Mar 042012
 

lightbulb

I am a something of a cynic when it comes to group brainstorming, unless accompanied by excellent moderation and facilitation and an initial phase of ‘solo thinking’. Group dynamics concern me, and there is significant evidence (from personal experience) and the innovation literature to substantiate the view that group dynamics skew (or at the very least have significant potential to skew) the brainstorming process.

I have written about the HIPPO Anti Pattern in a managerial and architectural context, and this Anti Pattern is a culprit in suppressing creativity in group brainstorming. Dominant characters, internal politics, HIPPO (highest paid person’s opinion), naysayers and myriad biases (anchoring, status quo bias etc.) act together to subvert the group’s collective potential. Excellent facilitation and moderation is needed to tackle these problematic behaviours and the barriers they create. In a world of extroverts, how (for example) do you best engage the introvert? There is truth in the observation that great technological invention has come from many introverts. In group sessions the extroverts tend to drown out (potentially higher value) ideas from the introvert. Conversational detours or a tendency to fixate on single ideas, with the brainstorming session descending into ‘solutioning’ is common. 

Effective moderation in the corporate world is not always (I would say commonly) present. Companies with significant experience in innovation will have recognised the weaknesses in group brainstorming and put in place the necessary measures for its avoidance. Group brainstorming also tends to happen in the office, over a fixed duration and surrounded by other pressures and distractions (email, phone calls etc.).

A multi-stage approach is more productive. I prefer ‘own voice first innovation’ as a precursor to group brainstorming. This allows participants to immerse themselves in the problem space, direct and filter their own thinking and research and to challenge themselves to generate a spread of ideas and rank them across various dimensions (such as impact, timescale, cost, risk, ability to execute etc.). Recording the thought processes and key decisions (what was rejected and why, what was retained and why) is also highly useful when ‘presenting ideas as an ‘input set’ to group brainstorming . I like mind maps as a ‘thinking medium’ as well as an approach for articulating decisions. I am not averse to mentoring in this phase, as long as the mentor understands that any advice should be carefully balanced to ensure they do not unduly influence the outcome. An ‘own voice first’ innovation phase also frees up the creative thinking process. Many of my best ideas come to me on the train. Creativity cannot be forced and it is important to recognise that maximisation of creativity within a group requires accommodation of different thinking processes.

Higher quality ideas are generated when ‘own voice first’ innovation is applied before group brainstorming. Group brainstorming is a useful second step. Multiple juxtapositions and ‘builds’ on ideas can help shape them, combine their best (and unique) features, enhance strengths and remove weaknesses. A cautionary note is ‘idea ownership’ and ‘not invented here syndrome’. Some participants in group brainstorming my resist accepting (what they perceive as) the personal ideas of others. Moving to ‘group ownership of the idea’ can be challenging. A potential disadvantage of an ‘own voice first’ approach is that ideas might be perpetually perceived to be owned by their originator.

The benefits of a hybrid (multi-phased) approach is substantiated by research conducted at the University of Pennsylvania. In their paper “Idea Generation and the Quality of the Best Idea”, researchers determined that:

groups employing the hybrid process are able to generate more ideas, to generate better ideas, and to better discern their best ideas compared to teams that rely purely on group work. Moreover, we find that the frequently recommended brainstorming technique of building on each other’s ideas is counter-productive: teams exhibiting such build-up neither create more ideas nor are the ideas that build on previous ideas better.

Further Reading

Idea Generation and the Quality of the Best Idea:

University of Pennsylvania – Operations & Information Management Department December 8, 2009 INSEAD Business School Research Paper No. 2009/65/TOM.

Abstract:
In a wide variety of organizational settings, teams generate a number of possible solutions to a problem, and then select a few for further investigation. We examine the effectiveness of two creative problem solving processes for such tasks – one, where the group works together as a team (the team process), and the other where individuals first work alone and then work together (the hybrid process). We define effectiveness as the quality of the best ideas identified by the group. We build theory that relates previously observed group behaviour to four different variables that characterize the creative problem solving process: (1) the average quality of ideas generated, (2) the number of ideas generated, (3) the variance in the quality of ideas generated, and (4) the ability of the group to discern the quality of the ideas. Prior research defines effectiveness as the quality of the average idea, ignoring any differences in variance and in the ability to discern the best ideas. In our experimental set-up, we find that groups employing the hybrid process are able to generate more ideas, to generate better ideas, and to better discern their best ideas compared to teams that rely purely on group work. Moreover, we find that the frequently recommended brainstorming technique of building on each other’s ideas is counter-productive: teams exhibiting such build-up neither create more ideas nor are the ideas that build on previous ideas better.

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Feb 232012
 

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Thanks to my good friend and Open Innovation cohort Francisco De-araujo-roso Pinheiro, for signposting some interesting posts on the 15inno group on LinkedIn from Stefan Lindegaard, and some of the academic work he is guiding with EOI Innovation students.

Please read, ruminate, cogitate and feedback to Stefan (a prolific Open Innovation practitioner and commentator) as to the content of the 15inno articles.

15inno

Tap the brain of Stefan Lindegaard and network with corporate innovators!
http://www.15inno.com/2012/02/23/15innocorporatenetwork/

Open Innovation, Crowdsourcing in the Public Sector – 11 Great Reads
http://www.15inno.com/2012/02/23/publicsectorreads/

Innovation That Works!
http://www.15inno.com/2012/02/22/innovation-that-works/

Statoil and Shell: Fighting for Innovation Partners
http://www.15inno.com/2012/02/20/statoilshell/

Examples of Using Social Media for Innovation
http://www.15inno.com/2012/02/03/smexamples/

5 Ways to Get Better Innovation With Less Money
http://www.15inno.com/2012/01/17/betterinnovationlessmoney/

Communication is Key to Successful Open Innovation
http://www.15inno.com/2012/01/15/communicateopeninnovation/

Francisco’s Work in Open Innovation

Open Innovation and/or User-Lead Innovation (work submitted by Francisco’s EOI Innovation students)

Please review, encourage and support the next wave of Open Innovation thinkers.

1. http://www.eoi.es/blogs/francescomazzeo/2012/02/06/open-innovation-society-participation/

2. http://www.eoi.es/blogs/jonathancabrero/2012/02/12/innovation-growth/

3. http://www.eoi.es/blogs/lauraambros/2012/02/09/open-innovation-and-lead-user-innovation/

4. http://www.eoi.es/blogs/albertorengel/2012/02/12/open-innovation-lead-user/

5. http://www.eoi.es/blogs/carloscerdan/2012/02/12/open-innovation-the-present-and-future-of-innovation/

6. http://www.eoi.es/blogs/dianapatriciasanchez/2012/02/13/open-and-lead-user-innovation/

7. http://www.eoi.es/blogs/pablogonzalezvina/2012/02/14/open-innovation/

8. http://www.eoi.es/blogs/alfonsomedal/2012/02/12/open-innovation-from-why-to-what/

9. http://www.eoi.es/blogs/alfredoperaita/2012/02/10/innovative-world/

10. http://www.eoi.es/blogs/antoniocalixtomoreno/2012/02/13/%E2%80%9Copen-innovation%E2%80%9D/

11. http://www.eoi.es/blogs/elisaroman/2012/02/11/move-fast-break-things-facebook/

12. http://www.eoi.es/blogs/ildikoheim/2012/02/13/innovation-class-the-innovation-for-development-initiative-alias-openlead-user-innovation-for-good/

13. http://www.eoi.es/blogs/pedropernas/2012/02/09/lead-user-innovation-of-innovation-blog/

14. http://www.eoi.es/blogs/piotradamlubiewa/2012/02/07/innovation-what-is-open-innovation/

15. http://www.eoi.es/blogs/rubenpardo/2012/02/11/innovation/

16. http://www.eoi.es/blogs/amayasayas/2012/02/12/open-innovation-and-lead-user-innovation/

17. http://www.eoi.es/blogs/federicocamino/2012/02/12/open-innovation-shifting-to-a-more-efficient-business-model/

18. http://www.eoi.es/blogs/laurenmusiello/2012/02/12/open-innovation/

19. http://www.eoi.es/blogs/marieglueck/2012/02/12/why-companies-have-to-open-their-doors-and-how-to-do-it-innovation/

20. http://www.eoi.es/blogs/cristinagarcia-ochoa/2012/02/11/open-innovation-the-apple-case/

21. http://www.eoi.es/blogs/hokumakarimova/2012/02/07/innovation-opening-doors-to-ideas/

22. http://www.eoi.es/blogs/ricardogarro/2012/02/12/open-innovation-and-user-lead-innovation-opposites/

23. http://www.eoi.es/blogs/javiersolano/2012/02/12/open-innovation-why/

24. http://www.eoi.es/blogs/mariadiez/2012/02/08/open-innovation-and-lead-user-innovation/

25. http://www.eoi.es/blogs/saraelizalde/2012/02/12/open-innovation/

26. http://www.eoi.es/blogs/alvarorodero/2012/02/13/be-opened-lead-them-lead-user-open-innovation/

27. http://www.eoi.es/blogs/elvirasaez/2012/02/11/open-innovation-open-up-your-mind/

28. http://www.eoi.es/blogs/patriciaperez/2012/02/07/innovation-blog-will-open-innovation-became-a-business-mainstream/

29. http://www.eoi.es/blogs/tabithahmkandawire/2012/02/13/innovation-more-benefits-from-open-innovation/

30. http://www.eoi.es/blogs/alexandrunicolaecosor/2012/02/11/open-innovation-lead-user/

31. http://www.eoi.es/blogs/lauranavas/2012/02/04/innovation-through-collaboration/

32. http://www.eoi.es/blogs/syafrinasharif/2012/02/12/open-innovation/

33. http://www.eoi.es/blogs/arturodelfresno/2012/02/12/innovation-trends-evolution-closed-open-and-lead-user-innovation/

34. http://www.eoi.es/blogs/lucapalma/2012/02/06/the-medical-mirror-a-mit-student-innovation/

35. http://www.eoi.es/blogs/davidgarciagonzalez/2012/02/10/open-innovation/

36. http://www.eoi.es/blogs/elenaarboleya/2012/02/12/innovating-for-companies/

37. http://www.eoi.es/blogs/tatianacasquero/2012/02/12/innovation-open-innovation-philips%C2%B4-approach-to-improve-people%E2%80%99s-lives/

38. http://www.eoi.es/blogs/fabiopinto/2012/02/15/innovation-open-innovation-lead-user-innovation/

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Feb 232012
 

The Quadruple Helix – Citizen Engagement in local innovation

citizeninnovation

I am currently researching a number of Open Innovation and Social Networking hypotheses using a specific Tech Cluster as the research vehicle. This work is at a very early stage, but I did want to share some interesting resources related to emerging thinking.

The Triple Helix model, designed by Etzkowitz and Leydesdorff (2000), focuses on the relations of universities, industry and governments. CLiQ promotes a Quadruple Helix innovation approach which essentially adds the citizen engagement dimension to the Triple Helix of universities, industry and government.

This sets a challenge for public authorities and the design and provision of future public services. I wrote in mid December (2011) about the possibility of community led Corporate Social Responsibility within ‘smart clusters’. CSR Lippe (run by the GILDE Business and Innovation Centre Lippe-Detmold) is looking at this in terms of:

CSR

consolidating the social commitment of individual companies and to motivate them to work together with other organisations and stakeholders to find solutions to regional challenges, such as the anticipated lack of skilled labour. The objective is to help companies to create a win-win situation, engaging with civil society in places such as schools, kindergartens, universities. Companies cooperate on a range of themes including:

  • Improving the transition from education to employment
  • Developing proposals for reconciling family and work
  • Improving the integration of employees with a migrant background
  • Safeguarding the employment potential of older employees
  • Improving the visibility of CSR activities

I believe there is great potential in local (and cluster driven) CSR. Innovation networks can act as catalysts, leadership is needed to drive consensus, and this could come from social enterprise, not-for-profits, think tanks, or Venture Capitalists (perhaps with seed funding from the Big Society Bank).

Matchmaking

In the creation of dynamic Open Innovation ecosystems, matchmaking is a key function. The Sussex Innovation Centre New Product Network is an interesting example of this pattern in action:

Sussex Innovation Centre’s New Product Network actively seeks out and matches potential buyers for the products of its tenant companies. The Centre staff has to understand the portfolio of SME products and think laterally about how to sell them. They identify and even create a demand from a network of established businesses by asking ‘What are your problems/challenges?’ When the team successfully matches what a larger business needs to expertise in the start-ups, there is a potential route through to the market. For example, in a meeting with British Airways it emerged that the airline was seeking IT solutions for baggage handling processes and social networking for the Executive Club. This intelligence was passed on to start-ups on site and introductions were made. These links enable start-up companies to get feedback on products at an early stage from potential buyers and even engage in joint development to adapt the product exactly to the buyers’ needs.

SINC staff find ways to open doors in bigger companies. The Centre’s credibility means companies in the network will listen, give a window and take the call, which may not happen for an unknown SME. Connecting start-ups to supply chains and getting the first customer is the biggest difference incubators can make to an SME.

There are undoubtedly interesting business models for dedicated matchmaking, and ‘ad hoc’ matchmaking. I am interested in how we can stimulate ‘serendipity’ either through virtual interaction, or Open Innovation spaces.

Open Innovation Spaces

Munktell Science Park in Eskilstuna provides a case study about the ‘importance of physical space’ for Open Innovation. This makes for an interesting hypothesis as to whether virtual clusters are ‘innovation disadvantaged’.  

In Munktell Science Park in Eskilstuna the starting point for innovation is environment, culture and attitude. The people who rent space in the building are called “heroes”, not tenants. As well as providing space, the Science Park runs a range of different innovation initiatives including idea competitions, business training, and 24-hour races for new business ideas. The onsite incubator helps growth-oriented companies, for instance by plugging them in to business coaching, a Business Angel network and a new internationalisation forum.

The Science Park is based in a converted factory, which has been beautifully re-designed to reinforce the open innovation ethos and to serve the function of a welcoming, interdisciplinary place that creates interactions and networks. Around 30,000 citizens and visitors are welcomed each year. The features of the physical space itself contribute to the culture inside. Open innovation spaces lead to open participation, open experience, open deliver.

I take the view that ‘online relationships’ amplify offline relationships and trust is more easily established through face-to-face networking and proximity. Is the creation of a shared space in an innovation cluster critical to the success of Open Innovation? An interesting study would contrast pure-virtual, versus physical clusters and their Open Innovation outcomes.

Citizen Engagement

The Quadruple Helix focuses on citizen engagement in the innovation ecosystem. This is critically important in terms of the localism agenda, citizen empowerment, personal choice, infrastructure and broadband services improvement, and as the technological sophistication of citizens continues to increase.

Government often acts as a enabler of innovation clusters, supporting their creation and helping to establish best practice and governance. Agile government recognises regional variation and at the same time the need for centralised shared services. The role of government in successful innovation clusters is important, and maximising innovation potential is an interesting topic in terms of delivering maximum value for money for tax payers. The citizen is often the ‘expert user’, underpinning the importance of this dimension of the Quadruple Helix.

CliQBoost

CliQBoost is an interesting approach to mapping out the innovation ecosystem and using this as a guiding factor in the stimulation of further relationships. There is overlap potential with Social Network Analysis and innovation outcomes, possibly driven by developments such as the Tech City Map (the Tech City cluster in Shoreditch, East London)

Insight Strategy Stakeholder (ISS) maps are a tool to describe the key innovation related features of a city or region to allow comparative analysis. They provide a quick snapshot of other partners for each of the CLIQ members. The Insight section includes a profile, strengths and the unique selling point, sector specialisation and other defining characteristics. The Strategy section succinctly defines the main goals. The Stakeholder section maps the main stakeholder relationships in a diagrammatic representation, including stakeholders and other local actors who play a key role in innovation and entrepreneurship but with whom the partner has no (or only minimal) relationship. In essence, the stakeholder map aims to illustrate the local innovation ecosystem.

The ISS maps are a good tool to summarise key factors of the innovation systems in a readily understandable and comparable format, and to improve and drive forward connections between key stakeholders groups.

A comparison between CliQBoost analytics and the Tech City Map analytics (as one example) would provide interesting insight in best practices for profiling innovation cluster participants and potential. Maximisation of this potential (in terms of innovation and business success) would undoubtedly be of great interest to Business Angels and government ‘investors’.

In Closing

I see a lot of potential for the use of the VPEC-T systems thinking framework in the Quadruple Helix. Citizen Engagement is fascinating to explore through the lenses of Values and Trust.

Stay tuned for “VPEC-T meets the Quadruple Helix”…

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Feb 222012
 

microchip 

I am a member of the Campaign for Science and Engineering (CaSE), which is the leading policy advocate for science and engineering in the UK.

In the January (2012) issue of CaSE News, CaSE published a ‘scorecard’ of Departmental CSA (Chief Scientific Advisor) ‘engagement’ in response to the House of Lords Science and Technology Committee inquiry into Chief Scientific Advisors and their roles within UK Government departments. Table 1 is a simplification.

DCMS is currently the only department with a CSA vacancy and most recently Professor John Perkins was appointed CSA at the Department for Transport and Professor Roderick Smith at the Department for Work and Pensions.

Science and engineering impacts the work of all government departments, and I endorse CaSE’s position, that:

independent scientific advice should be at the heart of government and that each department should have a Chief Scientific Advisor to deliver expert advice and oversee policymaking.

Table 1 – List of UK Government Department Chief Scientific Advisors.

Government Department Chief Scientific Advisor
DEFRA Professor Robert Watson
Department of Health Professor Dame Sally Davies
Ministry of Defence Professor Sir Mark Wellend
Department for Energy and Climate Change Professor David MacKay
Home Office Professor Bernard Silverman
Department for International Development Professor Chris Whitty
Department for Transport Professor John Perkins
Department for Work and Pensions Professor Roderick Smith
Department for Business, Innovation and Skills Dr. Bill Gunnyeon
Department for Communities and Local Government Professor Jeremy Watson
Department for Education Carole Willis
Foreign and Commonwealth Office Professor David Clary
Ministry of Justice Rebecca Endean
HM Treasury Dr. James Richardson
Department of Culture, Media and Sport Position vacant

Wales’ Chief Scientific Advisor is Professor John Harries and the newly appointed Chief Scientific Advisor for Scotland is Professor Muffy Calder (replacing Professor Anne Glover at the end of 2011).

The Campaign for Science and Engineering (CaSE) works to ensure that science and engineering are high on the political agenda and that through the implementation of appropriate evidence-based policies and adequate funding the UK has world-leading research and education, skilled and responsible scientists and engineers, and successful innovative business.

www.sciencecampaign.org.uk

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Feb 212012
 

The theme of Deloitte’s 2012 annual Tech Trends report examines:

those topics that have the most potential to impact businesses over the next 18 to 24 months. This year’s theme, Elevate IT for Digital Business, examines the broad impacts of five technology forces that have influenced our reports over the past several years – analytics, mobility, social, cloud and cyber security.

Tech Trends 2012 Overview Video

An introduction to the Tech Trends 2012 report, and an interesting mention of the concept of Post-digital Enterprise.

2012 Tech Trends Visualisation

The report categorises trends as Enablers (Big Data, Geospatial Visualisation, Digital Identities, Measured Innovation, Outside in Architecture) and Disruptors (Social Business, Gamification, Enterprise Mobility Unleashed, User Empowerment, Hyper-hybrid Cloud).

[mindmap source, Steve Nimmons]

trends2012

High-level Analysis

Trend Thoughts What have I been writing about this…
Social Business No discussion of Social Network Analysis (SNA), organisational design based on SNA (although Social Analytics is mentioned a number of times in the report). The forces and enablers described in this section point towards Zero Email as a solution (this is not mentioned). Redefining the Real Time Enterprise

Social search and the integrity of the social graph

Unseen Enemy

Organisations don’t Tweet, People Do

Enterprise Patterns, the Power of Wiki

Gamification Good description of an increasingly important tech trend. I am very interested in the behavioural dimensions (nudge theory, behavioural economics) and learning.

Cascading Information Theory gets a mention  – i.e. the theory that information should be released in the minimum possible snippets to gain the appropriate level of understanding at each point during a game narrative.

An important point noted in the report: “And yet in the business world, many games only have a handful of winners, and lots of losers.” Gamification in the Enterprise needs to cope with this, and not ‘promote’ domination.

Cubicle Gaming and “using Gamification to help train users on overlooked features of their tools” has merit. This thinking could equally be applied to business processes, dealing with complexity and compliance ‘nudges’, particularly on ‘unfamiliar’ process paths.

The Play Watchers – Games are getting serious

Competition models are common in crowd sourcing and challenge-based innovation. The potential role of Gamification as an Open Innovation driver should be further explored.

Enterprise Mobility Unleashed Big Data and Context Aware Computing are ‘key enablers’.

‘Bring your own’ is an unstoppable trend, rethinking risk management is essential.

Augmented Reality and Smart Shopping will also come into play.

HCI, usability, aesthetics, ‘look and feel’ unique selling points for enterprise applications.

Enterprises defining Channel Strategies as part of Enterprise Architecture.

This is good advice:

“The mobility landscape is moving at warp speed. CIOs need a mobile strategy limited to a six-month horizon. Decide on an initial mobile app architecture. Establish foundational recommendations for management, deployment and support. Create a roadmap of prioritized use-cases and apps.”

Atos IT Challenge

“For me, a good app is innovative, intuitive and once used is something you find it hard to have imagined life without. There are a plethora of copy-cat apps which whither and die. A good app has staying power, satisfied users and understands what it is there to deliver and why. Great apps break boundaries, challenge norms and lead markets!”

User Empowerment Bring your own device is going mainstream.

Bring your own application (BYOA) will gain traction. I think there is an interesting productivity study in BYOA in terms of balancing heterogeneity (and the complexities this has in the Enterprise Architecture) versus end-user productivity with familiar or favoured tools. The complexity is to build the underlying architectures to support end-user-choice.

With user-empowerment we need to keep a watchful eye on creation of Shadow IT Systems or workarounds that are Anti Patterns pretending to be part of the user-empowerment agenda.

Consumerisation as a disruptive force on Enterprise Architecture.

Towards Bring your Own Identity.

Hyper-hybrid Cloud I don’t like the term Hyper-hybrid clouds. Suffice to say this is a trend towards using mixed cloud models rather than single clouds. That makes perfect sense, and process orchestration and identity federation are definite challenges.

See video below on Cloud Orchestration for a more developed conceptual view of hybrid cloud

We have done a lot of thinking in this area in terms of Cloud Orchestration.
Big Data Goes to Work Big Data underpins many web scale apps such as Facebook, Twitter and Linkedin.

Hadoop (Google, Yahoo!), Cassandra (Facebook), Dynamo (Amazon), Project Voldemort (LinkedIn), Riak, CouchDB and MongoDB are the main NoSQL players.

I agree with the assertion that Big Data (massive volume of unstructured data) will coalesce with traditional structured / transactional systems.

Big Data is going to be an enabler in terms of creation of (what I describe) as a redefined Real Time Enterprise. It will also feature heavily in pattern detection, predictive analytics and Pattern Based Strategy.

Big Data Ecosystems

Redefining the Real Time Enterprise

The section on Data Architecture in the Deloitte report raises many interesting questions and design trade-offs.

CIOs and Enterprise Architects implementing Big Data need to define the overall information strategy, and link these to new Enterprise Data Principles.

Geospatial Visualization A very natural build on location-aware data and Context Aware Computing. Geospatial analysis will undoubtedly surface interesting underlying trends and help drive new business models.

My particular interests lie in Augmented Reality (from the likes of  Layar, Junaio and Aurasma) and Smart Shopping applications.

Geospatial Visualisation has a place in Social Network Analysis and Social Analytics.

I’ve not yet written about it, but I have been pondering the potential for Geospatial Analysis and Visualisation in the Open Innovation domain – namely understanding innovation ecosystems and how they might best be constructed and monitored.
Digital Identities This trend highlights the problem of identity sprawl and the need for increased identity federation capabilities, particularly with the growth of cloud services.

It is likely that there will be a ‘rise of Identity Providers’ as trust frameworks and standards are adopted and extended. Utility companies, banks, credit agencies, corporations, government (etc.) are all likely to participate in an Identity ecosystem underpinned by Identity as a Service,

‘Bring your own Identity’ might also trend.

New World Identity – White Tick, Blue Circle Trust
Measured Innovation Too timid and traditional for my taste. I advocate a much bolder foray into Open Innovation.

Idea hunts and innovation quests will also benefit from Big Data, Geospatial Visualisation and Social Analytics. Interesting points to explore (but not covered explicitly in the report) is creation of innovation ecosystems and how participants can be sourced using Big Data and analytics (i.e. hunting for symbiotic innovation partners)

Open Innovation and the Ecosystem of Everything
Outside-in Architecture I advocate Open Innovation as an Outside-in Architecture enabler.

Due to the nature of the architectural patterns this gives rise to, my advice would be use “What Would the Web Do?” thinking and implement RESTful services. Simple web technologies will keep integration simpler and ensure a ubiquitous implementation.

Thinking Sideways, horizontal is the new vertical

Atos Cloud Orchestration

Summary

A very well produced and interesting report. Social Network Analysis, Pattern Based Strategy and Open Innovation deserved specific mention as does Zero Email as a consequence of Social Business. I am somewhat surprised that video (as a trend) is not specifically included.

I love the idea of Post Digital Enterprise, which sparks an idea for “Design Patterns for the Post Digital Enterprise.”

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Feb 152012
 
contemplate

Last week in Cardiff, First Minister Carwyn Jones welcomed the launch of ‘2025: The Future of Public Services in Wales’ at its Cardiff launch conference.

Professor Steve Martin, Director of the Centre for Local and Regional Government Research helped conceive and design the project, and Professor Ian Hargreaves, of Cardiff Business School and the School of Journalism Media & Cultural Studies, chaired the launch conference.

Speaking at this inaugural event, the First Minister, Carwyn Jones AM, welcomed the initiative, which will consider the implications of spending cuts and increasing demands from an ageing population for the kinds of public services that will be affordable by 2025.

The conference was attended by public service leaders from across Wales including senior civil servants, senior police officers, and chief executives from the health service, local government and voluntary sector. The second event is being held in St Asaph in April. [source: Cardiff Business School]

This is a very exciting initiative and one which requires innovative thinking not least due to:

  • Severe economic challenges
  • Shifting demographics (ageing population)
  • A drive towards online public services
  • Increasing demands on health care services, social services and education
  • Unemployment and social disparity
  • Sustainability and environmental protection

The purpose of the initiative is succinctly described in the 60-second video below from Megan Mathias.

60 Second Summary

60 second summary from Megan Mathias, Programme Director for Wales Public Services 2025.

The steering group comprises representatives from academia, business, third sector and a number of research institutes:

Wales Public Services 2025 Steering Group

  • Professor Ian Hargreaves. Professor of Digital Economy at Cardiff University.
  • Megan Mathias. Director of Kafka Brigade UK.
  • Michael Trickey. Wales Adviser for the Joseph Rowntree Foundation.
  • Professor Steve Martin. Professor of Public Policy and Management and Director of the Centre for Local & Regional Government Research at Cardiff Business School.
  • Dr. Martin Rhisiart. Director of the Centre for Research in Futures and Innovation at Glamorgan Business School.
  • Alison Ward CBE. Chief Executive of Torfaen County Borough Council, a Council member for the Prince’s Trust in Wales and a Governor of the University of Wales, Newport.
  • Professor Sir Adrian Webb. Chair of the Wales Employment & Skills Board and a member of Administrative Justice and Tribunals Council and Chair of Welsh Committee. A former Vice-Chancellor of the University of Glamorgan, he was a member of the Beecham Review of Local Service Delivery in Wales.
  • Helen Birtwhistle. Director of the Welsh NHS Confederation, as well as being a lay member of the Governing Body of the Church in Wales and a Board member for Young Enterprise Wales.
  • Jennifer Wallace. Policy Manager for the Carnegie UK Trust.
  • Ben Lucas. Director of the RSA’s 2020 Public Services Trust, having previously led a public affairs consultancy and been a government adviser.

A number of slide packs from the launch are available at the links below:

Slide downloads

Opportunities

As this initiative is incredibly fresh, there is a really exciting opportunity to engage and contribute to the debate and to help shape Public Services provision in Wales in the next decade(s). A few areas where I think this could be especially interesting:

  1. Online Public Services adoption
  2. Smart Cities
  3. Smart Clusters (developing innovation clusters and high-tech industry in Wales)
  4. Smart Health Care
  5. Smart Shopping
  6. Context Aware Computing and related services
  7. Alternative service provision models (such as outcome based contracting)
  8. Sustainability research.

As a long-time Fellow of the RSA and advocate of RSA 2020 PST, I am delighted to see Ben Lucas contributing to the Wales 2025 steering committee.

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Jan 292012
 

The Wicked Problem

wickedproblem

Rittel and Webber’s formulation of wicked problems specifies ten characteristics:

10 Characteristics of Wicked Problems

  1. There is no definitive formulation of a wicked problem. It’s not possible to write a well-defined statement of the problem, as can be done with an ordinary problem.
  2. Wicked problems have no stopping rule. You can tell when you’ve reached a solution with an ordinary problem. With a wicked problem, the search for solutions never stops.
  3. Solutions to wicked problems are not true or false, but good or bad. Ordinary problems have solutions that can be objectively evaluated as right or wrong. Choosing a solution to a wicked problem is largely a matter of judgment.
  4. There is no immediate and no ultimate test of a solution to a wicked problem. It’s possible to determine right away if a solution to an ordinary problem is working. But solutions to wicked problems generate unexpected consequences over time, making it difficult to measure their effectiveness.
  5. Every solution to a wicked problem is a “one-shot” operation; because there is no opportunity to learn by trial and error, every attempt counts significantly. Solutions to ordinary problems can be easily tried and abandoned. With wicked problems, every implemented solution has consequences that cannot be undone.
  6. Wicked problems do not have an exhaustively describable set of potential solutions, nor is there a well-described set of permissible operations that may be incorporated into the plan. Ordinary problems come with a limited set of potential solutions, by contrast.
  7. Every wicked problem is essentially unique. An ordinary problem belongs to a class of similar problems that are all solved in the same way. A wicked problem is substantially without precedent; experience does not help you address it.
  8. Every wicked problem can be considered to be a symptom of another problem. While an ordinary problem is self-contained, a wicked problem is entwined with other problems. However, those problems don’t have one root cause.
  9. The existence of a discrepancy representing a wicked problem can be explained in numerous ways. A wicked problem involves many stakeholders, who all will have different ideas about what the problem really is and what its causes are.
  10. The planner has no right to be wrong. Problem solvers dealing with a wicked issue are held liable for the consequences of any actions they take, because those actions will have such a large impact and are hard to justify.

Classic examples of wicked problems include economic, environmental, and political issues. A problem whose solution requires a great number of people to change their mindsets and behavior is likely to be a wicked problem. Therefore, many standard examples of wicked problems come from the areas of public planning and policy. These include global climate change, natural hazards, healthcare, the AIDS epidemic, pandemic influenza, international drug trafficking, homeland security, nuclear weapons, and nuclear energy and waste.

In recent years, problems in many areas have been identified as exhibiting elements of wickedness – examples range from aspects of design decision making and knowledge management to business strategy. [Source: Wikipedia]

Implications

  1. To address the first characteristic of Wicked Problems, it is necessary to collect a wide range of views of the problem space. An Open Innovation, crowd-sourcing or think-tank based approach (which could be internal ideation, or a mixture of the aforementioned) has promise. In the ‘definition formulation stage’ there will be ‘many’ contradictions, agreement and disagreement between stakeholder groups, terminology problems and nuances. Facilitating and filtering outputs from this phase presents interesting challenges. VPEC-T has a place in this, particularly in dealing with the complexity of eclectic values.
  2. The second characteristic of Wicked Problems highlights the importance of solution hypotheses and a means by which to prototype representative solutions and measure their utility. An ability to prototype many solution hypotheses in parallel may be achieved with Open Innovation, particularly challenge driven Open Innovation where a competition model is used. Characteristic 5 implies that prototyping is not viable in the context of Wicked Problems. I think this is somewhat misleading. I agree that once commitment is made to a solution it is a ‘one shot’ operation with consequences, but populating a set of initial solution hypotheses and understanding the scope of the Wicked Problem (particularly where it is ‘interspersed’ with ‘traditional problems’) will help get the right definition of the problem and the right level of focus on its key facets.
  3. The third characteristic of Wicked Problems will again benefit from the application of Open Innovation and VPEC-T. Open Innovation in the sense of rapid development of solution hypotheses and a mechanism to source improvement ideas from a wide range of participants (including disruptive thinkers from other markets, industries or geographies). VPEC-T comes into play in the filtering process. Open Innovation is useful in the population of the funnel of candidate solutions. VPEC-T is a useful filter to select preferred options which fit best with the Values and Trust dimensions of the company, government or country attempting to solve the Wicked Problem. In certain Wicked Problems, the Values dimension will need to focus on ethics and cultural acceptability and the Policy dimension on relevant laws and restrictions.
  4. Wicked Problems will not be solved through application of design patterns. Characteristics 4 and 7 above rule this out. The generation of unexpected consequences in Characteristic 4 indicates potential for the application of Pattern Based Strategy (in terms of signal detection, and making sense of unanticipated events via correlation and causation analysis).
  5. Refer to implication 2.
  6. Characteristic 6 reinforces that Open Innovation has potential in terms of sourcing solution hypotheses and enriching these hypotheses with a range of opinion. As outlined in Implication 1, facilitation and filtering is important and VPEC-T has an important role to play.
  7. As stated in Implication 4, this rules out the application of design patterns, the solution to a Wicked Problem being unique.
  8. Characteristic 8 makes Wicked Problems particularly Wicked. A three pronged attack on this characteristic with Open Innovation, VPEC-T and Pattern Based Strategy has value. Open Innovation in the sense of collectively working on how Wicked Problems are entwined with other problems, VPEC-T in terms of filtering and facilitating analysis, and Pattern Based Strategy in terms of correlation and causation analysis.
  9. Characteristic 9 is a real sweet spot for VPEC-T, which excels at surfacing the Values and Trust dimensions of Wicked Problem Solving.
  10. VPEC-T (and other thinking frameworks) has an important role in dealing with Characteristic 10. The problem solver(s) eventually need to put their reputations on the line, and must therefore have explored the problem space methodically. Certainty and Wicked Problem solving do not go ‘hand in hand’, and systems and strategic thinking methods are useful in driving out as much uncertainty as may be considered reasonable in highly-complex environments.

Further Reading

“Wicked Problems, Righteous Solutions, A Catalogue of Modern Software Engineering Paradigms” by Peter DeGrace and Leslie Hulet Stahl.

[Source: Amazon]

 

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Jan 202012
 

Vision of a Pattern Based Management Competency Centre for PBS.

PBSteam

To define and implant an effective Pattern Based Strategy (PBS) within a company, there must be organisational units/roles that lead and manage the key aspects and connect all the relevant company levels/domains together. As in the case of SOA or BPM, the answer is defining an internal Pattern Management Competency Centre (PMCC) that assumes responsibility for:

  • Working with the business areas in the identification of the sources of information, the definition of indicators and the type of patterns to look for
  • Starting from requirements defined within business areas, working with the IT function to establish the architectural components required to support Pattern Management (detection, exploitation etc.)
  • Defining and supporting the internal methodology for Pattern Management, including the linkage between PBS and corporate strategy,  management of operational events, training etc.
  • Analysing existing business patterns to determine their suitability for (continued) use within the business
  • Managing the relationship with the different suppliers involved in this area (content providers, specific IT solutions providers etc.). The PMCC would help/support the business areas in the definition of patterns and the mechanics, sources and signals employed in looking for them. In other words, the business areas would define the elements/signals to look for as patterns and the PMCC would shape these requirements into an operational format. Note: a sophisticated PMCC function should also use horizon scanning techniques such as that suggested in the article PEST, VPEC-T, Scenario Planning and Pattern Based Strategy.

In order to be able to manage all of these aspects, the skills mix within the PMCC should adequately cover: business analysis, technical analysis (including statistical skills), innovation and collaboration, change and performance management.

Companies focused on effective PBS require an internal business culture capable of dealing with:

  • Open Innovation, moving from a closed/silo based innovation culture (where innovation is an internal only process) to an open approach, working with customers, partners and educational establishments through a collaborative approach (this assists in terms of pattern sharing, data set sharing and partnering on exploitation strategies if/when patterns are detected)
  • Business Change as a continuous process
  • Performance Management
  • Transparency. This is a two way concept:
    • Improved prediction of business opportunities and impact of new products/services, market strategies etc., allows the company to be more transparent to the markets in terms of anticipating  results and delivering on growth/performance estimates. This is both a demonstration of corporate health and the use of transparency for differentiation
    • Internally, which means that business processes and organisational roles and responsibilities are well defined and understood across the business domains. This is the only way in which the impact/potential of a pattern can be established (cost of change, timescale, risk, ability to absorb change, anticipated benefit etc.), and therefore central to the adaptation of the company to any new business model

The implementation of successful Pattern Based Strategy is clearly not solely a technical challenge. Companies that do not establish the right organisational structure and culture (such as a Pattern Management Competency Centre), will underperform relative to competitors that recognise and leverage the potential of Pattern Based Strategy fully.

The PMCC could also be an outsourced function provided by a business partner, which is an interesting business model and set of new opportunities for ‘pattern management suppliers’.

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Jan 072012
 
bulb

There is a gap in the market for ‘grey cell exercise DVDs’, so in the meantime here are a few recommendations for the January commute:

1. Edward de Bono – Six Thinking Hats

SIX THINKING HATS is a de Bono classic, used by businessmen worldwide to develop techniques of creative thinking in the boardroom. The Six Hats method aims to make the fullest use of everyone’s intelligence, experience and information. De Bono has comprehensively updated his bestselling text for this new edition.

2. The Decision Book – 50 Models for Strategic Thinking

One of my favourite reference books on Strategic Thinking models. Very accessible, each model is explained in simple terms with an accompanying example.

Most of us face the same questions every day: What do I want? And how can I get it? How can I live more happily and work more efficiently? A European bestseller, The Decision Book distils into a single volume the fifty best decision-making models used on MBA courses and elsewhere that will help you tackle these important questions – from the well known (the Eisenhower matrix for time management) to the less familiar but equally useful (the Swiss Cheese model). It will even show you how to remember everything you will have learned by the end of it. Stylish and compact, this little black book is a powerful asset. Whether you need to plot a presentation, assess someone’s business idea or get to know yourself better, this unique guide will help you simplify any problem and take steps towards the right decision.

3. 50 psychology ideas you really need to know

I particularly enjoyed the chapters on Personality and Society and Rationality and Problem Solving.

How different are men and women’s brains? Does altruism really exist? Are our minds blank slates at birth? And do dreams reveal our unconscious desires? If you have you ever grappled with these concepts, or tried your hand as an amateur psychologist, 50 Psychology Ideas You Really Need to Know could be just the book for you. Not only providing the answers to these questions and many more, this series of engaging and accessible essays explores each of the central concepts, as well as the arguments of key thinkers. Author Adrian Furnham offers expert and concise introductions to emotional behaviour, cognition, mental conditions – from stress to schizophrenia – rationality and personality development, amongst many others. This is a fascinating introduction to psychology for anyone interested in understanding the human mind.

4. Nudge – Improving Decisions About Health, Wealth and Happiness

A classic ‘marmite’ book, and a must-read for those interested in behavioural economics and choice architecture (by which of course I mean any self-respecting innovator and architect!).

By Richard Thaler and Cass Sunstein. The book draws on research in psychology and behavioral economics to defend libertarian paternalism and active engineering of choice architecture.

The book received mixed reviews. The Guardian described it as “never intimidating, always amusing and elucidating: a jolly economic romp but with serious lessons within.” But The Sunday Times called it a “very, very dull read” and others contended that the many policy proposals it contained became “a bit wearisome”. It was named a “Best Book of the Year” by The Economist.

5. Mind Maps for Business – Revolutionise your business thinking and practice

A couple of years old, but a great book from Mind Map inventor Tony Buzan. There is an excellent chapter on Mind Maps for Strategic Thinking covering Scenario Planning, PEST, SWOT, Balanced Scorecards, Porter’s Five Forces Framework, BCG growth-share matrix, Porter’s Value Chain, McKinsey 7-S framework, and the 4-P’s (marketing mix).

6. A Guide to Open Innovation and Crowd Sourcing

Edited by Paul Sloan with twenty five chapters authored by different figures from the Open Innovation (OI) world. The forward is by Prof. Henry Chesbrough (‘the father of Open Innovation’). Stefan Lindegaard writes an interesting chapter calling for Open Innovation to be Fast, Open and Global. Contributors from NineSigma, Spigit and other interesting practitioners make this a very compelling read.

Open innovation and crowdsourcing are among the hottest topics in strategy and management today. The concept of capturing ideas in a hub of collaboration, together with the outsourcing of tasks to a large group of people or community is a revolution that is rapidly changing business culture. A Guide to Open Innovation and Crowdsourcing explains how to use the power of ideas and people outside your organization to turbocharge your innovation. Failure to embrace these approaches could mean getting left behind.

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Jan 012012
 

The term “thinking outside the box” originates from an early 20th century puzzle.

The objective is to connect the nine points (or circles) using a maximum of four straight lines without lifting pen from the paper.

Figure 1 – Connecting the 9 points problem

[source: Steve Nimmons]

ninedots

The mind (likely tricked by the eye) feels compelled to respect the boundaries of the box. Assumption of constraints therefore misdirects the problem solver’s attention.

There are many solutions, which are readily apparent once the problem solver realises that lines can extend beyond the box (hence ‘outside the box thinking.’). Figures 2 and 3 illustrate two solutions.

Figure 2 – A solution to the problem extending lines beyond the internal box

[source: Steve Nimmons]

outsideoftheboxsoln1

Figure 3 – An alternative ‘out of the box’ solution

[source: Steve Nimmons]

outsideoftheboxsoln2

‘Thinking outside the box’ has become something of a cliché, but as illustrated above has validity in lateral thinking.

It is an architectural pattern as its recognition and use assists with disruptive thinking and innovation.

I consider Occam’s Razor an Anti Pattern as it leads to obvious and hasty conclusions. Structured thinking methods (TRIZVPEC-T, hypothesis based problem solving, etc.) are useful in countering the misdirection of problem solving attention.

Hickam’s Dictum is more sagacious and an Anti-razor associated with diagnostic medicine. It states that “patients can have as many diseases as they damn well please.” The same observation applies to many businesses.

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