a
complex network of businesses (Autio et al. 2001, p. 23).
Figure 6. Mobile Data Value Web (Autio et al. (2001), p. 23).
Autio et al. (2001) separates services (mobile network operators alias MNOs, virtual
operators alias VOs and Portals), technology (network equipment vendors, enabling
technology companies and handset manufacturers) and applications (Application
providers, Content providers, Application Developers) from each other (Autio et al.
2001, p. 24).
There have been many studies on the possible growth of mobile services. Autio et al.
(2001, p. 19) claim that the number of mobile data end-users will grow rapidly between
2002 – 2005 and that, after 2002 the amount of SMS end-users will drop because of the
Järvelä et al. (2000, p.18) state that the value of electronic B-to-C commerce will grow
by approximately 167 billion dollars until the year 2005. However, there is no guarantee
of consumers’ behaviour and there is still a great need for development of 3 G
2.1.1 Mobile services
If we take a narrower look at the ICT cluster, focusing on mobile data and services, it is
possible to categorise different services to understand better the needs for software
Mobile services can be understood as the interaction between service providers and
mobile customers delivered through wireless networks. Usually services function on a
certain platform software with built-in features (e.g. billing, statistics, etc.), software
products and media content.
One way to classify the services is to consider information, communication, transaction
and entertainment services separately, so that they are targeted to the two main
segments: consumers and businesses (Figure 7).
Figure 7. Mobile Services Overview (Autio et al. 2001, p. 80).
2.1.2 Software production for mobile services
Software applications may be essential to some businesses, but are often designed by
outside vendors with limited ability to adapt to special or changing needs
(Messerschmitt and Szyperski 2000, p. 5). Software production is also facing other
challenges, opportunities and threats. Software increasingly affects other industries and
knowledge has become an important capital for them as well (Hoch et al. 1999, p. 13).
Software businesses are mostly categorised into software products, customised software
and embedded software development businesses (Nukari and Forsell 1999, p. 13).
Messerschmitt and Szyperski (2000, p. 8) state that the primary purpose of software is
to serve the needs of its users and for the user, the only direct impact of technology is
the need to acquire and operate a complementary infrastructure to support the execution
of the applications, which includes hardware and software for processing, storage and
Product platforms are useful as basic elements for software product families. Platform
products can be described as products, which are built on a common technical core
system. (Sääksjärvi 1998, p. 8). A series of software products can be developed on a
single platform. The platform with modular software can be installed for a customer and
further on more pieces of software components can be offered to the customer through
the same platform.
“Product platforms are used by a software company or its partners to create individual
software solutions for certain uses or market segments. Compared with products and
parameterised products, product platforms are aimed at creating longer-term
effectiveness and flexibility by sacrificing some short-term efficiency. Narrow product
platform can be seen as market specific, as opposed to versatile platforms that are
enhanced to fit new segments” (Meyer and Lehnerd 1997, p. 38).
Software producers for mobile services usually operate in certain vertical markets
(Nukari and Forsell 1999, p. 25). On the other hand, they also produce software for the
infrastructure of the telecommunication industry, including solutions needed by mobile
operators, service providers and portal owners.
The demands for more advanced services will grow, because customers have become
familiar with the recent technologies and services. They already have the ability to ask
for more sophisticated and customised devices and services.
2.2 Business models and strategies for mobile commerce
After a brief overview of mobile technologies and services given above, I would now
like to present and evaluate further information about the business models and strategies
of emerging mobile businesses in more detail.
2.2.1 Mobile commerce value chain
Paavilainen (2001, p.60) states that the five main components in a mobile commerce
value chain are the network, m-commerce technology, the content, the interface and the
customer. These components include sub-components as shown in Table 1.
Table 1. The main and sub-components in the mobile commerce value chain
The main components The sub-components
Network Back-end systems
Web and WAP servers
Mobile commerce technology Software development
Content Content provision
The main components include the network, mobile commerce technology, the content,
the interface and the customer. The sub-components are related to the main components
and support the mobile commerce on a more practical level. The elements of a mobile
commerce value chain are helpful to show and understand a total image of the mobile
2.2.2 Mobile business models
Mobile business models are born during the evolution of the mobile communications
industry as part of the ICT field. Autio et al. (2001) claim that the most remarkable new
business models will be the virtual operator (VO), the multi-access portal and wireless
application service provider (Autio et al. 2001, p. 35).
Virtual operators have access to the networks of mobile network operators. Services are
offered to customers via these networks. Several types of virtual operators will possibly
emerge, but the most common types are expected to be mobile service providers. They
operate as intermediaries and provide a fixed line and mobile access to customers
(Autio et al. 2001, p. 29.)
The idea of application service provision (ASP) can be compared to time-sharing with
some additional features in it. ASPs are usually third party companies hosting,
managing and deploying several applications and services for the customer. WASP is
the wireless form of ASP. It simply means extending the applications and services over
Autio et al. (2001) claim that the key reasons why businesses choose to outsource their
applications and services to WASPs include time-to-market, risk reduction, lower costs
and increased focus (Autio et al. 2001, p. 37).
The development and evolution of mobile commerce is in its early stages. Estimations
and experiments have been presented. To succeed in the battlefield of mobile
commerce, the creation of a desirable brand and direct customer relationships are
essential when conquering the end-user segment (Paavilainen 2001, p. 60).
3. Network-based view to software business
Clearly, companies are involved in different business networks in different roles. A
company may be a member of several networks. Business success may depend on the
positions within this overall network structure. It is important to notice that all the
network activities are targeted to customers – directly or indirectly. The network
perspective therefore increases the activities and processes needed for profitable
business through customer satisfaction. In particular, networked-based collaboration
might open new global business opportunities also for smaller companies.
When creating a network-based view of the software business, the first step is to extend
the perspective from an individual company to customer value-creating systems (VCS)
as a whole (Parolini 1999, p. 41), and separate the concepts of networks of organisations
and network organisations.
In the following sections, the meaning of the terms value, value creation, customer
value creation, network of organisations vs. network organisations, value-creating
systems and value net are explained, to provide an introduction to a network-based view
of the software business.
3.1 Value creation
The term value can be used for at least three different purposes, the customer value,
value in a company’s organisation and value creation (Storbacka and Lehtinen 1997, p.
14). Customer value means the value of customers for a certain company. Value in a
company’s organisation can be understood as the basic values accepted in that
organisation. These values are decided individually by each organisation. Value creation
means the customer’s processes to achieve a certain goal by purchasing and using a
3.2 Customer value creation process
Anyone could think of him/herself as a consumer of some product or service. What is
the value we give to the possibility of owning and using a mobile phone, for example? It
largely depends on our individual needs and expectations for the product and the
Customers have certain needs, when purchasing any product or service. Also when
purchasing a software product, customers have a need to achieve a certain goal, when
using the product (Storbacka and Lehtinen 1997, p. 14).
3.3 Network of organisations vs. network organisations
Networks of organisations are formed by groups of actors, which are interconnected
through direct or indirect exchange relationships. If we take a closer look at network
organisations, there might be one hub-company managing it by coordinating resources
and value activities. (Möller and Rajala, 2002).
This differs from the more process-oriented view of the activities and relationships in a
certain network, called the value net. Möller and Rajala (2002) suggest that there is one
hub-company, which manages network organisations. In VCS, the orientation is more
process and customer driven.
3.4 Value-creating systems
According to Parolini (1999) a value-creating system can be defined as a set of activities
creating value for customers for consumer activities (Parolini 1999, p. 62).
When a customer buys, for example a CD-ROM encyclopaedia, there have been many
parties involved in the process that creates value forthe customer through the service.
Parolini (1999) distinguishes the absolute and differential net value of a product as
follows: the absolute net value for a specific purchaser can be defined as the algebraic
sum of the value attributed to the absolute benefits connected to the product and costs
sustained by the customer in using the product itself; the differential net value for a
specific customer is the difference between the absolute net value that the customer can
receive from a given VCS and the absolute net value of a similar product offered by a
competing system or even the absolute value of a substitute product (Parolini 1999, p.
3.5 Value net - a model to investigate VCSs
After a value-creating system has been defined as a set of activities creating value for
customers’ consumer activities, it is possible to go further in value matters and design a
model to understand and investigate VCSs.
The value net (Figure 8) aspires to describe VCSs as clearly as possible (Parolini 1999,
p. 68 - 69). Parolini (1999) lists the elements of the value in the use of personal
• The overall VCS in which the individual economic players operate (the
perspective is extended to include all the activities and supply chains involved);
• The make/buy/connect choices that the players in the system have made or can
• The activities which ensure the greatest profitability;
• The activities that add insufficient value in relation to the resources required, or
which even subtract value for the system;
• System bottlenecks;
• The possibility of reconfiguring the role of final customers and their
involvement in value-creating activities;
• The possibilities for innovation in the system.
of data banks
Figure 8. The value net perspective (Parolini 1999, p. 71).
Figure 8 attempts to present the set of individual processes or activities relevant for PC
use. The single box represents the activity – there can be many players involved in the
entire process to produce value for the final customer e.g. the software production.
These activities are targeted to offer value to a customer. All these elements are relevant
and needed. These activities offer the opportunity for a customer to concentrate on his
or her own core area – in the case of Figure 8 the use of PC.
The final customer’s perspective and the activities in value-creating systems are the
main characteristics in value net thinking (Parolini 1999, p. 69). On the basis of value
net analysis it is possible to define a strategic “map” with nodes (value creation or
consumption activities) and relationships (ties between the activities; also flows of
material, information etc.) between them (Parolini 1999, p. 81), as is illustrated in
Figure 9. The dotted line arrows represent supporting relationships and the solid ones
show the relevant processes for consumerism in the figure.
Figure 9. The value net with nodes and relationships (Parolini 1999, p. 81).
When analysing VCSs, the starting point is to look at the activities that make it up – not
the different actors participating in the network. This helps to avoid the risk of over
emphasising the meaning of organisational boundaries, and gives space to network
Parolini (1999, p. 81) also claims that the VCS has the further advantage of making it
easier to compare the choices made by the different competitors in a given market, and
thus clarify whether the differences are due to different VCS configurations in
positioning within substantially similar VCSs.
The traditional way of concentrating on organisations as actors is to analyse the
situation in the value chain as consisting of individual companies. However, according
to Parolini (1999, p. 88) it is more meaningful to concentrate on the value created for
the final customer and the economic structure of activities behind the organisational
façade. This also leads to a different classification of activities on the basis of
overcoming the limitations based on individual companies (Parolini 1999, p. 88).
Parolini (1999) divides the activities of VCSs into three broad groups: realisation (i.e.
the activities aimed at the physical creation of a product and its transfer in time and
space); support (the activities aimed at maintaining or improving the effectiveness and
efficiency of other activities which do not intervene in the physical production of
individual products or services); external transactions management (the activities
aimed at managing and controlling the transactions arising in the presence of exchanges
between distinct economic players) (Parolini 1999, p. 90). These activities are described
in Figure 10.
External transaction management Purchases
Drawing up of sale/purchase contracts
New product development
New process development
Activities I.S. management and development
Support Database management and development
• To the system Human resource management
• To individual companies Procurement policies
• To individual activities Marketing
Transportation (transfer in space)
Warehousing (transfer in time)
Pre-sale customer services
Post-sale assistance and services
Figure 10. Value net activities classified (Parolini 1999, p. 89).
The symbols (Figure 11) and style of presentation of the value net activities suit any
Figure 11. The representation of different types of value net activities (Parolini 1999, p.
3.6 Examples of value net usage
Parolini (1999) uses the electronic publishing industry as an example to illustrate a
confluence of skills and technologies rising from diverse industrial sectors as traditional
publishing, software production, telecommunications, information networks and
entertainment (Parolini 1999, p. 161).
Figure 12 illustrates the main activities and flows that can be found in value-creating
systems for the electronic publishing industry.
Figure 12. Electronic publishing industry’s value-creating systems (Parolini 1999, p.
Various support activities (content production, technical support, CD production and
distribution) are needed from various industries to produce and distribute the product
for the customer (information consumption). Technical support and CD-ROM
production can be seen as an interface between the “artistic work” and distribution.
When the nodes and boundaries have been specified, the next step would be the
structural analysis of the nodes. This helps to analyse the attractiveness of individual
nodes by providing suggestions for making, buying or connecting choices (Parolini
1999, p. 192).
Market segmentation based on VCS configurations is also possible. For example,
different ways of using publishing products can be made visible. Figure 13 illustrates
the segmentation of the publishing market.
Figure 13. Segmentation of the publishing market (Parolini 1999, p. 196).
Accessing information is critical for the customer and it affects distribution (Parolini
1999, p. 197). Accessibility has been used in Figure 13 to reveal customer needs and to
create a basis for market segmentation. Parolini (1999) underlines the fact that the
method of access depends not only on the product, but also on the type of reader
(Parolini 1999, p. 198). The traditional VCS fails when there is a need for updating
activities or if customers needs to access the information are sequential partial.
Figure 14 offers a solution to the problem mentioned concerning segmentation. This
innovative VCS includes a new form of access to information, which was not
considered in Figure 12 (Parolini 1999, p. 200).
Figure 14. Towards innovative value nets in electronic publishing (Parolini 1999, p.
When comparing the traditional electronic publishing industry with online bookshops
(Figure 15), it is obvious that customers are given more possibilities of increasing their
value-creating activities over the Web. The key activity is Web-site management, with
the demand for developing online services. Customer requests are satisfied directly,
which means investing in warehousing. The ability to manage complex logistic flows is
also critical. Marketing and sales include advertising and publicity. These innovative
activities have already changed the way of doing business in publishing. (Parolini 1999,
p. 203 – 204).
Figure 15. The value net of online bookshops (Parolini 1999, p. 202).
Parolini (1999) presents rules and suggestions that may help in the formulation of
strategies for changing and innovating VCSs. They can be summarised as follows:
• compare the analysed system with emerging alternatives;
• borrow strategies and solutions from similar systems;
• identify system bottlenecks;
• identify inefficient nodes;
• identify new ways of involving final customers;
• identify compromises in VCS configuration that can be overcome;
• identify the consequences of technological trends;
• redefine the boundaries of system players;
• control support activities;
• exploit the possibilities of extension.
When comparing the existing VCS with emerging alternatives it is important not only to
analyse the most successful new alternatives, but also to study the lack of success
considering the less fortunate. Borrowing strategies and solutions from similar VCSs
can be described as adapted “best practices” from other suitable systems. The
limitations in productivity and capacity concerning the entire value-creating system are
system bottlenecks. Identification of inefficient activity nodes often reveals system
bottlenecks and means an imbalance between the value and the costs sustained.
Inefficient activity nodes can be identified on the basis of value net analysis. Identifying
new ways of involving final customers is related to both personalised and mass-
produced goods, and makes it possible to assess the supply of service for example the
availability of a dedicated staff. In the case of self-service costs can be reduced.
Technological trends may change the structural attractiveness of nodes and lead to the
construction of new value-creating systems with the emergence of new economic roles
Despite the customer’s prime position, the customer perspective is left incomplete in the
value net model. The important business processes for consumers have been made
visible, but the alternatives for customers to create value and be involved in value
creating activities have not been presented in depth in the value net model.
3.7 Building strategic nets vs. value nets
A company may start to build a new value net from scratch with its former partners. It is
also possible to enter some international value net e.g. by partnering with some
international hub-company (Möller et al. 2001).
The elements of strategic net construction consist of contextual net analysis,
construction of a network strategy and active networking. In the first phase, it is
essential to identify the central actors and analyse the main trends in network
In the second phase – after network analysis has been carried out – it is possible to
reconsider the roles, positions, relationships and goals of actors. One of the most
important issues for an individual company is to recognise the business opportunities in
the net and consider the abilities and resources demanded by the net. Commitment and
trust are common qualities for all actors..
In the third phase, a construction team is established to define the common goals and
revenue logic for the net (Möller et al. 2001).
Möller et al. (2001, p. 10) discuss three different types of strategic networks:
1. vertical value nets (supplier, distributor and customer networks, vertical total
2. horizontal value nets (in forms of competition, marketing channels, resource
development and forums for networking alliances), and
3. multi-dimensional value nets (hollow organisations, multi-dimensional business
networks, new value-system networks).
Vertical value nets are targeted for functional effectiveness of the total system. Usually
the target is to develop the value functions. The most demanding effort is to link the
developing, manufacturing, logistics and business management systems as a strategic
network, which is guided by the hub-company.
Horizontal networks are usually built to seek more powerful marketing or to develop
new technologies. Competitor alliances between flight companies are common
examples. Horizontal networking is used as well to resource and access alliances with
competitors/institutions e.g. to develop new technologies or standards.
Multi-dimensional strategic networks operate in the area of specified or emerging value
networks. Strategic multi-dimensional networks can even be used to form new business
models, which demand investments from different players and extend their know-how
to each other (Möller et al. 2001, p. 10 – 11). Figure 16 illustrates the classification of
Figure 16. Classification of strategic networks (Möller et al. 2001, p. 11).
These elements lead again to the value net perspective, which was described in section
3.5. In Figure 16 the value net has been opened up and the different alternatives have
3.8 VCSs and strategic nets – a basis for the framework of the case
Models to build and analyse network structures are introduced in the following sections.
To build a network and customer-driven analysis framework for software business
requires the use of network-based tools.
Parolini (1999) represents a customer value driven model – which defends its position
for recent and up-coming software business models. Interest in peer-to-peer computing
and open source software production are examples of the more consumer-oriented ways
of doing business, and let the consumers be actively involved in value creation related
to software business processes. Some software producers have already opened parts of
their software code to the public via Internet.
3.9 Software business models – more blocks for analysis framework
In addition to bare network thinking, some other conceptual elements are needed to
build the analysis framework. In particular, elements for modelling software business
logic are needed.
Such concepts can be constructed on the basis of Rajala et al. (2001), for example,
where the software business is modelled as shown in Figure 16:
• Product development model,
• Revenue logic,
• Marketing and sales model, and
• Servicing and implementation.
Competing Environment Customers
Revenue Servicing &
Financing Environment & Resource Environment
Figure 16. Elements of the software business model (Rajala et al. 2001).
1. The product development model
The product development model describes what is the core software product and how
the development of the core product is organised. The product development model
describes how the value creation process is structured from the software company’s
viewpoint (Rajala et al. 2001, p. 40).
2. The revenue logic
Raymond (1999) has pointed out the need to recognise that computer programs, like all
other tools or capital goods, have two distinct kinds of economic value. They have a use
value and a sales value:
1. The use value of a program is its economic value as a tool, and
2. The sales value of a program is its value as a sellable commodity.
Raymond also points out that people have a strong tendency to assume that software has
the value characteristics of a typical manufactured product. However, he demonstrates
that this assumption is false, because a code written for sale is only the tip of the
programming iceberg and a great deal of the value is created when software is
integrated into its environment and maintained (Rajala et al. 2001, p. 43). The use value
is well suited tothe customer value creation view discussed above.
The revenue logic describes how a software company finances its operations, in other
words, how and from whom the revenue is generated. Rajala et al. (2001) suggest that
the revenue model describes how a software company captures the sales value of the
product or service that it is offering directly or indirectly to customers through some
channel. There are different revenue model options. One of the most common models is
licensing, where the customer pays for the right to use the software.
3. The marketing and sales model
The marketing and sales model describes how the marketing and distribution are
organized and who the sellers and marketers are of the software service or product.
The marketing model consists of the overall marketing efforts involved in the
company’s business strategy. (Rajala et al. 2001, p. 46.) Sales may be direct or indirect.
4. Servicing and implementation model
The servicing and implementation model explains how the core software product is
made available to the end users as a working solution (Rajala et al. 2001, p. 8).
According to Rajala et al. (2001), the servicing model represents all the installation and
deployment activities required to achieve a working solution based on the software
product. Software implementation almost always requires servicing, whether it is a
question of self-service or on-site delivery (Rajala et al. 2001, p. 48).
Every software company has a certain business strategy with product development,
revenue logic, marketing and sales, and service and implementation. Both financial and
human resources are needed to carry out the product offering for the customers. There
are also competitors competing for their share of the customers.
A software company with its various operations and related organizations can be seen as
a business ecosystem. A business ecosystem can be any organisation with economical
activity, which is supported by other interacting organizations and individuals.
Customers, suppliers, lead producers, competitors, and other stakeholders are members
of the ecosystem. A common practice for these members is that they all follow the
directions set by one or more central companies. The leader is valued, because it enables
others to get nearer to their visions and achieve an economically profitable supportive
role in the community. (Moore 1996, p. 26.)
According to Parolini (1999, p. 43) the company profile that seems to be best suited to
respond successfully to current environmental changes includes the following elements:
• A focus on core competencies;
• the ability to participate simultaneously in more than one value-creating system;
• the ability to ensure organic connections with the other economic players
participating in the value-creating systems to which it belongs (interconnected
• a high degree of internal integration (integrated company) and a streamlined
organization (lean companies), and
• internal and external flexibility.
Obviously this leads to a view of the software business on a more complex level – not
only from an individual company’s perspective with its business model including, for
example, product development, revenue logic, marketing and sales or service and
implementation as in Rajala et al. (2001). These elements are included in the process,
which aims for a profitable business by networked organisations (VCS) in complex
3.11 The analysis framework completed
When the elements of value nets and the software business model are put together, a
combined model for analysing networked software businesses can be presented. As it is
necessary to study the offered value for customers, the emphasis is on the final
customer. Customers have expectations and the software product should fulfil those
needs and value expectations. The barrier must be passed before a product or service
offering reaches the customers. It demands great efforts in the marketing phase. The
product should be completed by then. A certain value net (including customer) has been
involved in the production, marketing, delivery, service, etc. As a result of combining
these elements, the frameworks illustrated in Figure 18 a and 18 b can be presented.
The final customer
• a person
• a company Final B
• a non-profit customer’s Software
organisation expectations a product or
• other for the value r service
in the value i
Figure 18 a. Elements for a customer-oriented business analysis framework.
Figure 18b. Customer-oriented software business analysis framework.
Figure 18a defines the elements required for a customer oriented software business
model. The VCS has a software product or service offering activities to customers.
Customers have certain expectations for the value. However, the customers’
involvement in the value creating processes is passive. The barrier exists between the
VCSs and the customers. In Figure 18b the customer has become a member of the VCS.
The customer is involved in certain processes. More open business models would allow
end-customers to interact in the service development processes, too – something that
Parolini (1999) considers but does not make explicit.
The meaning of VCS was introduced in section 3.4. VCS has its software business
processes representing product development, revenue, marketing and sales, service and
implementation, as introduced in Section 3.9. Between the software product or service
offering and the final customer, there is a barrier to be overcome. At that point, the
customer is not involved in the processes of the VCS yet. The customer’s involvement
in value creating (and to better fulfil the expectations) is possible by inviting the
customer to act as a part of the VCS. This will lead to a more customer-centred
business. A simple software business environment model was introduced in Figure 4.
The degree of complexity increases in Figure 18b when the emphasis is not on a relation
between a single company and the markets, but on the value creating system including
the relevant processes and activities for customer value creation.
4. Case study: business networks for emerging mobile services
Trends in wireless services and products were introduced in section 2.1 to get an
overview of the present situation in the mobile markets. In the next section, a case is
introduced and analysed using the framework explained in Section 3.10. The case
company is developing platform software and applications for mobile services targeted
to customers via third parties.
4.1 Overview of the empirical data
For this case study, three key persons in the case company were interviewed. They are
responsible for the marketing, sales, and product development. The Internet was used as
an information source for the case company, too. Some general data concerning mobile
business was gathered from public reports and Internet. The empirical data gives an
overview of the present situation and describes the structure of the network of
organisations in which the case company is involved.
4.1.1 Value-added services for mobile markets
The case company develops software to serve, produce and manage value-added
messaging services to mobile phones for international operators and other businesses.
Value-added services can be understood as “nice to have” features for mobile devices.
The services are visible to the final customer in the form of e.g. multimedia messages
and personal calendars.
The product family consists of independent applications developed to function with a
certain product platform. The services are targeted at final customers to customise their
4.1.2 Owner relationships
The main owner of the case company is a Finnish tele-operator, which has not
traditionally operated in the mobile business area. The company has, however, built a
new image to change from a traditional operator towards an ICT company. All business
areas are connected to telecommunication and information technology – i.e. to IT
solutions, end-users, service operators, network operators and local cable television
operators. The parent company’s strategy has been to buy smaller IT companies to
strengthen and to develop its business opportunities. The parent company is partly
owned by another telecommunication operator with an approximate 51 % share. The
company has a service provider, a mobile business, a network business, an international
business and some other business areas.
The case company is a part of a business group, which has been divided into software
products, IT and new media integration services and software production services.
4.1.3 Product development
The company first concentrated on customised software development projects carried
out based on customer requirements (CTO, 13.6.2001).
The development of their own products began in co-operation with a Finnish mobile
operator. On the basis of the first product for adding value to mobile phones, – a whole
product family was developed. Nowadays the company’s product line is based on a
certain product family for mobile operators, service providers and portal owners to offer
value-added services to their customers. The idea is that all the products developed are
compatible with another. (Director, production development, 13.6.2001.) Between 1998
and 1999 the company moved to use Java servlet technology. In 2000, a decision to
invest in product business was made. There has been a move towards newer Java
technology, but compatible still with the older technology. Java AIP, for example, is
more scalable than the servlet technology used earlier. (CTO, 13.6.2001.)
The product family contains end user applications and business management tools. The
applications are built on a special product platform, which is easy to customise to client
environments. According to the interviewee, there is a need for tailoring in almost every
customer case. (Director, production development, 13.6.2001.) Tailoring in this context
means the change of some individual technical characteristics during the installation
process, which is done by the case company’s own personnel.
The product platform offers basic tools to develop and manage value-added services in
an open software environment. Additional administration and service management tools
are offered for configuration, pricing, reporting, etc.
Messaging, voicemail and calendar are examples of the kind of services which can be
provided e.g. via Internet. The final customers (subscribers, internet users) can access
the services to discuss anonymously, to send MMS messages, to maintain their own
calendar, and so on.
Finnish and international customers consist mainly of mobile operators, Internet service
providers (ISP), application service providers (ASP) and portal owners. These
customers offer the services to their final customers who want to personalise their
mobile devices. The case company does not strictly serve consumers as end-customers,
but certainly the services are meant for individual persons or for groups of them.
(Director of Production Development, 13.6.2001.)
Product development is partly financed by the parent company. Most revenue comes
from international product sales based on license payments dependent on the amount of
users. The growth of product sales was 45 % from 2000 to 2001.
4.1.6 Marketing, sales and distribution
Marketing and sales are taken care of by strong, international retailers; some smaller
customers are looked after by the company itself. (the Director of Production
Development, 13.6.2001.) The company has international distribution and retailing
contracts with two big international distributors.
The company operates in global markets. The goal is to become one of the leading
European companies developing and supplying software and product platforms for
mobile Internet. The case company aims to achieve this target by buying other
companies involved in mobile software production, which would enable them to
provide a wider range of products to customers.
One strong Finnish competitor is operating in the same field with a major portion of
Finnish valued-added markets. The competitor also operates globally. In the global
market, the most challenging competitors come from the USA and are heavily focused
on this vertical sector. (the Director of Production Development, 13.6.2001.) To
summarise, Table 2 shows an overview of the case company.
Table 2. Overview of the case company.
Business area Activities
Products End user applications and business management
Owner relationship Owned by Finnish tele-operators
Customers Mobile operators, service providers and portal
Revenue License sales, product development financed by
Marketing, sales and distribution Mainly by retailers, also some direct activities and
by original equipment manufacturers (OEM)
Partnerships Partnership-network with international
telecommunication companies and equipment- and
Internationalisation Operation in global markets
Competitors One strong domestic competitor, globally the most
challenging competitors from the USA
Table 2 shows an overview of the case company and leads to its analysis, which is
reported below in section 4.2.
4.2 Analysis of the case
Based on what was said in Chapter 3, it is essential to study the case company’s present
and future situation and its position in relation to business networks including its
customers, competitors, distribution channels and other partners. This includes an
analysis of the company’s product strategy and offering.
4.2.1 Product development
Rajala et al. (2001) have only the core product as an element in their analysis
framework, they have no additional products or services. However, it would be
necessary also to analyse the idea of the whole product delivered to the customer, which
includes product-related additional products and services. The product that is distributed
to final customers includes all the additional features even those manufactured by the
different networked partners. If one part of the whole product is missing or fails – the
final customer’s expectations remain unfulfilled, which may affect every company
involved in the network negatively. Moore (Moore 1995, p. 179) suggests providing the
whole product to please the customers so they do not shop around and keep the
competition still open. The framework presented in Figure 18b leads us to consider
customers’ involvement in the processes of VCS in relation to product development
Mobile messaging has high potential, which would suit the case company’s application
development line, e.g. instant or multimedia messaging. To date, the first multimedia
messaging services have been launched – now only the devices are lacking.
Autio et al. (2001) have compiled a list of the different consumer applications (Figure
19), which should be viable, based on the key success factors of mobile services. They
point out four important factors, which will provide significant added value for the end-
customers: location-based, personalised, immediate, and available. The mobile
messaging services are assumed to have high potential when immediacy and mobility or
personalisation are important market success factors. Mobile potential is considered to
Figure 19. An assessment of consumer services (Autio et al. 2001, p. 83).
The advanced mobile messaging solutions (3G) offered, should be the winning
applications according to Autio et al. (2001).
The case company has placed emphasis on mobile communication services. As earlier
mentioned, the product family is based on a certain product platform based on the Java
programming language. In this particular case, product development is carried out with
Java specialists. It seems that concentration on Java technology is a benefit, because
new mobile devices support Java. For example, Nokia 9210 Communicator was among
the first Java technology-supported mobile phones, when it was launched in 2001. From
2002 a Java expansion is expected among mobile solutions development
(http://www.nokia.fi/puhelimet/teknologiat/java.html). More mobile devices with Java
support are coming onto markets. The use of Java also makes it possible to involve
more customers in the product development processes. There are plenty of young Java
specialists who are able and willing to give their best shots to product development.
The product platform is the company’s own solution based on Java. It also has features
of parameterised products (Rajala et al. 2001, p. 42), because there is a need for some
tailoring in every customer case.
Because of the short product life cycles, speed in product development is important.
Completed product development is bound to the customers’ situation, and there should
be continued co-operation and follow-up between the case company and its customers
4.2.2 Revenue logic
The company is a part of an international corporation. It is listed in the Helsinki Stock
Exchange. The latest interim report shows a negative result in the software product
business. The total turnover of the corporation is presented in Table 3.
Table 3. Net sales distribution
Sales 2002 2001 Year
(in million euros) Q1 Q4 Q3 Q2 Q1 2001
Software projects 3,20 2,98 2,55 3,79 3,46 12,76
Software products 1,14 0,47 0,81 0,17 0,61 2,05
Service operator 7,30 7,48 6,94 7,32 7,25 28,99
Network operator 7,04 10,26 7,38 6,66 6,99 31,29
Cable television 0,91 0,75 0,70 0,68 0,45 2,57
Parent company 0,59 0,51 0,51 0,48 0,59 2,09
Intra-group sales -6,24 -5,47 -5,43 -5,70 -5,76 -22,37
Consolidated net sales 13,94 16,98 13,44 13,39 13,58 57,40
The total result is presented in Table 4 for different business areas.
Table 4. Revenue distribution.
Revenue distribution 2002 2001 Year
(in million euros) Q1 Q4 Q3 Q2 Q1 2001
Software projects -0,63 0,05 -0,34 0,41 0,40 0,52
Software products -1,25 -0,63 -0,21 -0,71 -0,60 -2,14
Service operator 0,36 0,80 0,60 0,34 0,19 1,93
Network operator 1,80 2,52 1,89 1,33 5,93 11,67
Cable television 0,19 0,09 0,12 0,11 -0,03 0,29
Mother company -0,80 -0,77 -0,50 -0,92 -0,24 -2,43
Depreciation of goodwill -0,46 0,29 -0,25 -0,49 -0,14 -0,59
Group, total -0,79 2,34 1,32 0,07 5,51 9,25
According to the interim report, the consolidated equity ratio is 66.6 % and the financial
position has remained stable.
As Table 3 and 4 show, the most profitable areas of business of the case company are
the network operations and the service operations with cable television that has kept on
the positive side. On the other hand, software projects and products are not managing so
well. The overall situation in the markets has been difficult for project and product
business. Telecom customer investments have been considerably lower than estimated.
Product development and internationalisation efforts have required considerable
investment in product business.
The company’s intention has been to develop a “standardised”, easy-to-copy product,
which is cheap to reproduce and which could be distributed easily by CD-ROM or by
data networks to customers. This has not been the case, but there is nearly always a need
for some product tailoring, this in turn takes resources from the product development –
which should be the core business area.
The parent company has supported product development. The money flow has been
quite significant. This has guaranteed product development efforts especially in the
early stages, when there was not much revenue from product sales.
Mobile communication has a number of revenue opportunities, which crop up at
different times with unstable characteristics. SMS messaging will become less
important and new service areas like multimedia messaging, mobile e-mail, instant
messaging, emergency, healthcare and advertising take its place in order to gain new
revenue flows for software companies and their interest groups, such as investors
Figure 20. Mobile communication revenues in Europe split by revenue sources (Autio et
al. 2001, p. 87).
The case company’s intention to concentrate on communication services could open up
new revenue possibilities e.g. in multimedia messaging services.
The turnover in the case company’s group level is expected to increase by 15 % yearly.
The recent years have been non-profitable, because of the difficult situation in the
4.2.3 Marketing and sales
The customer-oriented software business analysis framework was presented in Figure
18b. The analysis framework showed that the customers are participating in value
creating processes and the barrier to this participation has vanished in the case of more
open business models. Marketing and sales would become more efficient by letting the
customers become active partners in VCS.
McHugh (1999) has classified the channel partners for software business. His
• Retail Outlets (McHugh 1999, p. 93 – 96)
This list could be completed with integrators (Rajala et al. 2001, p. 48) and original
equipment manufacturers (OEM).
Direct sales are purely the interaction between the software company and its customers.
Interviews pointed out, that there were some mistakes in efforts to secure the first
customers. The competitor managed better in direct sales. This also affected later
efforts, because the competitor launched a whole product package that customers
The co-operation between operators and original equipment manufacturers has been
quite successful. They share in common product development activities and give
valuable references to the company when planning the next steps to conquer the
4.2.4 Servicing and implementation
Some channel partners are focused on servicing co-operation -one group related to this
case is a group of system integrators (Rajala et al. 2001, p. 49).
According to the interviews, the case company handled the platform implementation of
the customer’s systems. These were carried out as unique customer projects.
4.2.5 The Customer Perspective
As mentioned earlier, the main customers of the case company are operators and other
businesses. There is no direct interaction with the end-customers. As presented in
Figure 18, the final customer is in a crucial position with regard to value expectations.
The barrier is between the product/value offering and product/value expectation. The
value-added services should fulfil the needs for certain purposes. There is already a
huge number of SMS users, and SMS based services have conquered the customers’
mobile communication needs. SMS is at the moment on top from an economical point
of view, according to Autio et al. (2001). The growth of SMS will decrease after 2002,
but it will keep its position in customers’ everyday life if no service can replace it. Up to
now, consumers have accepted SMS, because it is easy and cheap to use and short
messages can be sent at any time or in any place.
The latest 3G services have proved unstable to date. The first devices with multimedia
enabling technology have been launched and some early enthusiastic customers will try
them. The price of the devices is quite high at the moment, and there have been
difficulties with 3G networks, so there are some barriers before the value-added 3 G
mobile services can enter the markets. After the service launch there is the question of
whether customers are willing to buy and use them. What is the value received and how
expensive is that value?
The use of the Internet has stabilised its position. For example, e-mail is a common way
to send short messages and younger customers are used to using different chat services.
E-mail will remain the most used messaging system on the Internet (Autio et al. 2001,
p. 88). Alternative ways to deliver new services are wireline or wireless Internet. The
Internet instant messaging services are popular as well. There were approximately 40
million AOL Messenger users and 84 million ICQ (comes from the words “I seek you”,
a web-based community) users globally (Autio et al. 2001, p. 88). Customers do not pay
any great attention to the device (pc, laptop, mobile phone, 3G device etc.) when the
Messaging services (SMS, instant messaging) are widely used by teenagers. They
should also be available easily to them. Certain web portals are popular among
youngsters and almost everyone has a mobile phone. To launch the new services and the
possibility for customers to get involved in the design processes, to try some services or
devices free or design some service independently could offer a new, more customer
oriented perspective for software companies production. Examples of peer-to-peer
computing (e.g. Linux, Napster) have pointed out the customer’s willingness to get
involved in the service design and delivery processes. These opportunities could also be
economically profitable for a software company and they could give rise to new
communities of customers and help the marketing efforts.
4.2.6 Competitor analysis
What went wrong in the early stage in marketing and sales? It is crucial that there was
another player in the market, which was heavily investing in marketing and sales
efforts. It could win the race of niche markets in the early stages and also offer more
value to some customers, because they changed the supplier.
When competing in vertical markets, where the customer segment is not very broad, the
marketing operations, branding and customer lock-in are crucial. In the next sections,
the main areas according to the competitor’s product development, namely revenue
logic, marketing and sales with service and implementation are explained and compared
with those of the case company.
The value chain describes the core area in the competitor’s business and its connections
with partners and customers (Figure 21).
Figure 21. The competitor’s value chain.
However, the value chain illustrated in Figure 21 is very static and it does not show
whether there is any interaction between the competitor and its customers.
220.127.116.11 Product development
The competitor’s product has similarities to the case company’s offering. However, the
competitor is more oriented towards mobile entertainment, though there is a platform
solution, which enables the use of entertainment directed applications. Compared to the
case company, the difference results in a more versatile selection and use of
applications, e.g. games and downloading java files are possible with the competitor’s
solutions. Product development is concentrated purely on mobile entertainment
software. Constant innovations are needed. The product development life cycle with
innovations has actively followed the needs of the markets and the first MMS have
already been launched and are available in the newest end-user devices.
18.104.22.168 Revenue logic
The competitor is the market leader in the field of mobile entertainment solutions in
Finland. The number of mobile entertainment users is estimated to grow rapidly
according to the competitor (Figure 22) and this possibly means new revenue flow,
because of the speed in product development and innovation processes presented in
Figure 22. Growth of mobile entertainment usage 2001 – 2005.
22.214.171.124 Marketing and sales
The competitor is marketing itself as a market-leader. It has successfully managed to
create a desirable brand. The strategies, visions, partners, customers etc. have been
made visible on the web, which increases reliability.
Sales operations are mostly carried out by value added resellers. The major customers
are international mobile service providers in the mass-markets. The competitor has
developed programs, alliances and partnerships with other parties. Alliances have been
established for example with device manufacturers.
4.4 Value net for the case company
The idea of value net was introduced in Section 3.5. The value net for the case company
can be structured from the existing information. As Parolini (1999) introduced the VCS
and the value net, besides analysing the business model and single functions in it, now it
is appropriate to build a strategic map to illustrate the case company’s key value net
nodes and flows.
Because the starting point is the final customer, the set of individual processes or
activities relevant for mobile services use are illustrated in Figure 23
Content production Content personalisation Mobile services
Mobile device assembly
Figure 23. Mobile services use from the user’s perspective.
Individual mobile services users are simply interested in buying a suitable mobile
device from a retailer. The mobile device usually includes software with sets of specific
features. The company creates the basic contents of the service, but the individual user
has an opportunity to personalise these contents. The Network/operator is in a critical
position to provide access and immediacy to the service.
When these critical processes and activities have been analysed, it is obvious that an
individual companies’ business processes are highly relevant for the individual
customer. By analysing these critical processes and activities it is possible to build a
value net for the case company and suggest innovative and more customer –oriented
ways to get revenue flows.
The case company co-operates with many other companies, too. All of them have
different roles and positions in the network. From the customer’s point of view there is
no individual company representative – only processes (and a brand which combines
these processes under the whole product which is accessible e.g. from the internet). To
analyse the overall VCS, the making/buying/connecting choices, the most/least
profitable activities, system bottlenecks, the possibility of reconstructing the role of
final customers and the possibility for innovations, the value net for case company is
illustrated in Figure 24.
Analysis Tailoring Direct sales
Testing Integration: network
Figure 24. The key nodes and flows of the value net for the case company illustrated.
On the basis of the case company’s value net, it is possible to define the main processes
and activities important for the customer. Software production and technical support are
the supporting activities and the more visible part of the processes are the channels and
consumer interface partners. The software vendor is quite distant from the end-user. The
value net analysis forms a basis for business development suggestions in Sections 5.3
5. Evaluation of the results
On the basis of the case analysis, the summary of the findings and development
proposals for the case company’s business network are presented in the following
5.1 Summary of the findings
The product family has succeeded in the later? markets. Product development has to
constantly analyse the core areas for 3 G devices and the customer needs for new value
added services. The aim to concentrate on mobile messaging services seems to be the
right approach in product development. Different mobile messaging applications are
generally regarded as the “killer-applications” in the 3 G environment. The possibilities
are widening and no company has conquered the majority of the 3 G value added
services markets up to now.
Revenue logic is based on license sales. There could also be alternative possibilities for
generating revenue flows. In the early stages, the main owners have supported product
development, but the negative results in software production should be balanced in the
short term and generate revenues from product sales and additional services. The
investment made in buying other software companies has affected negatively the overall
Marketing and sales have encountered problems in the early stages. There were not
enough efforts to secure the first customers, who could bring the revenue needed for
product development. The big equipment manufacturers and operators have a positive
effect as references in marketing. They are just not enough marketing and sales network
partners for smaller software companies. Direct sales must be the approach in global
markets, when the product development life cycle is short and technology is developing
towards 3 G.
The distribution is mainly handled by value-added re-sellers, original equipment
manufacturers, operators and portal owners. The use of different distribution channels
should always answer the question “How could we reach our customer best and how
can our customer reach us?” A deeper analysis of the effectiveness of different
distribution channels could be one way to find the answers to that question.
Service and implementation has been part of the software company’s business portfolio.
However, system integrators are companies offer only services without their own
software products (Rajala et al. 2001, p. 50), which is not the situation in this case.
The most critical issue for marketing, sales and distribution in software production
seems to be to succeed in marketing and sales, contracting, management of distribution
channels and value-added services for certain product. Moreover, the push to
internationalise is too low for many Finnish companies and only a few products can
survive (Nukari and Forsell 1999, p. 40).
5.2 Development of the case company’s business network
The company’s position in the network may vary depending on the offering. The case
company acts as a software vendor by offering software products for a customer
segment. It also acts as a system integrator by installing and testing the software
product. And finally, it acts as a service provider by providing the after-sales service.
5.2.1 Product vendor, system integrator or service provider
To make the roles of product vendor, system integrator and service provider visible in
the value creating process, the model represented by Messerschmitt and Szyperski
(2000) is presented in Figure 20.
software supplier service provider
Infrastructure service provider
software supplier (ISP)
Figure 20. Natural businesses partitioning of the value chain (Messerschmitt and
Szyperski 2000, p. 29).
The application software supplier typically bundles the analysis and development
functions together with the customer to define the requirements. The infrastructure
software supplier must be similarly aware of the requirements of the various
applications. The system integrator specialises in providing and acquiring software from
both application and infrastructure with the aim of testing and installing and checking
compatibility. An application service provider (ASP) operates the application and the
infrastructure service provider (ISP) purchases and operates the hardware and software
infrastructure (computers, networks etc.) (Messerschmidt and Szyperski 2000, p. 28).
5.2.1 Product vendor
It seems that application developers are divided into those who provide platform
middleware and those who provide pure applications (Autio et al. 2001, p. 26).
The case company could decide to concentrate on developing applications (e.g.
Springtoys or Spyglass) or choose the other alternative of producing middleware
software for emerging mobile services needs.
In either case there is a need for a network structure involving application developers
Figure 25. Application developers (Autio et al. 2001, p. 26).
As Figure 25 shows, the application developer is a part of the network. The case
company has to find the best network structure to support value delivery for its
customers and to get customers involved in the value creating processes.
3 G software products are in their early stages and investment in product development is
massive. The case company has already developed platform software, which could also
serve the needs of 3 G products – the idea of platform software’s re-use is considerably
more efficient with time and investment. If the platform is developed to support
application development in longer term, the concentration on application development
is better secured.
The networks with other mobile platform software producers could be more versatile by
offering the possibility to integrate the case company’s applications directly into the
product by offering multiple network players.
5.2.2 System Integrators
The company could also act as a system integrator by developing a specific product
The service consists of integrating networks and operating units with applications used
as an entity and then rebuilding the processes. Figure 26 illustrates an example of an
end-to-end solution (http://www.wcl.com/techno1.html) containing the system
Figure 26. Example of an end-to-end solution for mobile commerce
At the moment the case company also handles the system integration aspect by taking
human capital and money from the software development side.
The company, which owns the case company, also owns another business unit that
concentrates on customer tailored software projects. System integrating could be
handled by this partner and let employees get on with developing new software
In the early stages of a product’s life cycle, a lot of custom service is needed, but
towards the end the need for custom service decreases. However, system integrating is
constantly needed, because some products are always at the beginning of their product