Service economy 3.0
description
Transcript of Service economy 3.0
IAMOT March 2012
MC R
Service Economy 3.0
Ian Miles
(University of Manchester, and HSE, Moscow) [email protected] Manchester Institute of
Innovation Research Manchester Centre for Service Research
Laboratory for Economics of Innovation
MIIR
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Service Innovation in the Post-Industrialized Society:
Overview
Understanding Services and Service Understanding Service Innovation Service Innovation and Technological Innovation Emerging Perspectives and Hot Topics, Implications
C21st
Service Innovation, and Innovation in Services, is NOW (almost) mainstream We accept that: Technology is Vital for Services and Service Innovation Services are Vital for Technology and Technological Innovation People are crucial as designers, producers and users (coproducers) of technology and services
The Time has Come for Service Innovation
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Service Innovation
Innovation in Services
Publish or Perish data www.harzing.com March 12th 2012
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Perspectives on Service(s) Primary industries specialise in extracting things (raw materials, etc.) from the natural world (and change and manage parts of that world). Secondary industries specialise in making things (from other things): Manufacturing makes goods, Construction makes buildings, etc. Tertiary industries specialise in doing things: Services (service industries) produce services (service products).
Ambiguity –source of misunder-standing
Industrial Specialisation Any industry can produce things that others specialise in. Service industries specialise in doing things, not making things. Some service industries produce physical products (usually the value lies in the professional skill, the particularisation and information content rather than the materials) – printed reports, dental fillings, assemblages...) Primary and secondary industries often produce services – aftersales and much more – “servicisation” foregrounds this.
Innovation Goods innovation – product and process – making new things, making things in new ways. (Largely technological innovation.) Service innovation then: doing new things, doing things in new ways. Whether in service industries (“innovation in services”) or other service suppliers. But is it more complicated?
Product and process entangled User involvement in coproduction; role of service relationships; organisational innovation
Not all service innovation is technological
Innovating service suppliers often use new technology, at least in a facilitating role But even here there are exceptions: perhaps especially in personal services E.g. CBT Alternative to pharmaceuticals NHS: “one of the most
effective treatments for anxiety and depression.”
Can be via book or software And now “web therapy” But still usually face-to-face, Sometimes in groups
Situation
Altered Thinking
Emotional Feelings
Physical Sensations
Behaviour
Not all Technological Innovations in Services are IT-based
Many service processes are highly specific The transformations can benefit from particular categories of technology. For example, medical services may apply tools and knowledge concerning:
Pharmacology Radiology Surgery Genomics...
Opportunities influenced by state of science and development of practical experience Health services involve particularly complex and long-term sequences of problem-solving, involving many professions and bodies of knowledge in complex (public-private) institutional frames Numerous specific innovations. See: D.Consoli et al, 2007, “The Process of Health Care Innovation” in J Costa-Font et al (eds) The Economics of New Health Technology Oxford University Press
What Things are Services doing? Transformations
physical, chemical, biological, psychological, informational
Of Entities Material artefacts (goods, buildings, etc.) Living entities (mainly and especially human beings) Signals and Symbols
to achieve Effects Condition, Location, Accessibility (Maintenance, Movement, Matching)... Problem-solving, Experience-engineering
Varieties of Service Transformation
Some human corporeal transformation is of low complexity – personal services like cosmetic and hairdressing – these can be quasi-medical, though usually routine. Innovation in aesthetics, consumables. Other transformations of people and artefacts are much more
physical – e.g. transport, HORECA, repair/ maintenance. Application of power machinery. Informational –e.g. providing experiences, education . Application of new IT.
Three Transformational Types Physical
Transformations
e.g Cleaning, Transport
Often much manual, sometimes low-skill work
Environmental sustainability, “self-
service”
Power and engine systems; technologies
under repair etc.
Business model change
Human Transformations
e.g. Health, Personal Services
High presence, often high involvement of
Consumer/User
Human diversity, Interpersonal relations
Many specialised, from very low to very high-tech
Changing role of public sector
Informational Transformations
e.g Finance, Communications
Range of mass and customised services
Keeping apace of platforms and users; ,IP
IT and supporting systems (e.g. Batteries)
New functionality (e.g. Location) and knowledge
(e.g. Neuro...)
Manual Activity Knowledge-intensive activity
Examples
Features
Challenges
Technologies
Trends
Many activities, and most service industries, involve some mixture of all three
Information Technology is nevertheless pervasive
While there are many specific service technologies
Surgical tools, hairdryers, trains, trolleys, fast-food containers, clipboards....
Most services are information-intensive, in front and back offices Thus most are IT-intensive Barras: IT represents an industrial revolution for service sectors: IT investment very heavy from them. Barras, R. (1986) "Towards a theory of innovation in
services" Research Policy vol.15 no.4 pp.161-173
Information Technology evolution
70s 80s 90s 00s 10s 20s?
Inspired by Marc Weiser et al: - cf: I Miles (2005) “Be Here Now”, INFO Vol. 7 No. 2, pp49-71
Mainframe mini
VANs
Experts
Centralised
Numbers
Micro PC
LANs
Profess-ionals
“End-User”
Text/ graphics
Networks & laptops
Web
Public
Content
Commun-ication
Tablet, smartphone
WiFi, 3G
Wide public
Web2.0, P2P
Multimedia
Sensors, Actuators
WiMax, 4G,cloud
Ubiquit-ous
Internet of things,
locations
Control
Biodevice
+ + +
Ambient
Semantic web
Enhance-ment
Mainframe mini
VANs
Experts
Centralised
Numbers
Micro PC
LANs
Profess-ionals
“End-User”
Text/ graphics
Networks & laptops
Web
Public
Content
Commun-ication
Tablet, smartphone
WiFi, 3G,
Wide public
Web2.0, P2P
Multimedia
Sensors, Actuators
WiMax, 4G,cloud
Ubiquit-ous
Internet of things,
locations
Control
Biodevice?
+ + +
Ambient
Semantic web
Enhance-ment
Information Society
70s 80s 90s 00s 10s 20s?
One for Many
People
One for a Few
People
One for Each Person/Place
A Few for Each
Person/Place
Many for Each Person/Place
Mark Weiser at http://www.ubiq.com/hypertext/weiser/UbiHome.html
Mainframe mini
VANs
Experts
Centralised
Numbers
Micro PC
LANs
Profess-ionals
“End-User”
Text/ graphics
Networks & laptops
Web
Public
Content
Commun-ication
Tablet, smartphone
WiFi, 3G,
Wide public
Web2.0, P2P
Multimedia
Sensors, Actuators
WiMax, 4G,cloud
Ubiquit-ous
Internet of things,
locations
Control
Biodevice?
+ + +
Ambient
Semantic web
Enhance-ment
Information Technology Use is one shaper of Service Economy
70s 80s 90s 00s 10s 20s?
One for Many
People
One for a Few
People
One for Each Person/Place
A Few for Each
Person/Place
Many for Each Person/Place
Service Economy
1.0
Service Economy
2.0
Service Economy
3.0
Evolving Views of Service Economy (and Service Innovation)
Service Economy 1.0 “Post-Industrial Society” - 1960s-’80s
Economy of services sector(s) Growth driven by consumer demand, welfare state provision, low productivity growth Innovation relatively low, supplier-driven Industries are pre- or post-industrial - too complicated or particularised for mass production MoT thus seen as adoption of technology from elsewhere Exceptional services sequestered Examples: Bell, Fuchs,Touraine
Manufacturing vs Services -1
Factory
Goods
Goods Consumer
Service Producer
Services
Service Consumer
versus
Separation Closeness, Coproduction
Service production
was typically seen as
either low-skill (and thus not
economic to
automate) or very
high skill and too
complex to automate
Traditional view of service innovation
Dismissal
(with very few exceptions) Service industries play little
role in (technological) innovation
And thus be innovation policy and MoT need only focus on technology transfer
It became increasingly hard to sustain this view
as technology-based services become
important to innovation in all sectors
and as many more traditional service sectors displayed considerable technology adoption and innovation
Thus service industries were typically seen as supplier-driven, with low productivity growth: the challenges for policy and MoT were thus those of improving technology transfer
Service Economy 2.0 Knowledge-Based Economy: 1980s-2000s
New Information Technology widely adopted in service organisations- especially back-office in large organisations. Many IT-related services assisting this - KIBS as supporting business processes and innovation across the economy. Innovation IN services – but also new service delivery, new e-services. Information Society, Knowledge Economy Examples: Barras, Gershuny, Sundbo
A similar (not identical) approach had already been developed in the 1990s by Gallouj – see recent work like F. Gallouj and F. Djellal (eds) (2010). The Handbook of Innovation and Services, Edward Elgar: Cheltenham
Framework developed by R Coombs & I Miles,
2000, “Innovation, Measurement and Services: the new
problematique” in J S Metcalfe & I Miles (eds)
Innovation Systems in the Service Economy Dordrecht: Kluwer
Perspectives on service innovation
Dis-missal
Demarc-ation
Syn-thesis
Assim-ilation
Dismissal
Services are qualitatively distinctive, due to INTANGIBILTY and INTERACTIVITY : different forms of innovation and innovation process
Assimilation Perspective
Dis-missal
Demarc-ation
Syn-thesis
Assim-ilation
Dismissal
Service innovation is not distinctive; it can be studied and organised in
ways familiar from analysis of
manufacturing
Services are qualitatively distinctive, especially due to INTANGIBILTY, INTERACTIVITY, etc. different forms of innovation & innovation process
Tend to focus on techno-logical
innovation (though some
theorists insist this
is distinctive)
Services are qualitatively distinctive, due to INTANGIBILTY and INTERACTIVITY : different forms of innovation and innovation process
Assimilation Perspective
Dis-missal
Demarc-ation
Syn-thesis
Assim-ilation
Dismissal
Service innovation is not distinctive; it can be studied and organised in
ways familiar from analysis of
manufacturing
Services are qualitatively distinctive, especially due to INTANGIBILTY, INTERACTIVITY, etc. different forms of innovation & innovation process
Tend to focus on techno-logical
innovation (though some
theorists insist this
is distinctive)
Stressed that some service industries –those concerned with knowledge and informational transformations – are particularly intensive adopters and increasingly innovators with new IT, while many other services are less so. But large firms use New IT similarly in Back Offices.
Back Office
Consumer Communities
Back Office
Manufacturing vs Services -2
Factory
Goods
Goods Consumer
Front Office
Services
Service Consumer
versus
Barras model:
efficiency in back office,
then new services in front office
Glushko, R. (2010). “Seven
Contexts for Service System
Design”, in Maglio, P. P., Kieliszewski,
C., & Spohrer, J. (eds)
Handbook of Service
Science, Springer
Back Office
Consumer Communities
Back Office
Innovation - Manufacturing vs Services -Assimilation
Factory
Goods
Goods Consumer
Front Office
Services
Service Consumer
Back office innovation –
similar trajectories of IT
use Process innovation – also widespread adoption of new IT
Process innovation – also widespread adoption of new IT
Tertiarisation, convergence
Back Office
Consumer Communities
Back Office
Innovation - Manufacturing vs Services – Beyond Assimilation
Factory
Goods
Goods Consumer
Front Office
Services
Service Consumer
Back office innovation –
similar trajectories of IT
use Process innovation – some elements very specific to particular mfg. sectors
Process innovation – some elements very specific to particular service sectors – front and back office integration and organis- -ation issues.
Tertiarisation, convergence
Demarcation Perspective
Dis-missal
Demarc-ation
Syn-thesis
Assimilat-ion
Dismissal
Services are qualitatively distinctive, especially due to INTANGIBILTY, INTERACTIVITY, etc. different forms of innovation & innovation process
Service innovation is not distinctive; it can be studied and
organised in ways familiar
from analysis of manufacturing
Extensive discussion of service
specificities (and the
huge diversity across
services!) in marketing
and management as well as innovation
studies
Back Office
Consumer Communities
Back Office
Factory
Goods
Goods Consumer
Front Office
Services
Service Consumer
Back office innovation –
similar trajectories of IT use
Process innovation – some elements very specific to particular mfg. sectors
Product innovation – new / improved goods
Innovation in goods delivery
Process innovation – some elements very specific to particular service sectors Product innovation: new services Service Relationship and Delivery innovation
Innovation related to properties
and functions of product
Innovation - Manufacturing vs Services - Demarcation
As well as Transformations, Service Processes also vary in terms of such parameters as:
Capital-intensivity Labour-intensivity T2H H2H
Standardisation Particularisation Routineness (customised) Specialisation
Manual activity Knowledge-intensive activity
Cf. review by Esa Viitamo (2007), Productivity of Business Services – Towards a New Taxonomy, Lappeenranta University of Technology, Faculty of Technology and Management, Department of Industrial Management, Research Reports, 188.
Innovation and Service Processes - Capital/Labour:
Standardised Particularised Routine (customised) Specialised
Manual activity Knowledge-intensive activity
Advanced technology,
remote processing,
scale economies
Work organisation,
division of labour,
offshoring
Capital-intensive Labour-intensive T2H H2H
Innovation and Service Processes - Standardised/Specialised:
Capital-intensive Labour-intensive T2H H2H
Standardised Particularised Routine (customised) Specialised
Manual activity Knowledge-intensive activity
Automation, scripting, service
engineering, “productisation”
Novelty versus innovation; knowledge
capture
Modularisation and
recombination
Strategy and Business Model orientation affects moves to more or less standardisation/particularisation
Innovation and Service Processes - Manual/Knowledge-Based:
Capital-intensive Labour-intensive T2H H2H
Standardised Particularised Routine (customised) Specialised
Manual activity Knowledge-intensive activity
Power technology, HR issues where much H2H
contact
Paraprofessional and decision
support systems; Technical
specialisation
Service Economy 3.0 Economy of Service(s) 2010s-
Service orientation (Service-Dominant Logic) to forefront: Synthesis viewpoint Emergent processes and practices still–will be invigorated by use of new technologies like sensors, data analytics, etc. Service innovation; metamanufacturing, product-service solutions and Grand Challenges Examples: Gallouj, Spohrer, Vargo/Lusch
Dismissal
A Synthesis?
Dis-missal
Demarc-ation
Synthesis
Assim-ilation
All sectors have diverse features, and
many “service” elements
“Servitisation” of
manufacturing
(Knowledge intensive) service
activities
Services become more technology-
intensive and “industrialised”
Exploration of Service Innovation has identified aspects of innovation that are generically important
Innovation analysis, measurement and policy – needs to account for all these aspects (or if not, to explain why some sorts of innovation are privileged)
Back Office
Consumer Communities
Back Office
Innovation - Manufacturing and Services - Synthesis
Factory
Goods
Goods Consumer
Front Office
Services
Service Consumer
Back office innovation –
similar trajectories of IT use
Process innovation – some elements very specific to particular mfg. sectors
Product innovation – new / improved goods
Innovation in marketing and e-
business, e-commerce,
aftersales, use of functionality
provided by good or service
Innovation in goods delivery
Process innovation – some elements very specific to particular service sectors Product innovation: new services Service Relationship and Delivery innovation
Servicisation Productisation
Further Convergence
Value Chain Value Chain af
fect
ing
desi
gn a
nd n
ew s
ervi
ce re
latio
ns, t
hus
wid
er “b
ack-
offic
e” fu
nctio
ns- “
front
offi
ce”
Metamanufacturing : Goods in use and beyond
Service Thinking and Design Manufacturing and Making Things remains, of course, critical; and highly reliant on specialised knowledge. But Service dimensions of production come to fore, as it is more necessary to relate products to their use in extended life cycles and challenging environments Though new Technology can be used throughout innovation processes, much complexity and need for extended design processes.
Consumer Communities
Back Office
Loci of Service Innovation
Front Office
Services
Service Consumer
• Revenue Models
Elem
ents
of B
usin
ess
Mod
el
• Position in Value Chain
• Management of suppliers
• Office systems
• Service work organisation, scripts
• Service Value Proposition (Concept and Content)
• Service Delivery Systems
• Interface with, relation to
consumers and their platforms
• Role of consumers (and communities) in coproduction
• Target Markets and Marketing
Techniques
Value Chain
Users
Consumer Communities
Back Office
Capabilities for Service Innovation
Front Office
Services
Service Consumer
• Revenue Models
Elem
ents
of B
usin
ess
Mod
el
• Position in Value Chain
• Management of suppliers
• Office systems
• Service work organisation, scripts
• Service Value Proposition (Concept and Content)
• Service Delivery Systems
• Interface with, relation to
consumers and their platforms
• Role of consumers (and communities) in coproduction
• Target Markets and Marketing
Techniques
Value Chain
Gra
sp o
f fin
anci
al
man
agem
ent &
new
mod
els
Grasp of KM & informatics
Service technology capabilities
Grasp of users, uses
Service design capabilities
SCM capabilities
Grasp of business environment, scope for collaboration and open innovation
Grasp of markets, trends, marketing, competition
Grasp of HR, team management
Another View: multiple dimensions of service innovation
Delivery (Organisation)
Customer Interaction
Delivery (Technology)
Service Concept
Value Chain/ System
Revenue Model
Partnering, M&A,
procurement
Sales, after sales
Technology HRM
Finance, strategy Marketing
P den Hertog, W van der Aa,
M W. de Jong, (2010)
Journal of Service Management , Vol. 21 (4) pp.490–514
"Capabilities for managing service
innovation: towards a conceptual framework"
Challenges for Innovation and MoT
Even servicisation has often proved challenging Requirements for wide range of new knowledge, especially about user behaviour and wider contexts Wicked problems in Grand Challenges Numerous sites of innovation, turbulence for innovation management Multi-stakeholder, problems of cognitive alignment (e.g. around platforms)
Conclusions - Policy Develop Service Innovation Policy This means looking beyond traditional R&D support for traditional recipients Many parties play role in development of capabilities for service innovation, including policymakers, HEIs, leading companies, professional bodies; Public-Private Partnerships Especially where public services and procurement are concerned SMEs may need specific support Grand challenges and complex problems – transformational innovations spanning social and technological innovation (e.g. AAL, sustainability) Social innovation involving broader stakeholders and wider user communities, for legitimacy and access to knowledge relevant to effecting lasting behaviour change.
Conclusions - MoT Consider service design capabilities and techniques - requires diverse knowledge types, and ability to combine multiple component offerings from multiple actors; application of new tools for service design and relations (open innovation?) with relevant communities. Integration of management of innovations across multiple locations (back-office, front-office, value chain, factory, product in use...), building in knowledge of H2H and H2T relations and product/service life-cycles. Important to retain and enhance scope for individual and organisational learning, as requirements for multiple competences evolve Central role for management capability to identify, mobilise, coordinate requisite professionals and skill sets
Finally
Service innovation is important For all sectors For all economies For confronting Grand Challenges
Understanding service innovation is important
To help do it better To engage more of the potential sources of creative solutions
End of Presentation