a conceptual framework on the adoption of negotiation support systems
TRANSCRIPT
A conceptual framework on the adoption of negotiation support systems
John Lim*
School of Computing, National University of Singapore, Kent Ridge, Singapore, Singapore 119260
Received 1 November 2002; revised 28 January 2003; accepted 10 February 2003
Abstract
An exploratory study was conducted to identify factors affecting the intention to adopt negotiation support systems (NSS) by managers and
executives. Drawing from past literature, the Theory of Planned Behavior and the Technology Acceptance Model provided basis for
analyzing our results. Overall, subjective norm and perceived behavioral control emerged as strongest determinants of intention to adopt
NSS. Further probing of subjective norm revealed organizational culture and industrial characteristics to play significant roles. A new
conceptual framework is proposed which would be of both theoretical and practical importance.
q 2003 Elsevier Science B.V. All rights reserved.
Keywords: Negotiation support systems; Adoption intention; Technology Acceptance Model; Theory of Planned Behavior; Framework
1. Introduction
Negotiations have become increasingly important and
inevitable in today’s business. As computer and communi-
cation technologies become more advanced and easily
available, using computers to aid negotiations has become
viable, especially as the issues negotiated become more
complex. This has led to the emergence of negotiation
support systems (NSS), a specialized class of group support
systems designed to help negotiators achieve optimal
settlements. A number of commercial NSS packages are
available for sale. However, practical usage of NSS in
organizations has been minimal. This phenomenon causes
the motivation for this study, which is to identify factors
affecting business managers’ and executives’ intention to
adopt NSS.
In information systems research on user behavior,
intention models from social psychology have been
frequently used as the potential theoretical foundation for
research on the determinants of user behavior [1,2].
Among these theories are the Theory of Planned Behavior
(TPB) [3,4] and the Technology Acceptance Model (TAM)
[5,6]. As TPB and TAM are both viable and popularly
employed explanatory mechanisms for IT adoption and
their explanatory powers vary depending on the technology
[7,8], the current paper makes use of them as theoretical
basis for the context of NSS. Section 2 discusses the
technology as well as reviews the two adoption models.
Section 3 describes the analysis of data collected. Section 4
discusses the implications of the findings. In Section 5, a
new conceptual framework is presented.
2. Negotiation support systems and adoption models
Bui et al. [9] described negotiations as complex, ill-
structured, and evolving tasks requiring sophisticated
decision support. However, weak information processing
capacity and capability, cognitive biases and socio-
emotional problems often hinder the achievement of
optimal negotiations [10–13]. As a result, much interest
has been generated to provide computer support for
negotiations. This leads to NSS, a special class of group
support systems designed to support bargaining, consensus
seeking and conflict resolution [9]. Conceptually, NSS
consist of decision support systems (DSS), which are
networked [14]. The DSS component helps to refine
negotiators’ objectives, and at the same time, provides a
tactful forum for expressing them [15]. It supports the
analysis of subjective preference and/or external objective
data. NSS also provide modeling techniques (based on
regression analysis, multi-criteria decision making, and
game theory) to generate integrative solutions or viable
strategies [16–18]. This information processing capability
and capacity, as well as the identification of potential
0950-5849/03/$ - see front matter q 2003 Elsevier Science B.V. All rights reserved.
doi:10.1016/S0950-5849(03)00027-2
Information and Software Technology 45 (2003) 469–477
www.elsevier.com/locate/infsof
* Tel.: þ65-6874-6773; fax: þ65-6779-4580.
E-mail address: [email protected] (J. Lim).
settlements, enhance easy interpretation and objective
evaluation of issues and outcomes.
Much of NSS research has focused on the design and
implementation of NSS, as well as the building blocks of
NSS (i.e. the DSS and communication components)
[15–17,19–22]. Another key area addresses the modeling
and representation of negotiation problems [23–26]. Some
of these efforts have involved inter-disciplinary research
and collaboration, ranging from management science to
cognitive/behavioral sciences to applied artificial intelli-
gence, and neural networks [24,27–29]. They cover a
variety of domains, including static buyer/seller nego-
tiations, dynamic scenario management [30], and electronic
mobile marketplace [31]. Empirical research on NSS has
shown that computer-aided negotiations generally yielded
higher joint outcomes and greater satisfaction; in short, NSS
help to improve the negotiation process as well as the
negotiation outcome [13,32,33]. Despite these positive
results, widespread adoption of NSS is not observed. This
paper seeks to understand what factors are dominant in
affecting peoples’ intention to adopt NSS by employing two
established adoption models.
The TPB [3] postulates three conceptually independent
determinants of intention: attitude, subjective norm and
perceived behavioral control. Attitude refers to the extent
to which a person evaluates the behavior (i.e. adoption of
NSS) favorably or unfavorably. A person will have a
favorable attitude towards this behavior if he or she
believes that doing it will have largely positive
consequences. On the other hand, if a person perceives
mostly negative outcomes from performing the behavior,
then he or she will view the behavior unfavorably.
According to TPB, attitude towards NSS adoption is an
additive function of the products of behavioral belief and
outcome evaluation of that belief. Subjective norm refers
to the perceived social pressure to, or not to, adopt NSS.
It is determined by normative beliefs, which are
concerned with the likelihood of important referent
individuals or groups approving or disapproving of
performing the behavior. Subjective norm regarding
NSS adoption is an additive function of the products of
normative belief about each referent and motivation to
comply with that referent. Perceived behavioral control
refers to the perceived ease or difficulty of performing
the behavior and is dependent on second-hand infor-
mation, experiences of acquaintances and friends, and
anticipated assistance and impediments. Specifically, an
individual’s perceived control increases as he or she
perceives greater resources and opportunities, and
anticipates fewer obstacles and impediments. Perceived
behavioral control over NSS adoption is an additive
function of the products of control belief and perceived
power of that belief. In general, the more favorable the
attitude and the subjective norm, and the greater the
perceived behavioral control, the stronger would be an
individual’s intention to adopt NSS. Examples of
applying TPB to IS topics include [7] (use of spreadsheet
software), [8] (use of Computing Resource Center), and
[34] (adopting IT in small businesses).
The TAM [5] postulates two determinants, perceived
usefulness and perceived ease of use. Perceived usefulness
is defined as the extent to which a person believes that using
NSS will improve his or her job performance within an
organizational context. Perceived ease of use refers to the
degree to which a person expects the usage of NSS to be free
of effort. This model also invokes the attitude concept, and
predicts that adoption intention (of NSS) is a function of
perceived usefulness and attitude, which in turn is
determined by perceived usefulness and perceived ease of
use. Examples of TAM studies pertaining to IS include [35]
(executive information system), [7] (spreadsheet software),
[8] (Computing Resource Center), [36] (email), and [37]
(Word, Excel). Other TAM studies have focused on the
relationship between usage and perceived usefulness and
perceived ease of use [38–40]. Whereas the above adoption
models can be and have been applied to studying various
types of IT, in the current paper they are employed as
theoretical basis for understanding NSS adoption.
3. Data analysis
An exploratory study was conducted. Questionnaires,
adapted from Harrison et al. [34] (for measuring items
related to TPB) and Davis [38] (for measuring items
related to TAM), were sent to managers and executives.
The target involved a representative sample of firms
located in Singapore, characterized by an open economy
and typical of a developed city. The major industries
touched on were manufacturing, services, and commerce.
Collected data were subject to validity and reliability
tests; if constructs are valid, tests such as factor analysis
will yield relatively high correlations between measures
of the same construct and low correlations between
measures of constructs that are expected to differ. Three
principal component factor analyses with promax rotation
were performed (an oblique rotation was chosen because
the factors might be correlated). The first factor analysis
was performed on measures pertaining to behavioral,
normative and control beliefs; these are the product terms
for attitude, subjective norm, and perceived behavioral
control, respectively. The result of the factor analysis is
shown in Table 1. Factor loadings, except for two items,
were greater than 0.55. From the factor analysis, six
factors were identified: three sets of behavioral beliefs,
one set of normative beliefs, and two sets of control
beliefs. For behavioral beliefs, the first set pertains to the
perceived advantages of using NSS, the second set the
perceived disadvantages of adopting NSS, and the third
set the direct costs associated with using NSS in the
organization. Control beliefs are divided into computer-
related and non-computer-related factors. The items in
J. Lim / Information and Software Technology 45 (2003) 469–477470
these factors were utilized in regression analyses for
subjective norm and perceived behavioral control to be
discussed later. The second factor analysis was conducted
for measures of intention, attitude, subjective norm and
perceived control (see Table 2). All the items loaded into
their respective factors with loadings of 0.67 and greater.
Reliabilities varied between 0.72 and 0.95.
The third factor analysis was conducted for measures of
perceived usefulness and perceived ease of use (see Table 3).
All the items loaded into their respective factors with loadings
of 0.66 and greater. Reliabilities ranged from 0.87 to 0.96.
Echoing the two adoption models, two regression
equations were tested which highlighted subjective norm
and perceived behavioral control as significantly strong
Table 1
Pattern matrix for measures of behavioral, control and normative beliefs
Construct Item Factor
1 2 3 4 5 6
Behavioral beliefs I (Perceived advantages) Improve information access 0.96 20.10 20.01 0.17 0.00 0.01
Improve communication 0.94 0.00 0.00 0.00 0.00 0.00
Increase speed 0.93 0.00 0.00 0.01 20.01 0.01
Improve efficiency 0.89 0.00 0.01 0.01 20.01 0.01
Better service 0.79 20.01 0.12 0.00 20.01 0.01
Reduce costs 0.77 0.13 0.00 20.22 0.18 20.14
Easier to use 0.69 20.01 0.21 20.01 0.00 0.00
Control beliefs I (Non-computer-related) Training 20.01 0.84 0.22 0.16 0.01 0.00
Employees’ support 0.01 0.76 0.27 0.00 20.01 0.17
Time 20.20 0.75 0.26 0.10 0.12 20.13
Financial assets 0.00 0.68 20.23 0.34 20.19 0.01
Normative beliefs Suppliers/vendors 0.00 0.15 0.83 20.12 0.00 20.01
Customers/clients 0.01 0.15 0.77 20.19 0.00 20.12
IT specialists 0.01 0.01 0.72 0.14 0.01 0.16
Other employees 0.19 0.17 0.67 20.01 0.00 20.01
Control beliefs II (Computer-related) Compatibility with software 0.00 0.22 20.01 0.93 0.00 20.16
Compatibility with hardware 0.12 0.25 0.00 0.91 0.00 20.01
Behavioral beliefs II (Perceived disadvantages) More downtime 20.01 0.12 0.01 0.00 0.80 0.00
Integration problems 0.00 20.30 20.11 0.10 0.71 0.01
Employees’ resistance 20.11 20.42 0.38 0.24 0.55 0.00
Less organized 0.15 0.21 20.33 20.22 0.45 20.34
Reduced info security 0.00 0.24 20.29 20.12 0.45 0.41
Behavioral beliefs III (Direct costs) Higher training costs 0.00 0.00 0.01 20.01 0.12 0.87
High costs to develop 0.00 0.00 20.12 20.17 0.00 0.82
Table 2
Pattern matrix for measures of intention, attitude, subjective norm and perceived behavioral control
Construct Item Factor a
1 2 3 4
Attitude Positiveness of attitude 0.93 0.12 0.00 20.20 0.87
Effectiveness 0.86 0.19 20.12 20.01
Goodness 0.85 0.00 0.00 20.01
Helpfulness 0.70 20.28 0.00 0.33
Wiseness 0.67 20.12 0.17 0.13
Intension Commitment 0.00 0.94 20.01 0.01 0.95
Certainty 0.00 0.94 0.00 0.01
Likelihood 0.01 0.88 0.10 0.00
Perceived behavioral control Degree of being under control 0.00 20.21 0.86 0.00 0.72
Simplicity to arrange 0.00 0.20 0.83 0.00
Easiness 0.00 0.12 0.70 0.14
Subjective norm Strong approval of important people 20.01 0.01 0.00 0.92 0.91
Approval of important people 0.00 0.01 0.00 0.92
J. Lim / Information and Software Technology 45 (2003) 469–477 471
determinants of intention to adopt NSS. Further stepwise
regression analyses were therefore performed on subjective
norm and perceived behavioral control, whose respective
product terms were obtained from an earlier factor analysis
reported in Table 1. Table 4 shows that subjective norm was
significantly influenced by endorsement from customers, IT
specialists and (other) employees. For perceived behavioral
control, the only significant factor was employees’ support
for the organizational adoption of NSS.
Exploratory analysis was performed by separating the
data according to countries of origin (Western vs. Asian
countries). From the results, Asian countries’ data set
showed subjective norm to be the only significant factor
ðp , 0:001Þ influencing intention; in contrast, the only
significant factor found in Western countries’ data set was
perceived behavioral control ðp , 0:05Þ: The data was also
analyzed based on three major industries identified:
manufacturing (33%), services (13%), and commerce
(11%). For all three-regression analyses, subjective norm
emerged as a significant predictor. In addition, perceived
behavioral control was significant for the manufacturing
industry.
4. Implications of findings
Exploratory analysis performed on subjective
norm showed that it was significantly influenced by
customers/clients, IT specialists, and other employees in
the organization. An organization’s dependence on its
trading partners has often affected its decision making on
various aspects of inter-organizational collaboration [41,
42], such as the adoptions of NSS and electronic data
interchange (EDI). In particular, organizations are depen-
dent on their customers and clients, as they are the revenue
generators in the organization’s value chain. For example,
suppliers of major US automobile companies were required
to adopt EDI systems if they wanted to continue doing
business with these customers, who had proactively adopted
inter-organizational systems [43]. Similarly, NSS are inter-
organizational systems1 that are designed to support
business negotiations (such as contract or even merger
Table 3
Pattern matrix for measures of intention, attitude, perceived usefulness and perceived ease of use
Construct Item Factor a
1 2 3 4
Perceived usefulness Accomplish tasks faster 0.97 20.14 0.00 0.11 0.96
Improve job performance 0.97 0.00 0.00 0.00
Enhance effectiveness 0.94 0.00 0.00 0.00
Increase productivity 0.91 0.00 0.01 0.01
Easier to do job 0.88 0.11 0.00 20.01
Useful 0.66 0.36 0.00 20.15
Perceived ease of use Easy to use 0.00 0.93 0.01 0.00 0.94
Easy to become skillful 20.01 0.93 0.12 20.12
Easy to learn to operate 0.00 0.89 20.01 0.01
Flexible to interact with 0.00 0.85 20.14 0.01
Clear and understandable interaction 0.12 0.81 0.00 0.00
Easy to do what they want 0.01 0.76 0.00 0.12
Attitude Negative/positive 20.15 0.00 0.92 0.00 0.87
Ineffective/effective 0.01 0.00 0.79 0.13
Bad/good 0.12 20.01 0.79 0.00
Harmful/helpful 0.01 0.00 0.77 20.14
Foolish/wise 20.01 0.01 0.76 0.00
Intention Certainty 0.00 0.00 0.00 0.96 0.95
Commitment 20.01 0.01 0.00 0.95
Likelihood 0.01 21.37 0.00 0.91
Table 4
Stepwise regression for subjective norm and perceived behavioral control
(based on TPB)
Function Regression coefficients Correlation coefficients
1. SN ¼ Customers þ Suppliers þ IT specialists þ Employees
Customers 0.10* 0.54***
IT specialists 0.13** 0.55***
Employees 0.21*** 0.61***
2. PBC ¼ Financial resources þ Time þ Software
compatibility þ Hardware compatibility þ Employees þ Training
Employees 0.57*** 0.29**
*p , 0:05; **p , 0:01; ***p , 0:001:
1 Inter-organizational systems refer to telecommunication-based
computer systems that are used by two or more organizations to support
data, information and applications sharing among users in different
organizations [62,63]. A recent form, for example, is the continuous
replenishment program (CRP) [64].
J. Lim / Information and Software Technology 45 (2003) 469–477472
negotiations) between organizations. Therefore, customers
are a considerable driving force behind organizations’
intention to adopt NSS. On the other hand, an organization’s
suppliers and vendors are relatively dependent on the
organization and consequently they will have less influence
on the organization’s NSS adoption intention and decision.
Prior IS research has stressed the importance of user
participation [38]. For instance, Baroudi et al. [44] found
user participation and user information satisfaction to be
positively correlated with system usage. Barki and Hard-
wick [45,46] found that user participation was a determinant
of user attitude. The non-IT employees (end users) who
participate in the development process of a NSS are likely to
develop beliefs that the new system is good, important and
personally relevant. Through participation, employees may
be able to influence the design of this system. In turn, they
may develop feelings of satisfaction and ownership, as well
as a better understanding of the new system and how it can
help them in their job. Thus, the significance of employees
(both IT specialists and other employees) in influencing
subjective norm is consistent with, and lends further support
to, the importance of employee participation in system
adoption and acceptance.
While perceived behavioral control was presumed to be
affected by financial cost, implementation time, software
and hardware compatibility, employee’s support and
training, exploratory analysis showed employees’ support
for the organizational adoption of NSS as the only
significant factor. Although NSS were relatively novel,
past experience with other new systems might be able to
provide managers with an estimation of employees’ support
(or resistance) level. Hence, in the case of NSS, employees’
support may be the most crucial factor in determining the
perceived behavioral control of adopting the new technol-
ogy. This also further strengthens the importance of
employees’ influences (i.e. subjective norm) in system
adoption. Moreover, employees’ support is likely to reduce
resistance to change, which has been found to be a major
inhibitor for EDI adoption [47].
The findings of this study have important implications for
practitioners, including managers and executives, as well as
marketers of NSS technology. For management people, the
findings indicate that theyshouldbeawareof thesocial factors
that may hinder the successful adoption of a new IT such as
NSS. They should encourage active participation from
referent groups who play critical roles in influencing
organizational decisions; for example, views and positions
of IT specialists should be consulted in the case of system
acquisition, and end users’ feedbacks should be accommo-
dated in the case of system development or user acceptance
testing. In fact, analysis showed that most respondents
possessed a strong desire to comply with their referent groups.
Thus, iforganizations perceive that their referentgroups are in
favor of their NSS adoption, they will very likely intend to
adopt NSS. Special attention should be paid to customer-
s/clients, IT specialists, and other employees. Information
about the new IT could be disseminated to them to highlight
the importance of adopting such an IT. Similarly, marketers
should actively seek out these referent groups and create an
awareness of NSS among them. In particular, a product or
technology champion to educate the users on the new
technology and facilitate its adoption would help to garner
user support for its adoption [43]. Existence of a champion has
been found to be an important factor in IT adoption [48], and
particularly in inter-organizational systems and EDI adoption
[49,50]. Therefore, a champion to promote NSS would help to
generate favorablesocialpressureandencourage itsadoption.
Furthermore, practitioners should also take note of the
resources required for any successful implementation of
NSS. They should first identify the resources available in
their organizations and then evaluate the feasibility of an
adoption. Moreover, as perceived behavioral control,
besides actual control, carries a substantial weight in
influencing adoption intention, information on the required
resources for adopting NSS should be readily available to
any potential adopters to help them assess and improve their
perceived behavioral control. Particular attention should be
focused on increasing employees’ support for NSS adop-
tion. To heighten employees’ support, management could
involve the participation of employees in the installation of
a NSS in the organization. A special customized introduc-
tion process aimed at making users feel comfortable with
the new system will also help to foster greater employee
support.
Baronas and Louis [51] found that special training during
the system implementation process would help to restore or
enhance an employee’s sense of control over his work,
which might have been threatened during such process. This
will in turn cause employees to be more satisfied with the
system and positive in their interaction with system
implementers. Consequently, user acceptance of NSS will
be greater. In fact, correlational analysis between employ-
ees’ support (control beliefsupport £ perceived powersupport)
and training (control belieftraining £ perceived powertraining)
revealed a strong positive correlation (r ¼ 0:69; p , 0:001),
suggesting that employees’ training may influence per-
ceived behavioral control indirectly through employees’
support.
5. Conceptual framework
Based on empirical analysis, this section puts fourth a
conceptual framework regarding the adoption of NSS (see
Fig. 1). In this framework, subjective norm and perceived
behavioral control are posited to influence the intention to
adopt NSS. This linkage, however, is moderated by
organizational culture and industry characteristics. In
other words, the extent to which subjective norm and
perceived behavioral control affect adoption
intention depends on the specific conditions assumed by
organizational culture and industry characteristics. Further,
J. Lim / Information and Software Technology 45 (2003) 469–477 473
subjective norm is conceived to be affected by three
exogenous variables: customers’ endorsement, IT special-
ists’ support, and employees’ support; the last variable also
impacts perceived behavioral control. Whereas these
exogenous variables have been dwelt upon in Section 4,
the following deliberates on the two proposed moderators.
5.1. Organizational culture
Based on his cross-country study on culture, Hofstede
[52] categorized countries with four different character-
istics—individualism/collectivism, uncertainty avoidance,
power distance and masculinity/femininity.2 These four
value dimensions, which distinguish national value systems,
also affect individuals and organizations. According to
Hofstede [53], prevalent value systems, which form a part of
an organization’s culture, encompass a national component
reflecting the nationality of the organization’s founders and
dominant elite. He proposed that founders of organizations,
being unique individuals belonging to a national culture, are
likely to incorporate their national values into their
organizational culture, even if the organizations spread
internationally. For example, there is something American
about IBM the world over, something Swiss about the Red
Cross. Therefore, it is conceivable that individuals who join
the organization will subsequently go through processes of
selection, self-selection and socialization to assimilate
themselves to the organizational culture [53]. It is also
noted that survey respondents were instructed to answer
from the organization’s perspective. Correspondingly, the
organizational culture may be reflected in the responses.
Among the four cultural dimensions, the individualism/-
collectivism component may provide particular insight into
the behavior of organizations with respect to subjective
norm. Individualism/collectivism relates to the self-concept
of ‘I’ or ‘we’. In an individualist society, individuals see
themselves as I and are motivated by self-interest and self-
actualization. Tasks enjoy higher priorities over relation-
ships. On the other hand, in a collectivist society,
individuals see themselves as part of we and are motivated
by group interests and relationships. It is evident from
Hofstede’s work that Asian countries were largely collecti-
vist societies, and Western countries were relatively
individualistic. A Pearson correlational analysis showed a
negative correlation (r ¼ 20:18; p , 0:10) between sub-
jective norm and individualism index scores as reported by
Hofstede, thus confirming the role of organizational culture
in the proposed framework.
The influence of organizational culture can be further
deliberated by examining an organization’s value tradeoffs
between relationships and tasks. Asian organizations are
likely to be collectivist and relationships with employees
and trading partners are placed above other considerations.
In a collectivist organization, people think in terms of we
(work group, organization) and ‘they’ (the others). Accord-
ingly, social influences will have a greater impact on
organizational decisions in collectivist organizations. The
employer–employee relationship in these organizations
comprises a moral component, with a tendency for
employers to protect employees and their welfare. Thus,
organizational members’ opinions matter and if they
disapprove of NSS adoption, the organization’s intention
to adopt will be visibly weakened. In the business arena,
harmonious and lasting relationships with business partners
are highly regarded. Hence, if business partners disapprove
of the organization’s NSS adoption, it is unlikely that the
organization will adopt NSS to avoid jeopardizing painstak-
ingly built relationships.
In contrast, Western organizations are characterized as
individualistic. Individualistic organizations may be more
concerned with task-oriented issues such as productivity and
efficiency. In these organizations, employers may see
employees as ‘a factor of production’ and part of a ‘labor
market’. Moreover, opinions of employees regarding a
system considered useful by top management may not carry
much weight, relatively speaking. In business relationships,
task considerations take precedence over personal relation-
Fig. 1. Conceptual framework on the intention to adopt NSS.
2 Notwithstanding the use of Hofstede’s conceptualizations here, its
limitations and oppositions are noted [65].
J. Lim / Information and Software Technology 45 (2003) 469–477474
ships. Thus, employees’ and trading partners’ approvals or
disapprovals may be of secondary importance in these
organizations.
5.2. Industry characteristics
An organization’s intention to adopt a system may also
be affected by the nature of the business. From the
exploratory analysis on the manufacturing sector, subjective
norm and perceived behavioral control emerged as signifi-
cant predictors of intention. On the other hand, only
subjective norm was important for the commerce and
services sector. Manufacturing companies represent
machine bureaucracies, which are characterized by stan-
dardization, functional structural design and large size [54].
These structures are generally associated with mass
production technology in which repetition and standardiz-
ation dictate the products, process and distribution. In other
words, the manufacturing environment symbolizes stability
and few changes in working procedures and policies. As a
result, if employees perceive that the introduction of NSS
will bring about revolutionary changes to existing work
practices (as in using NSS to negotiate), the new system will
be met with strong resistance.
Moreover, the implementation of large-scale just-in-time
(JIT) systems by these organizations to streamline their
operations requires that the introduction of NSS does not
disrupt the operations of existing tightly coupled systems.
These factors make perceived behavioral control an
important component of organization’s intention to adopt
NSS. Other factors such as computer anxiety may also
determine the perceived ease of adopting NSS. Thus,
successful implementation of NSS in these organizations
requires sound strategies to ensure compatibility and
smooth integration with other systems, as well as minimal
changes to current work practices. Special training pro-
grams will also help to alleviate employees’ resistance to the
new information technology.
On the other hand, the services industry is dynamic and
uncertain because they involve customer participation [55].
The information processing involved and the task activities
performed vary in response to customers’ requirements and
wants [56]. The environment faced by the commerce
industry is also competitive and constantly changing.
Thus, to achieve or maintain a competitive advantage,
organizations in these environments are constantly scanning
and implementing new technologies [49]. Firms that fail to
do so may quickly lose their competitiveness. As Grover
and Goslar [49] found in their study, environment
uncertainty was positively correlated with IT contribution.
Correspondingly, firms in uncertain environment view IT as
a potential solution to their business challenges. These
organizations tend to ignore the perceived ease or difficulty
of implementing NSS in their consideration of adopting
NSS, so long as important business partners agree with
the adoption. In other words, perceived behavioral control
may not be an important factor for these organizations.
In sum, industry characteristics play a crucial role in
influencing intention. For organizations where tasks and
processes are repetitive and unchanging, the introduction of
a new system may be viewed as a threat to current work
practices by employees. On the other hand, organizations in
dynamic industries often see IT as business solutions to help
them achieve a competitive advantage. Therefore, organiz-
ations in these industries will be more willing to adopt
innovative technologies. Nonetheless, for organizations in
both stable and dynamic industries, generating positive
perceptions in referent groups will help to facilitate the
adoption of new technologies. In addition, perceived
behavioral control is also important to organizations in
non-dynamic industries. To alleviate potential resistance
from users, special training programs should be formulated
to assure users and build their confidence. For example,
sessions can be organized to address and resolve the fears
and stress associated with the system implementation.
Hands-on sessions can also be held to dissipate feelings of
threats and uncertainties among potential users. Through
these efforts, employees’ support for system adoption will
increase. In turn, increased employee support will help to
improve organizations’ perceived behavioral control. Cor-
respondingly, organizations’ intentions to adopt the new
system will be strengthened.
5.3. Other implications
This study examines the adoption intention of a relatively
new technology in organizations; this is in contrast to many
past studies of adoption, which focused on more familiar
technologies. It is conceivable that the level of exposure—
the degree to which users have knowledge of and/or
experience with the system, may influence the magnitude
of adoption intention. Low exposure to the system will lead
to unfamiliarity with the system, which in turn will lead to a
weaker relationship among the variables and low prediction
power. On the other hand, high exposure will result in
system familiarity and subsequently, stronger variable
relationship and higher prediction power.
In fact, the degree of exposure is closely related to prior
experience, which has been found to be an important
determinant of behavior [57,58]. As Eagly and Chaiken [59]
proposed, knowledge gained from past behavior would help
to shape intention. This is because experience makes it
easier to remember acquired knowledge [60,61]. Past
experience also brings out non-salient events, ensuring
their consideration in the formation of intentions [57].
6. Concluding remarks
Using the TPB and the TAM as a starting point, a study
was performed on the adoption intention for NSS, which
J. Lim / Information and Software Technology 45 (2003) 469–477 475
identified subjective norm and perceived behavioral control
to be the key determinants. Further analysis suggested
organizational culture and industrial characteristics to play a
moderating role. A new conceptual framework encompass-
ing the above elements was put forth, and should help
provide future research directions. As companies become
increasingly globalized, adoption research must be
approached with organizational culture as a major aspect
of its design. As well, the inter-relationship between
organizational culture and industry characteristics should
provide interesting research topics of practical values.
Lastly, case studies can be conducted to take into account
the full complexity of the framework, and provide holistic
understanding of the issues at hand.
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