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eGovernment services to a large extent of the population are<br />

also deployed. Some significant examples of information,<br />

data sharing and data integration among public organizations<br />

are also evident. Measurement systems of public values of<br />

eGovernment services are significantly implemented even if<br />

not fully integrated with policy decision-making processes.<br />

The evaluation of public administration managers is largely<br />

based on their capability to achieve outcome related<br />

objectives.<br />

• Stage 5 – A large extent of data and information are made<br />

available for all and some significant business initiatives<br />

based upon public sector information usage are in place.<br />

Cloud computing infrastructures and cloud repositories for<br />

public administrations data are also largely available and<br />

empowering actions aimed at stimulating citizens and civil<br />

servants towards ICT and eco-sustainability of eGovernment<br />

services are conducted. Measurement systems are fully<br />

implemented and linked with policy decision making<br />

processes.<br />

• Stage 6 – ICT is not anymore a barrier to the take up of<br />

eGovernment services and the behaviour for continuous<br />

improvement is pervasive in public administration also<br />

unleashing social innovation [48] is widely diffuse in<br />

designing and developing public services.<br />

It is clear that the MM applied to eGovernment is not independent<br />

from the broader level of maturity of the Digital Society [49]<br />

within which eGovernment deployment and adoption is embedded<br />

[29]. Yet, the process of digital maturation of a given society or<br />

local community is never as linear as the MM would suggest [6];<br />

[50]; [51]; [52]. Therefore for a long-term sustainability of<br />

eGovernment services we have also to understand the needed<br />

efforts that each public administration has to make for reaching<br />

the required level of maturity suitable for deploying and rollingout<br />

a given eGovernment product/service and, then, supporting its<br />

effective adoption and long-term sustainability [29]; [52].<br />

However in most mature administrations neither the level of<br />

digital divide nor the lack of ICT infrastructures seem to be<br />

among the most constraining barriers to eGovernment adoption. It<br />

is rather the lack of a structured and trustworthy decision making<br />

process, effectively involving citizens and stakeholders that slow<br />

down adoption, which in turn weaken the capability to effectively<br />

and timely absorb and use public funds [53]. In this respect the<br />

lack of formal methods for managing and monitoring<br />

eGovernment initiatives further compound the challenges of<br />

successful adoption of eGovernment services [37 - 54]. These<br />

barriers are more and more evident at local level [4], where there<br />

is still an high variance in performances as commented for<br />

instance in [14]; [55]. At the same time the local government<br />

represents the most favourable ground for enhancing citizen<br />

centred eGovernment services with a real engagement of<br />

stakeholders and beneficiaries and an effective empowerment of<br />

the local community [13]; [19]; [43]; [47]; [56], [57] as discussed<br />

in the next chapters.<br />

3. RESULTS<br />

In this section we first apply a synchronic perspective to better<br />

interpret the evolution of adoption barriers and then extract the<br />

key lessons learned. The synchronic perspective we adopted,<br />

foresees the following three periods of implementation of<br />

eGovernment: 1994-2004; 2005-2009; 2010-2012. The choice of<br />

analysing time periods that have different length is due to the need<br />

289<br />

of observing the eGovernment phenomenon of mature public<br />

administrations in their evolutionary pathways that were quite<br />

slow at the beginning as mainly related to deployment of ICT<br />

infrastructures and awareness actions (see MM in Figure 1) and<br />

faster as much as the pathways were related to deployment and<br />

take-up of eGovernment services:<br />

• 1994-2004: this period ranges from the start-up of the<br />

“reinventing government” [1]; [2]; movement, to the first<br />

review of the Lisbon Strategy [58] launched by the European<br />

Union in the year 2000 with the aim to promote ICT in all<br />

competitive domains, including public administration. The<br />

optimistic view on ICT performance and the Internet<br />

diffusion has led to emphasize the lack of telecommunication<br />

infrastructures [8] and their communication capacity [38] as<br />

key barriers to eGovernment adoption. Both of which in turn<br />

have been associated to the lack of institutional support and<br />

standards [8] as a source of “Political/Institutional” barrier.<br />

The concept of “trust in eServices usage by citizens” is often<br />

associated with the concept of “security in transactions”<br />

and “trust in government in preserving personal data<br />

privacy, once the citizens provided them for using an<br />

eService” [38]; [59]. “Managerial/Organizational” barriers<br />

were also important to overcome with particular reference to<br />

“shortage of ICT skills” in public administration [41], while<br />

[8] sees as important barriers the “information<br />

mismanagement and reluctance to share information among<br />

departments”.<br />

• 2005-2009: the period of implementation of the i2010<br />

strategy in the European Union [60]. ICT infrastructural<br />

problems are still considered relevant and in particular<br />

operational costs and maintenance of eGovernment systems<br />

are considered as crucial obstacle [4]; [9]; [20]; [40]; [44],<br />

especially at the local level where the lack of financial<br />

resources is more evident [4]; [9]; [42]; [55]. Technological<br />

and operational barriers are still mentioned, and the most<br />

noteworthy are the “lack of integration across government<br />

systems”, the “lack of knowledge regarding eGovernment<br />

interoperability”, together with the “lack of citizens’ trust<br />

about eGovernment services privacy and security”. Lack of<br />

ICT skills in governmental organization and lack of<br />

cooperation amongst departments together with resistance to<br />

change of the civil servants are also still mentioned [4]; [9];<br />

[40]; [42]; [43]. During this period, however, the most<br />

important barriers affecting eGovernment adoption are the<br />

lack of “evaluation and measurement of eGovernment<br />

services” [4]; [10]; [39], the “difficulties in establishing a<br />

firm connection between ICT innovation, benefits and<br />

outcomes” [3]; [9] and the “digital divide” [9]. Even if still in<br />

embryonic terms, during this period start to be considerd<br />

important barriers the “lack of demand side involvement in<br />

the eGovernment decision making process” [10], the “lack of<br />

trust on government and on government reform” [45] and the<br />

“cost of the services for the users and their perception of<br />

benefits” [4]; [62]; [63], together with the “lack of<br />

eGovernent policy framework that can be applied at local<br />

level” [4]; [42].<br />

• 2010-2012: this period starts from the launch of the so called:<br />

“Digital Agenda for Europe” [66] until today. Most recently<br />

the “political/institutional” barriers have been seemingly<br />

singled out as the most important obstacle for the full take up<br />

of eGovernment services, with particular reference to “lack

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