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INNOVATION PROCESSES IN SURFACE TRANSPORT
Contract No. TREN/FP7TR/234076INNOSUTRA
Deliverable: D8 POLICY RECOMMENDATIONS AND SUMMARY OF WORK
Project Start Date: January 1st 2010 End Date: December 31st 2011
Co-ordinator: UA
Deliverable No
WP No WP 5 WP Leader: UAegean
Due date: 31.12.2011
Submission date: 23.12.2011
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Document summary information
Authors and contributors
Initials Author Organisation
AR Athena Roumboutsos UAegeanSK Seraphim Kapros UAegeanAP Amalia Polydoropoulou UAegeanMLA Maria Lambrou UAegeanML Michael Lloyd LCA EuropeKF Koos Frouws TUDelftCF Claudio Ferrari UGenovaGA Giulia Arduino UGenovaLG Laurent Guihery CNRSFL Florent Laroche CNRSYC Yves Crozet CNRS
TV Thierry Vanelslander UARA Raimonds Aronietis UA
Revision historyRev. Who Date Comment1 ML 19.12.2011 Final draft2 RA 30.01.2012 Included comments of the rieviewers2 RA 27.02.2012 Updated with comments from the Commission3 RA 28.03.2012 Updated with comments from the Commission
4
Quality ControlName Date
Checked by internal reviewerChecked by Task Leader
Checked by WP Leader
Disclaimer
The content of the publication herein is the sole responsibility of the publishers and it does not necessarilyrepresent the views expressed by the European Commission or its services.
While the information contained in the documents is believed to be accurate, the authors(s) or any otherparticipant in the INNOSUTRA consortium make no warranty of any kind with regard to this material
including, but not limited to the implied warranties of merchantability and fitness for a particular purpose.
Neither the INNOSUTRA Consortium nor any of its members, their officers, employees or agents shall beresponsible or liable in negligence or otherwise howsoever in respect of any inaccuracy or omissionherein.
Without derogating from the generality of the foregoing neither the INNOSUTRA Consortium nor any of itsmembers, their officers, employees or agents shall be liable for any direct or indirect or consequential lossor damage caused by or arising from any information advice or inaccuracy or omission herein.
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TABLE OF CONTENTS
1. Approach of the Work: Methodologies Used .....................................................................4
2. Applying the Methodologies.................................................................................................6
3. Typology of Innovations .......................................................................................................7
4. Typology of Actions...............................................................................................................8
5. Specific Success Conditions................................................................................................10
6. Recommended Structure of Actions/Interventions..........................................................11
Recommendations .......................................................................................................................13
Codified Recommendations........................................................................................................15
Decision Tree Fragments............................................................................................................17
Annex 1: Structure of Recommended Actions .........................................................................19
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1. Approach of the Work: Methodologies Used
1.1 This section indicates the overall approach taken by the project to both the
methodologies employed and the selection of innovation cases to be analysed,
based on the input from the experts consulted. In essence it summarises the
outcomes of the successive stages of the project in terms of the evolution of the
methodological development, culminating in the production of a set of policy
recommendations.
1.2 From the outset two broad categorisations of innovations were observed. First,
private commercial innovations, the motivations for which are either revenue
generation or cost-reduction and, second, public innovations/policy initiatives wherethe motivation is related to achieving an increase in socio-economic welfare.
Moreover, the public policy initiatives are generally targeted on complete sectoral
and trans-sectoral transport markets.
1.3 The InnoSuTra approach to the innovation process has been multi-layered. The
first layer, expressed in the Inception Report (D1) and the Preliminary Innovation
Report (D2.1), involves a number of steps. At the initial stage it was decided to
identify the innovation by its predominant component/aspect, i.e. technology,
organisational, etc.; though without ignoring other subsidiary aspects of the
innovation (see D6), and its locationin terms of the transport mode/sector where itis initiated; though without ignoring the impacts on other modes and sectors (in
some cases this will be recognised overtly by designating the innovation as
intermodal). Most innovations are incremental and not radical and for the purposes
of InnoSuTra the analysis concerned incrementalinnovations.
1.4 The second layer involves identifying the barriers placed in the path of the
innovation and the support processes used to overcome these barriers. The
barriers (see D2.1 and D4/5) may be of various types and heights and may occur at
different stages of the innovation process. The early analysis of the barriers
suggested that in the case of successful innovations the barriers were able to be
overcome, whereas in the case of failures or not yet successful innovations similar
barriers appeared to prevent the innovations from moving forward. It appeared that
once sufficient momentum had been achieved then barriers could be overcome
(see D2.1). The task was to determine in each case, or classes of cases, which
factors enabled the desired progress to the be made.
1.5 In the third layer, the three stages/phases of the innovation process to be used
were, based on those previously identified in the scientific literature; initiation,
development, and implementation (see D4/5). In reality, as stressed in D6, theinnovation process is actually a continuous process which may be split into a
further number of phases, particularly at the beginning of the innovation process.
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(At this later stage, in D6, it was useful to employ a more differentiated
categorisation to enable more accurate comparisons to be made between the
innovations analysed in the project). However, the broader differentiation into the
three main phases is used for the earlier InnoSuTra analyses (D2.1 and D4/5) and
is also used for the development of policy action (D7/D8). The existence of thesephases of the process implies also that it is often difficult to suggest that an
innovation has failed and, for most of the cases studied, the designation not yet a
success is preferable. This implies that the appropriate positive intervention may
yet be able to move forward the innovation process, particularly in terms of
development or implementation.
1.6 The fourth layer involves a detailed analysis of the various factors which may, and
do, affect the progress of an innovation and may either enable it to move forward
rapidly in terms of take-up within the sector(s) or may cause the process to slow
down, or even halt, the spread of the innovation within the sector(s). In this stageuse was made of the MIRP analysis of innovation and a detailed analysis of both
the barriers involved in the innovation cases analysed and the support processes
used to overcome these. Factors were identified in a variety of areas, including
financial/investment constraints; technical constraints including a lack of standards,
and human resource availability. This enabled a deeper insight to be gained on
these factors and suggested also the idea of a risk analysis to be carried out where
public money was involved in promoting or supporting innovation. D4/5 indicates
the results of these detailed analyses and the conclusions derived from them.
1.7 The fifth layer involves the use of the Systems Innovation (SI) analytical framework
(see D6 and in summary form in Annex 1). This framework provides a means to
identify a set of external factors (the so-called institutional environment and rules)
and the sets of actors involved in the innovation being analysed. This layer also
identified for each innovation a range of influences. This suggests for any
innovation there are likely to be influences or impacts which extend the nature or
scope of the innovation, e.g. involving organisational or cultural components to an
innovation which has been defined, primarily, as a technological innovation. The
importance of defining all of the components of the innovation is important as the
focus of attention and intervention may alter as the innovation moves through theprocess from initiation to implementation. In other cases it may be relevant to
determine whether the initial impact of the innovation was the specific business unit
involved or whether a wider market focus was involved. Other influences or impacts
will extend the innovation beyond the transport mode which has immediately been
involved, e.g. extending from rail to road for a modification of a rail wagon to travel
by road. (To some extent this might be avoided by classifying the innovation as
intermodal, but in that case a large number of innovations might have to be so
classified, with a potential loss of focus on the initiator or main beneficiary). Finally,
the role and importance of the initiator of the innovation is explored. This overallanalysis of policy interventions to achieve successful adoptions of innovations is
summarised in D6 and an innovation adoption path is derived (see Fig. 5 in D6).
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1.8 In D8 the aim is to combine the various above layers of methodological analysis to
derive a set of prescriptive recommendations, linking the types of intervention to the
appropriate typology designation of the innovation in question, taking account of the
potentially shifting focus of intervention, related to the key component/aspect of the
innovation and the range of modal and other influences. In this manner thecombined analysis of, inter alia, the barriers, support processes, incidental impacts,
etc., and finally the application of the SI framework approach, enables a clear
perspective to be formed as to the relevant success conditions to be achieved,
including particularly via the employment of appropriate public policy interventions
(see D8).
2. Applying the Methodologies
1.1 From the early stages of the project it has been clear that there was an obvious
divide between the commercial innovations analysed and the policy
innovations/initiatives analysed. However, within both of these two categories, and
particularly within the commercial group of innovations, the idiosyncratic nature of
specific innovations was going to make the drawing of general conclusions difficult.
However, if the project was to be pragmatic then it was necessary to derive overall
recommendations to improve the initiation, development, and, particularly, the
implementation of innovations. This point has been borne in mind throughout the
various stages of the methodologies deployed and analyses applied.
1.2 The ultimate objective has been to derive recommendations which could enable
actions and interventions to be taken which would accelerate the take up ofinnovations within the markets they were addressing. These recommendations
should then be of value to both private commercial actors wishing to sponsor or to
adopt innovations within the surface transport sector or individual sub-sectors, and
to policy-makers wishing to intervene appropriately and successfully in the
innovation process at transport sector or sub-sector level.
1.3 Two other key features of innovations were noted from the outset. First, that the
majority of innovations were incremental in nature and not radical. Second, that to
classify some innovations as failures was neither completely valid (though some
might be capable in time to be so designated) nor helpful in analytical terms as anumber of the innovations analysed could be considered to be work in progress
(see 1.5 above). At each of these three temporal stages (see 1.5 above) any
missing success conditions, or barrier-clearing actions, may be introduced to try to
ensure that the innovation process is able to gain the necessary momentum to
move forward.
1.4 As indicated in Section 1, a number of complementary approaches and
methodologies were explored and used during the various stages of the project.
These methodologies were incorporated in the detailed analyses of the selected
innovation cases produced during the project and also received inputs from the
experts consulted at the two expert consultation meetings in April 2010 (D2) and
October 2011 (D3). The first of these expert consultation meetings resulted in the
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selection of the innovation cases considered for detailed analysis in the project and
the advisory board was also consulted at various stages during the project.
1.5 The methodological approaches dealing with the barriers and support processes
are described in D2, D4/D5. In D6, the SI (Systems Analysis) methodological
approach is used. In D6 this framework is used in the clustering exercise applied to
the individual innovation cases. This work provided a broad innovation path
analysis which has enabled the derivation of an InnoSuTra innovation approach to
be applied to future innovation cases, as illustrated in D7. The approach combines
the methodological insights gained from all of the work done in the project.
1.6 Hence, in order to demonstrate how the InnoSuTra innovation approach may be
applied to future innovation cases affecting surface transport, two broad innovation
case areas were selected. These two innovation cases, covering green transport
and e-freight, are reported on in D7.
1.7 The D7 innovation case analyses suggested that it was possible, and valuable, to
develop the InnoSuTra innovation approach, to provide a structured framework for
a set of policy recommendations to be made. This involves developing a set of
relationships between, on the one hand, the designated type of innovation (e.g.
organisational, being the predominant aspect) and the various SI determined areas
of influence on which to focus to achieve the success conditions for the innovation.
This approach is set out in the following paragraphs.
3. Typology of Innovations1.1 First, it is important to recognise that a number of typologies or classification
systems are possible to cover the selected InnoSuTra innovations. The varied and
eclectic nature of the innovations means that a number of descriptors may be used,
singly or in combination to classify innovations. For instance an innovation may be
regarded as a hybrid including technology and organisational change or
organisational and cultural change. Various combinations of factors/descriptors
were used in D6 and conclusions derived from the subsequent clustering exercise
as to a range of policy interventions which could be identified for the successful
adoption of the innovations. However, in this final deliverable we will focus on the
initial, narrower Innosutra typology/classification (based on the predominant
component of the innovation; though as indicated earlier the predominant
component may well vary dependent on the temporal phase reached in the
innovation process). This approach will lead directly to the provision of a structured
setof recommendations for both private and public actors, aimed at improving the
likelihood of successful innovation and the more rapid spread of innovations across
the surface transport individual sectors, and where relevant, across the surface
transport sector as a whole.
1.2 The objective is to provide an indication of the required actions to be taken inrelation to the type/nature of the innovation considered.For this purpose we will, as
indicated, revert to the typology of innovations used initially (see D2.1 and in the
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Tables set out below). The four main types of innovation: (technology,
organisational/managerial, cultural, including marketing, and policy initiatives), take
account of the predominant component of the innovation. It is important also to note
that, though the innovations may be attributed to a particular transport mode, the
range of influences may implicate more than that mode. Where the innovationsmodal range is explicit then the innovations will be classified as intermodal. The aim
is then to investigate the principal actions/interventions which appear to generate a
successful innovation for the type of innovation involved. This is not to suggest that
such interventions, or attention to the particular action areas involved, will provide a
set of sufficient conditions for success. Rather the aim is to indicate the necessary
conditions which must be fulfilled if the type of innovation is, in time, to prove
successful in being widely adopted across the transport sector market immediately
involved or across a number of transport sector markets.
4. Typology of Actions
1.1 The typology of actions/interventions is based on the SI framework (see Section 5
below) and includes three broad groups of factors: key groups of actors, key
institutional factors, and key socio-economic environment factors. Obviously for any
innovation the weighting of the actions required for success will include a weighted
mixture of these three groups of factors. It is also the case, however, that there is
one factor which is common to all successful prosecution of innovations: having a
positive overall socio-economic environment. The existence of sufficient economicdemand is a key pre-requisite for commercialinnovation success.
1.2 Determining whether or not there exists a positive socio-economic environment,
and in particular whether sufficient economic demand is present, is an important
investigative element in the policy analysis of innovation and is also a pre-requisite
for successful innovation from the viewpoint of the initiator and developer of any
commercial innovation. (Notwithstanding this point there are examples where
inspirational entrepreneurship may be able to spot unrealised economic demand.
The Apple entrepreneur Steve Jobs appeared able, on occasions, to achieve this,
albeit rare, feat). Again the temporal aspect of the innovation process comes intoplay. Timing the introduction phase, or particularly the development phase, of an
innovation process affords a mechanism for achieving the presence of an optimum
or near-optimum socio-economic environment. (An example where this is evident is
the Reefer Containerinnovation which was stimulated by the global trade growth in
food products).
1.3 The above general, background condition, of sufficient economic demand, for
achieving a successful commercial innovation may be said to apply to all such
innovations. However, thespecific conditions which are considered to be valuable
in stimulating the adoption of particular types of innovations across surface
transport sectors, and which have been identified in the InnoSuTra analyses, can
now be identified and discussed. This discussion is set in the context of the SI
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framework, as this evolutionary systems approach to analysing the innovation
process offers valuable insights for both private operators and public policy-makers.
The relation with the earlier work carried out in the project is clear. Initially in D2.1
and later, specifically in D4/5. The detailed analytical conclusions of D4/5
suggested a number of weighted factors which appear to be important ininfluencing the spread of innovations. These factors concerned the barriers
identified; the actors involved, and the support processes used to stimulate the
innovations.
1.4 It is worth analysing the D4/5 weighted factors in relation to the SI analytical
framework. The aim of both analytical frameworks is to identify the conditions which
are likely to lead to successful innovation activity. Once the essential categorisation
of the innovations has been made the designation of the appropriate interventions
may be determined. This will also enable a typology of potential
actions/interventions to be constructed (using the SI framework) and set against thetypology of innovations. It should be noted that the SI areas for action/intervention
are meant also to indicate the required actions for private commercial operators, as
well as for public policy-makers, when pursuing success in innovation activity.
1.5 Turning to the case ofpublic policy initiatives, the innovation/initiative is applied, at
the outset, to the whole of a sector or across all sectors and, indeed in a number of
cases across national boundaries. Despite the differences between the policy
initiatives and the commercial innovations the InnoSuTra analysis is similar in that
the same typology of innovations may be applied (though the policy initiatives will
rarely involve technology as the main driver) and the temporal process from
initiation to implementation will apply, as will the application of the range of
influences. Hence, though the motivation for the policy initiatives (net socio-
economic benefit) is different from the commercial imperatives driving commercial
innovations, a parallel analytical framework, including the SI framework may be
applied.
1.6 These public policy innovations/initiatives are likely to involve losers as well as
gainers in terms of socio-economic benefit within the sector or the trans-sectoral
area and sometimes between countries. In these innovations it is clear that the roleand capabilities of national governments and institutions are relevant factors (an
example here is the Internalisation of External Costswhich has, so far, failed, in its
attempted implementation, to achieve this condition for public policy success). This
includes capabilities like management, organization and behavioral issues, but this
would make the analysis overly complex. Also, within the scope of the project not
enough data could be collected to deal with each of these separately.
1.7 We can now turn to the identification of the generalised sets of relationships
between the innovation typologies and the sets of actors and factors/areas of
influence derived from the SI analytical framework, set within the overall InnoSuTrainnovation approach. This should enable a codified approach to be derived to the
sets of interventions required to enable successful adoption of the defined sets of
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innovations. It is worth first proceeding to identify the specific success conditions
derived from the SI analytical framework, slightly modified to suit the InnoSuTra
innovation approach.
5. Specific Success Conditions1.1 The specific actions/interventions to support innovations to achieve success are as
follows (the references, NA1 etc., are used in the tables under Table 2 in Annex 1):
Key Networks of Actors (NA)
The involvement of knowledge institutes, as key actors, to assist with
developing the innovation and its ancillary aspects, e.g. standards (This
action was exemplified by its effective presence in relation to the Y-
shaped Hullinnovation and its inadequatepresence in relation to the EILU
policy innovation/initiative). (NA1)
Ensuring that key actors have the requisite capabilities to perform the
functions required of them (This action was exemplified by the ERTMS
policy innovation/initiative). (NA2)
Utilising strong networks, for instance across sectors and intermodally, to
enable innovations to develop effectively. This area of action is also
relevant in relation to lobbying groups (This action was exemplified by the
EMTS innovation) (NA3)
Avoiding an innovation being captured by strong networks and ensuring
that soft network links are established. Again this area of action is relevant
to the role and strengths of lobbying groups. (This actionwas illustrated in
the ITS policy innovation case). (NA4)
Key Institutional Factors (IF)
Ensuring that hard rules (laws, taxes, and regulations) are recognised in
terms of the impact they may have on the innovation (This action was
illustrated in the Port State Control initiative/innovation). (IF1)
Ensuring the adequacy of the infrastructure required to implement the
innovation (This actionwas exemplified in the Modalhor innovation by the
provision of the required rail infrastructure). (IF2)
Key Socio-Economic Factors (S-EF)
Paying sufficient attention to the soft rules that apply in the sectors or
countries involved in the implementation of the innovation, including, inter
alia, the presence or anticipation of sufficient socio-economic demand
(this is also a general condition) and the nature of potential competition
from other actors, other sectors, or other potential innovations (This actionwas demonstratedin theIndented Berthinnovation in the maritime sector).
(S-EF1)
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Accessing available public funds (grants and loans) which can subsidise
innovation costs in the initiation and development stages of the innovation
process (This action was exemplified in the Y-Shaped Hull innovation).
(S-EF2)
6. Recommended Structure of Actions/Interventions
(Typology of Actions/Interventions versus Typology of Innovations)
General1.1 The tables T1, which lists the various analysed InnoSuTra innovations, and,
specifically T2, both set out in Annex 1, encapsulate the range of potential
actions/interventions set against the various categories of innovations
(referenced to the analysed InnoSuTra cases).
1.2 The tables indicate the main interventions/actions which may be made at the
three identified broad, temporal stages/phases of innovation from inception topotential exploitation across markets, in order to accelerate the adoption of the
four categories of innovations listed. Not all of the indicated specific interventions
may be necessary in all of the types of innovation or in all of the three broad
temporal phases, but all should be considered. It is also true that, in a number of
cases, private commercial actions may obviate the need for any public policy
intervention. For instance, sharing the costs of investment in innovation between
private commercial participants may be sufficient without the need for a
government grant or loan.
1.3 It is important to recognise that these public interventions will not guarantee the
successful implementation of the innovations across the markets involved, as
other innovations may subsequently, and in some cases concurrently, be
developed which may supersede the innovations which are the subject of the
interventions. This does not imply that the interventions were wrongly made, or
that they distorted the market. It is simply that, as recognised by the SI
approach, the innovation process is anevolutionaryone. (N.B. It should be noted
here that the SI approach, as indicated in its exposition in D6, moves away from
a neo-classical theoretical market approach. Hence public interventions, in a
mixed economy, are as valid as private commercial ones. The issue is whetheror not either type of action/intervention is the correct one or not for ensuring
successful innovations).
1.4 There are a number of other points to note. The types of public policy
intervention to support commercial innovations particularly those classified
as technology innovations are: support in terms of grants and loans during the
initiation phase of the innovation process and support for knowledge institutes to
enable them to provide key inputs to the initiation phase of the innovation
process. In other innovation types, interventions will include: setting the hard
rules governing the sector(s), in terms of law and regulation; providing thenecessary infrastructure development, and ensuring the competences and
capabilities of the public institutions supporting the various transport sectors.
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N.B. Private commercial interventions are of a different nature and have adifferent motivation. They are driven by the desire of the commercial initiator orpromoter of the innovation to find support for the innovation in question. Theaction/intervention, e.g. investment, is founded on the belief that the innovationwill increase sales revenue; reduce costs, increase market share, or some
combination of all three positive outcomes. Hence, these interventions include:marketing of the innovation and its net benefits to both the immediate customersand the end-customers of the innovation; seeking cost-sharing betweencommercial beneficiaries where the investment cost is high, and also seekingfinancial support from public bodies.
1.5 It should be noted that our analyses have emphasised the importance of the
preparation of well-developed socio-economic, cost-benefit justifications for the
cases involving publicpolicy initiatives/innovations, and of the need to be
able to counter lobbying from individual groups who may not be able to
appreciate the overall net socio-economic benefit of the policy initiatives
proposed, and the potential compensation of losers by gainers within the policyinitiatives involved.
1.6 Though the InnoSuTra cases were not evenly distributed across the five types of
innovation (there were few cultural/marketing or logistical innovations) the
consortium does not believe that this invalidates the conclusion drawn or the
recommendations made. This confidence stems from the validity of the
InnoSuTra innovation approach; referenced also to previously tested analyses of
the innovation process in the relevant literature, and tested, theoretically, in the
Green Transport and E-Freight cases. The added value of InnoSuTra has been
to provide a codified set of recommended actions/interventions both for
commercial participants and for public policy-makers in the surface transport
sector(s).
1.7 The recommendations have been tested, in a preliminary fashion, and the
putative outcomes indicated, in the cases of E-Freight and Green Transport.
Obviously, we cannot claim that the interventions suggested, based on our
InnoSuTra innovation approach, will besuccessful. However, it can be seen that
the areas suggested for intervention are related, not to areas e.g. such as the
ICT systems or networks, which may be said to be the province of the private,commercial sectors (suppliers and customers) but to those areas where new or
modified rules may be introduced to facilitate or motivate the innovations. These
rules (hard rules mainly, in the SI terminology) may include laws, regulations
(including standards), taxes, grants, loans. Examples could be: simpler and less
paper-based customs procedures; subsidies to green transport initiatives
(including EIB loan finance); standard electronic interface protocols, etc.
1.8 The types of interventions, covering commercial and public policy interventions in
the innovation process. indicated in the recommendations set out below and
illustrated in the tables in Annex 1, should be of use in supporting andaccelerating the spread of commercial innovations within the individual surface
transport sectors and, where relevant, across a number of the sectors, or, indeed,
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across all of them in relation to certain wide-ranging public policy
initiatives/innovations. (Obviously, by definition, the interventions relating to the
policy innovations/initiativesare themselves public actions).
1.9 This emphasis should not be interpreted as under-playing the importance of the
approaches suggested by the analysis in relation to the innovation strategies
adopted by commercial actors. It is clearly the case that the major impetus for
innovation is going to rest with the commercial sectors. There are lessons to be
learned by the commercial sector; the role of public policy interventions is to
provide support, where necessary, to ensure that the commercial strategies are
effective in delivering and spreading the innovation across the various transport
sectors.
1.10 One advantage of the codified approach to the policy intervention
recommendations indicated above, and set out in the tables and accompanyingnotes below, is that it could be developed into a decision-tree/algorithmic
approach to decisions on how best to support the innovation process in particular
circumstances (i.e. taking account also of the socio-economic environment, the
type of innovation, and the surface transport sector(s) involved).
Recommendations
The recommendations indicated in summary codified form in Table 1 below andindicated also in the tables and the accompanying notes in Annex 1, are summarisedbelow. Following Table 1 is a short section indicated the potential for the development,
subsequently, of a decision tree system. It is important also to place therecommendations in the context of D4/5 and D6. The recommendations in thisdeliverable, D8, have incorporated the insights and conclusions reported in the earlierdeliverables, D4/5 and D6.It should also be noted that, in all innovation cases, actionto utilise and strengthen actor networks is required, as is an indication of sufficienteconomic demand, either present or in prospect. As the recommendations cover bothcommercial innovations and public policy initiatives the two branches of theinnovation pathway are important to note. For this reason the innovation pathwaydiagram from D6 is first repeated below.
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R.1 Technology Innovations. In relation to those innovations which may beclassified as principally technology-based innovations in whatever phase of theinnovation process is involved Table 1 summarises in codified form the essentialsets of actions required. Table 2a in Annex 1 indicates, with references also to thecases analysed by InnoSuTra, the main types of action/intervention, linked to thethree broad temporal phases of the innovation process.With this type of innovation it may be observed, in Table 2a, that the emphasis islikely to be on public policy actions/interventions being most effective in terms ofsupport for the initiatingof the innovations. This may often be in terms of the provisionof innovation grants or loans, but equally important in some cases is the involvementof knowledge institutes, including standards bodies (CEN). For the commercial sector
it is important that access to such sources of funds and of knowledge in the initiationphaseof innovations is sought, as a key element in moving forward from the originalconception. Subsequent action during the development phase of the innovationprocess will require the establishment of hard rules, e.g. standards, may also berequired. During the implementationphase, public investment in infrastructure and/orhard rules may again be required, and it will be important to ensure that all actorshave the requisite technological (and organisational) capabilities.R.2 Organisation/Management Innovation. In relation to those innovations whichmay be classified asprincipallyorganisation/management innovations in whateverphase of the innovation process is involved Table 1 summarises in codified form theessential sets of actions required. Table 2b in Annex 1 indicates, with references
also to the cases analysed by InnoSuTra, the main types of intervention linked to thethree broad temporal phases of the innovation process.
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This type of innovation may be supported positively by actions/interventions whichensure that all the relevant network actors (including weak actors) are involved in allof the phases of the innovation process, and that the business and/or socio-economicbenefits are clearly attributable to each of the actors. In some cases this may meanover-ruling some conservative, change-resisting views and avoiding such strong
networks from capturing the innovation. The adequacy of infrastructure may be aconstraining factor to be overcome in some instances and the need for standardsmay be crucial to the success of an innovation. Finally, it will be necessary for theinitiator/promoter to market the innovation during the implementation phase.R.3 Cultural/Marketing Innovation. In relation to those innovations which mayprincipally be classified as cultural or marketing innovations in whatever phase ofthe innovation process is involved Table 1 summarises in codified form theessential sets of actions required. Table 2c in Annex 1 indicates, with references alsoto the cases analysed by InnoSuTra, the main types of intervention linked to the threebroad temporal phases of the innovation process.With this type of innovation there are essentially three main areas of potential policyintervention by either the commercial actors or by public policy-makers, principally inthe development and implementation phases of the innovation process. These are:first, to ensure that all the key actors (including lobbying groups) are involved at thedevelopment stage; second, at the same stage, to ensure the provision of adequateinfrastructure; third, to ensure the existence of sufficient potential economic demand,and, finally, to ensure that the innovation is marketed strongly by theinitiator/promoter.R.4 Public Policy Initiatives/Innovations. In relation to those innovations whichmay be classified as innovations which have been public policy initiatives inwhatever phase of the innovation process is involved Table 1 summarises in
codified form the essential sets of actions required. Table 2d in Annex 1 indicates,with references also to the cases analysed by InnoSuTra, the main types ofintervention linked to the three broadtemporal phases of the innovation process.With this type of policy innovation/initiative the approach is clearly distinguished fromthe commercial innovations. Hence, the emphasis following a careful socio-economic cost benefit analysis to determine that there is a potential net socio-economic benefit for the policy initiative is on persuading all the various actorsinvolved, including national governments, that, overall, total benefits will exceed thetotal costs, even if some actors may be losers. Compensating the losers may be acondition for acceptance. This is not easy as industrial lobbying groups and onoccasions also environmental groups form strong networks and can capture the
initiative/innovation. It will also be important to ensure that all the actors involved,again including national governments, have the necessary capabilities to implementthe policy initiative involved.
Codified Recommendations
Table 1 below indicates in simplified tabular form a codified set of recommendations.Clearly any such codified set of recommendations cannot be definitive. There willalways be idiosyncratic characteristics in some innovations which may require individualattention. In all case it will be necessary, ex ante, to identify the pre-dominant innovationcomponent (e.g. organisational and the temporal phase in which the innovation iscurrently sitting. However, Table 1 below linked to the tables in Annex 1 and the datafrom D4/5 and D6 conclusions may provide a useful guide to the areas of actions andinterventionto which attention should be paid in order to accelerate the spread/adoption
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of innovations in surface transport, and perhaps more generally. There is also thepossibility, indicated briefly below, of being able, subsequently, to develop a decisiontree system approach to the guidance.
Table 1: Summary of Codified Suggested ActionsAll Innovations Actors Institutional
Environment (SI)
Initiation All Relevant Actors Soft Rules(EconomicDemand)
Development All Relevant Actors Soft Rules(EconomicDemand)
Implementation All Relevant Actors Soft Rules(EconomicDemand)
TechnologyInnovations
Initiation Phase Initiator and ManufacturerKnowledge Institutes
Soft Rules (InternalInvestment; Joint IndustryFunding; Bank Funding)Soft Rules (PublicInnovation Funding,Grants and Loans)Hard Rules(Regulations:Stimulus)
Development Phase Pilot Customer Hard Rules(Standards)Public or Private Funding
Implementation Phase Sector Customers Hard Rules(Standards)
Infrastructure InvestmentCapabilities (ensure allactors can implement theinnovation)Soft Rules(Marketing byinitiator/promoter)
OrganisationalInnovationsInitiation Phase Initiator/promoter to ensure that
all network actors to be involvedKnowledge Institutes
Strong NetworksAvoidcapture by strongnetworksInfrastructureprovision
Development Phase Involve weak actors, e.g. SMEs Weak NetworksStrengthen completenetwork involving allactorsSoft Rules (Public orPrivate Funding required)Soft Rules(net benefitsfor transportchains/networks
Implementation Phase All actors Infrastructure provisionSoft Rules (Marketing by
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initiator/promoter)
Cultural/MarketingInnovationsInitiation Phase
Development Phase All key actors, including lobbyinggroups
Infrastructure provisionSoft Rules(Economicdemand)Soft Rules(Marketing byinitiator/promoter)
Implementation Phase All key actors, including lobbyinggroups
Infrastructure provisionSoft Rules (Economicdemand)Soft Rules (Marketing byinitiator/promoter)
Public Policy
Initiatives/InnovationsInitiation Phase All key actors, includinglobbying groups and national(and regional/local)governmentsKnowledge Institutes
Soft Rules (sufficient netsocio-economic benefit)
Development Phase All key actors, includinglobbying groups and national(and regional/local)governments, to remainsupportive
Capabilities (ensure thatall key actors have thenecessary capabilities)
Implementation Phase All key actors, includinglobbying groups and national(and regional/local)governments, to remainsupportive
Capabilities (ensure thatall key actors have thenecessary capabilities)Hard Rules including, asappropriate, taxes,subsidies, and regulationsInfrastructure provision
Decision Tree Fragments
The decision tree fragments below are provided to give a simplified indication of how afull decision tree system might be developed. This could then be turned into analgorithm to enable a software model to be developed. It is important to recognise thatthis task will require considerable further work to ensure that all relevant options foraction are included and structured correctly. The first decision tree Decision Tree:Commercial: Technology innovation corresponds with recommendations for R.1Technology Innovations, and the second Decision Tree: Public: OrganisationalInnovation is valid for R.2 Organisation/Management Innovations, R.3Cultural/Marketing Innovations and R.4 Public Policy Initiatives/Innovations.
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Decision Tree: Commercial: Technology innovation
Decision Tree: Public: Organisational Innovation
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Annex 1: Structure of Recommended Actions
1.11 Table 1 lists the various innovations which have been analysed in detail
during the second and subsequent phases of the project. They are classified by
transport mode and by broad innovation type. It is important to stress the need
for a correct identification of the type of innovation under consideration. Almost
all innovations, as indicated in D6, combine a number of aspects (e.g.
technological, cultural, organisational), but in terms of determining the
appropriate interventions the predominant component of the innovation needs to
be identified. For instance, as the e-freight case analysed in D7 shows, though
technology is clearly an aspect of the innovation, it is primarily an organisational
innovation. It is also the case that the range of influences of an innovation are
likely to go beyond the transport mode immediately involved. For instance theModalhor innovation, classified as a rail innovation might easily have been
classified as an intermodal innovation as its impact clearly involved road
transport.
1.12 The tables under the general heading, Table 2, indicate, against the main
types of innovations and the three innovation process phases, the types of
interventions which may be relevant. The intervention types are drawn from the
SI analytical framework and cover the uniquelypublicactions/interventions, IF1,
inred, and the commercial actions/interventionsin black. Apart from IF1, all the
actions are common to both public and commercial actors. The aim of the
actions/interventions is to secure the successful and rapid spread of the
innovations across the transport sector, or trans-sector, markets involved. The
majorityof actions, to move forward the commercial innovationprocess, will be
taken by the commercial organisations involved. The types of public interventions
to promote commercial innovations are more restricted than the commercial
interventions, but, as indicated above, there is an overlap between public and
commercial in terms of the actions that can be taken.
1.13 The actions to initiate, develop and implement the commercial and publicinnovations analysed, are covered in the SI analyses reported in D6, and as well
as in D4/D5. It should be noted, therefore, that these actions are derived from the
earlier analyses (indicating the detailed barriers and support processes involved)
conducted in InnoSuTra.
1.14 The coded references in Table 2 refer to the innovations analysed in
InnoSutra (by innovation type and by sector) against the associated appropriate
interventions which are also coded (see 5.1 above). These are the
actions/interventions identified in the InnoSuTra analyses as relevant to success.
The actions so referenced are those which were taken, or could have been taken,by either commercial and public actors to move forward the innovation process at
the various stages identified, i.e. either did lead, or would have led if applied
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correctlyto a successful innovation process across a transport sector market or
trans-sector market. The detail on these cases is to be found in the various
appendices of D4/D5 and D6. In Table 2 there are some SI areas for
action/intervention against which there are no references to the InnoSuTra
innovation cases; though such actions could be usefully taken in relation to theinnovation types indicated.
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Table 1: InnoSuTra Innovation Cases Studied by Transport Mode/Sub-sector
Road Maritime Rail IWW Intermodal
EU -wideCabotage
Ro,C4
Reefercontainerizat
ion
M,C1
ERTMS
Ra,C3
InformationTechnology
in the inlandnavigationindustryIW,C3
Freight Villages
IM,C5
ITS:Variablespeedlimits inSwedenRo,C3
Port statecontrol
M,C5
Integrated PortCommunity System
IM,C2Success
Short Sea Shipping: TheSuperFast Ferry CaseIM,C1
EurovignetteDirectiveRo,C1
Green ports(focused oncold ironing)
M,C2
TheMODALOHR
Ra,C1
Air lubricationof ships ininlandnavigationIW,C2
Internalization ofexternal costs
IM,C3
Threeloaded
trips limitin ECMTRo,C2
Indentedberth
M,C3
Betuwe Line
Ra,C4
EILU - EuropeanIntermodal Loading Unit
IM,C4
Not-Yet-Succe
ssfulorFailure
Ca
ses
Motorways of the Sea:The case of EastMediterraneanIM,C2
Megacontainerships
M,C4
EurotunnelShuttle
Ra,C2
Y-shapedhull,Scheldehuid
IW,C1
Intermediate
Case
Utilization of theavailablecapacity onsmall inlandwaterways
IW,C4
Key: Red = Policy Initiative; Blue = Technology;Yellow= Organisational;Green= Cultural (incl. Marketing).
As indicated in then text the classifications are determined by the
predominant typology and immediately affected mode. The case identifiers areused in the Table 2 set of tables and are referenced, in the keys, to thosetables.
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1.15 Technology. In relation to those innovations which may be classified as
principallytechnology-based innovations, Table 2a below indicates, with references
also to the cases analysed by InnoSuTra, the main types of public
action/intervention, linked to the three broad temporal phases of the innovationprocess.
1.16 With this type of innovation it may be observed, in Table 2a, that the emphasis is
likely to be on public policy actions/interventions being most effective in terms of
support for the initiating of the innovations. This may often be in terms of the
provision of innovation grants or loans, but equally important in some cases is the
involvement of knowledge institutes, including standards bodies (CEN). For the
commercial sector it is important that access to such sources of funds and of
knowledge in the initiation phase of innovations is sought, as a key element in
moving forward from the original conception. Subsequent action during thedevelopment phase of the innovation process will require public investment in
infrastructure and the establishment of hard rules, e.g. standards, may also be
required. During the implementation phase, public investment in infrastructure
and/or hard rules may again be required. This is the case for the Modhalor
innovation (Ra,C1). (In all innovation cases private, commercial action to utilise and
strengthen networks is required).
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Table 2a
Category of Innovation Type of Intervention
Technology Phase 1 (Initiation)
InnoSuTra Refs. (For more specific Info. on cases, see D6) Public Action
(IW,C1); ( IW,C2) NA1NA2
(Ra,C1); (M,C1) S-EF1
(IW,C1) S-EF2
(IW,C1); (Ra,C1) (M.C3) NA3
(M.C3-TN) NA4
Phase 2(Development)
Public Action
(M,C2) (M,C1) IF1
(M,C2) (M,C1) IF2
NA2
(M,C3) (M,C2-TN) (IW,C2-TU) NA3
(M,C3) NA4
(M,C3); (M,C2) S-EF1
Phase 3(Implementation)
Public Action
(Ra,C1) IF1
(Ra,C1) IF2
SEF1
Key: Intervention Types (see para 8.12): GA, IF, S-EF
Key: Innosutra Cases Key: IW.C1=Y-shaped Hull; IW.C2=Air Lubrication of Ships;M.C1=Reefer Containerisation; M.C2=Cold Ironing; M.C3=Indented BertN;Ra.C1=Modalohr
Key: Ro=Road, Ra=Rail, IW=Inland Navigation, M=Maritime, IM=Intermodal
1.17 Organisation/Management. In relation to those innovations which may be
classified as principally organisation/management innovations, Table 2b belowindicates, with references also to the cases analysed by InnoSuTra, the main types
of intervention linked to the three broad temporal phases of the innovation process.
This type of innovation may be positively supported by interventions.
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Table 2b
Category of Innovation Type of Intervention
Organisational/Managerial Phase 1(Initiation)
Innosutra Ref.(For more specific info. on cases, see D6) Public Action
(M.C4); (IW,C3) NA1(IW,C4) NA2
(IW,C3) NA3
NA4
(IM,C2) (IM,C1) S-EF1
Phase 2 (Development)
Public Action
(M,C4); (Ra,C2) IF1
(M,C4); (Ra,C2) IF2
Phase 3 (Implementation)Public Action
(IM,C2) NA3, NA4
(IM,C2) IF2
SEF1
Key: Intervention Types (see para 8.12): GA, IF, S-EF
Key: Innosutra Cases Key: IW.C3=ICT; IW.C4=Available Capacity; M.C4=Mega-Container Ships; Ra.C2=Eurotunnel; IM,C1=Superfast Ferry (SSS);IM,C2=Integrated Port Community System (PCS)
Key: Ro=Road, Ra=Rail, IW=Inland Navigation, M=Maritime, IM=Intermodal
1.18 Cultural/Marketing. In relation to those innovations which may principally be
classified as cultural or marketing innovations. Table 2c below indicates, with
references also to the cases analysed by InnoSuTra, the main types of intervention
linked to the three broad temporal phases of the innovation process.
1.19 With this type of innovation there are essentially three main areas of potential
public policy intervention. First to ensure that all the key actors (including lobbying
groups) are involved at the development stage. Second, at the same stage, to
ensure the provision of adequate infrastructure, Third, to ensure the existence of
sufficient potential economic demand..
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Table 2c
Category of Innovation Type of Intervention
Cultural(incl. Marketing) Phase 1 (Initiation)
Innosutra Ref. For more specific info. on cases, see D6) Public
Phase 2 (Development)Public
(Ra,C4); (IM,C5) NA2
(IM,C5) S-EF1
(Ra,C4) IF2
Phase3 (Implementation)
Public
Key: Intervention Types (see para 8.12): GA, IF, S-EF
Key: Innosutra Cases Key: IM,C5=Freight Villages; Ra.C4=Betuwe.
Key: Ro=Road, Ra=Rail, IW=Inland Navigation, M=Maritime, IM=Intermodal
1.20 Policy Initiatives. In relation to those innovations which may be classified as
innovations which have been public policy initiatives, Table 2d below indicates, with
references also to the cases analysed by InnoSuTra, the main types of intervention
linked to the three broad temporal phases of the innovation process. With this type
of policy innovation/initiative the approach is clearly distinguished from the
commercial innovations.
1.21 Here the emphasis following a careful socio-economic cost benefit analysis todetermine that there is a potential net socio-economic benefit for the policy initiative
is on persuading all the various actors involved, including national governments,
that in total benefits will exceed the total costs, even if some actors may be losers.
Compensating the losers may be a condition for acceptance. It will also be
important to ensure that all the actors involved, again including national
governments, have the necessary capabilities to implement the policy initiative.
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Table 2d
Category of Innovation Type of Intervention
Public Policy Initiative Phase 1 (Initiation)
Innosutra Ref. (For more specific info. on cases, see D6) Public Action
(IM,C3); (IM,C4) NA1(Ro,C4) (M,C5) IF1
(Ro,C4) (Ro,C2) NA3
(IM,C3); (Ra,C3); (IM,C4) (Ro,C3) NA4
(Ro,C1); (Ro,C4)(Ro,C2) (IM,C2) (Ro,C3) S-EF1
Phase 2 (Development)
Public Action
(Ro,C2) (M,C5) NA2
(Ra,C3) (IM,C2) S-EF2
Phase 3 (Implementation)Public Action
(Ro,C1) (M,C5) NA4, IF1, SE-F1
Key: Intervention Types (see para 8.12): GA, IF, S-EF
Key: Innosutra Cases Key: IM,C2=M0S,East Med.; IM,C3=Int.Ext.Costs;IM,C4=EILU; M,C5=Port State Control; Ro,C1=Eurovignette Dir.; Ro,C2=ECMT;Ra,C3=ERTMS; Ro,C4=Cabotage; Ro,C3=ITS
Key: Ro=Road, Ra=Rail, IW=Inland Navigation, M=Maritime, IM=Intermodal