9 Sustainable Change

 Organisations that will lead the next decade are not the biggest nor the fastest, but those that can adapt continuously, transform deliberately, and build sustainability into the core of how they create value.

Strategic implementation is rarely undone by poor ideas. More often, it is undone by organisations that cannot change fast enough, sustain momentum long enough, or align people deeply enough. Sustainable change demands more than a burst of activity or a one-off transformation programme. It requires an ongoing system of behaviours, structures, and cultural norms that enable adaptation over time.

Chapter 9 builds on the change principles introduced in Chapter 5 but extends them into a broader system of organisational sustainability. It introduces three interconnected topics:

1. Organisational Agility — the ability to sense, interpret and respond to change quickly and confidently.

2. Systematic Approach — how frameworks, routines and structured thinking help organisations embed change at scale.

3. Sustainability — how long-term stewardship, capability building, and environmental-social responsibility shape future-ready organisations.

Together, these topics help leaders shift from ‘changing once’ to ‘continuous change’ Organisations must be capable of enduring improvement and long-term success.

9.1 Organisational Agility

‘Learn from yesterday, live for today, hope for tomorrow. The important thing is not to stop questioning.’ Albert Einstein

The most satisfying moment in any transformation is seeing careful planning translated into tangible results. A backlog item becomes real. A system goes live. Users experience improvement. Yet in a digital environment, delivery is rarely the end of the story. What has been built must evolve. What works today may need refinement tomorrow.

Organisational agility begins with this recognition. It reflects a shift away from rigid, linear models of change towards iterative learning and adaptation. In uncertain environments, long planning cycles and fixed requirements struggle to keep pace. Agile approaches emerged as a response to this reality.

9.1.1 From Waterfall to Agile Thinking

For many years, the dominant model of development was the waterfall method. It followed a logical, sequential progression: requirements were defined, design was completed, build commenced, testing followed, and deployment concluded the project. As shown in Figure 9-1, each phase cascaded into the next. The method was orderly and disciplined, and in stable contexts it worked well.

However, waterfall assumes that requirements are knowable and stable. In fast-moving markets, this assumption is fragile. By the time a long project reaches completion, customer needs or technological possibilities may have shifted.

Around the year 2000, agile development evolved as an alternative. It is not simply a method but a set of values and principles. Seventeen practitioners articulated these in the Agile Manifesto, emphasising individuals and interactions over rigid processes, working solutions over excessive documentation, customer collaboration over contractual distance, and responsiveness to change over strict adherence to plan.

In practice, agile development is iterative, as shown in Figure 9-2. A small multidisciplinary team selects a manageable set of priorities from a product backlog and commits to delivering them within a short sprint, typically two weeks. Daily stand-ups maintain momentum. At the end of the sprint, the team demonstrates progress to stakeholders, gathers feedback, reprioritises, and begins again.

Instead of delivering everything at the end, value is delivered incrementally. Instead of resisting change, change is incorporated and its effects mitigated through collaborative clarity.

The transition from waterfall to agile represents more than a technical adjustment. It reflects a broader evolution in organisational mindset. Planning remains important, but it is complemented by experimentation and learning. Adaptability is key and delivery becomes continuous rather than episodic.

Agile development therefore provides a practical foundation for organisational agility. It shows how structured iteration can coexist with strategic intent.

9.1.2 Strategic Agility

If agile development reshapes how projects are delivered, strategic agility reshapes how organisations are led.

‘Five to ten years ago, you would set your vision and strategy and then start following it. That does not work anymore. Now you have to be alert every day, week, and month to renew your strategy.’
Pekka-Ala Pietilä, Nokia Chairman

Strategic agility emerged from the study of Nokia’s ‘rollercoaster’ meteoric rise and rapid decline. Yves Doz (from INSEAD) and Mikko Kosonen (from the Nokia board) analysed how the company navigated intense technological disruption in the mobile industry. They concluded that competitive advantage increasingly depends on the ability to renew strategy under uncertainty.

Strategic agility is concerned with responding effectively to changing external and internal forces. These forces may develop gradually through market shifts and technological convergence, or they may arrive abruptly as shocks. In both cases, rigid long-term commitments become risky.

At the heart of strategic agility lies a paradox. Organisations must make strong strategic commitments to customers, markets and capabilities. At the same time, they must retain the awareness, will and flexibility to revise those commitments when circumstances demand it. Commitment without flexibility leads to rigidity. Flexibility without commitment leads to drift.

9.1.3 Three Capabilities

Doz and Kosonen identify three interdependent capabilities that together form strategic agility: strategic sensitivity, leadership unity and resource fluidity, as shown in Figure 9-3.

Adding a little more detail:

♟️Strategic sensitivity is the ability to perceive change early and accurately. It requires leaders to remain curious, to question assumptions, and to explore alternative futures. It is sharpened by anticipation and experimentation, and dulled by complacency.

🤲 Leadership unity refers to alignment and trust at the top of the organisation. Agility cannot flourish where leadership is fragmented or defensive. Unity allows difficult decisions to be taken quickly and collectively.

💦 Resource fluidity reflects the organisation’s ability to reallocate people, capital and attention in response to changing priorities. Structures and processes must enable movement rather than constrain it.

These capabilities reinforce one another. Sensitivity without unity produces insight without execution. Unity without fluidity produces consensus without action. Fluidity without sensitivity risks reactive shifts without direction.

9.1.4 Learning from Experience

Nokia’s experience demonstrates that agility can both strengthen and erode over time. During its ascent, the company displayed strong sensitivity and resource flexibility. However, as complexity increased and success bred routine, it struggled to convert insight into decisive change. Strategic agility decayed quietly.

In contrast, organisations such as NASA illustrate how agility can be embedded. Faced with budget reductions and increasing competition, NASA evolved from a command-and-control contracting model to a more networked, collaborative approach. This shift required sensitivity to environmental change, unity among leadership, and the willingness to reconfigure partnerships and processes.

These cases underline an important point. Agility is not a one-off initiative. It is an ongoing leadership discipline.

9.1.5 Agility as an Organisational Mindset

Agility complements traditional strategic tools rather than replacing them. Frameworks such as Five Forces remain valuable for understanding competitive position. Strategic agility ensures that insights derived from such tools are revisited and revised as contexts evolve.

At a practical level, leaders can cultivate agility by encouraging collaboration, reducing bureaucratic rigidity, and fostering experimentation. Cultural habits that once drove success may eventually constrain it. The discipline lies in recognising when to adapt.

Strategic agility should be treated as an intangible asset. It resides in shared mindset and tacit capability. It demands questioning, learning and renewal.

Most organisations do not fail because they pursue the wrong strategy. They fail because they persist too long with strategies that once worked.

9.2 Structured, Agile Approach

Digital transformation is one of the most widely used and least well understood terms in contemporary management. It is often spoken about as if “digital” comes first. In practice, transformation must always begin with strategy. Technology is not the starting point. It is the enabler.

Palfreyman and Morton argue that digital transformation should be understood as a process that improves an organisation by triggering significant changes through combinations of information, computing, communication and connectivity technologies. Crucially, they contend that in environments characterised by uncertainty and disruption, transformation must be both structured and agile.

This requires discipline without rigidity. It requires direction without inflexibility. It requires a loop, not a straight line.

9.2.1 Why Structure and Agility must Co-exist

Digital transformation initiatives frequently fail not because technology is inadequate, but because organisations lack a coherent process. Large programmes are launched with ambition but without clear sequencing. Alternatively, organisations experiment endlessly without scaling what works.

The structured, agile approach resolves this tension. It combines strategic clarity with iterative progress. It embeds the principles of strategic agility, ensuring sensitivity to change, leadership unity and resource fluidity while maintaining forward momentum. Palfreyman and Morton (2022) conceptualise this as the digital transformation loop, consisting of seven interdependent steps: prepare, scan, prioritise, learn, experiment, plan and build, as shown in Figure 9-4.

The loop structure is important. Transformation is not linear. Each build cycle informs the next round of scanning, learning and prioritisation.

At its core, the model emphasises collaboration between business and technology teams. The business team understands processes, customers and value creation. The technology team understands systems, architecture and emerging capability. Transformation succeeds when these perspectives are balanced.

9.2.2 The Digital Transformation Loop

Let’s dig into detail for each of these seven steps.

1️⃣ Prepare

Transformation begins with preparation. Before new technologies are considered, the organisation must confirm that its strategic vision is clear and well communicated. Digital initiatives must serve that vision.

Preparation also involves examining culture, leadership alignment, business processes and the organisation’s information base. If culture resists collaboration, or if leadership is divided, digital transformation will struggle.

This step establishes shared ownership between business and technology teams. It defines roles, clarifies expectations and ensures that transformation is not treated as an isolated IT project, but as a strategic initiative.

Preparation is not glamorous, but it is foundational. Without it, later experimentation risks fragmentation.

2️⃣ Scan

Once strategic clarity and alignment are established, the organisation scans its environment. Horizon scanning identifies technologies that could help deliver the strategic vision.

Scanning is not random curiosity. It is structured exploration within a defined “search envelope”. The technology team typically leads this stage, interpreting emerging tools and explaining potential benefits and implementation complexity to business colleagues.

The goal is to broaden awareness without committing prematurely. At this stage, possibility is mapped, not yet selected.

3️⃣ Prioritise

From scanning emerges a set of candidate technologies. Not all can or should be pursued. The prioritise step introduces disciplined judgement.

Here, business and technology teams jointly assess expected business value and implementation difficulty. Interdependencies between technologies are considered. Sequencing is debated.

This stage embodies strategic agility in practice. It forces explicit trade-offs. It ensures that scarce organisational capacity is directed toward initiatives that promise meaningful impact.

The outcome is a focused shortlist for deeper evaluation.

4️⃣ Learn

Learning moves beyond surface awareness. Teams deepen their understanding of shortlisted technologies, drawing on open sources, case examples and industry experience.

Importantly, learning is not limited to technology. It also assesses organisational readiness. Does the organisation possess the capabilities required to implement and sustain this innovation? If not, what must be developed?

This step refines benefit estimates and implementation assessments. It prepares the ground for experimentation with realism rather than optimism.

5️⃣ Experiment

Experimentation brings ideas into contact with operational reality. A proof of concept is built and tested with a pilot group.

This stage should combine design thinking and agile development. The solution is centred on user need. Iterations are rapid. Feedback is continuous.

The experiment step reduces uncertainty. It provides evidence of value before scale-up. It also builds organisational confidence, demonstrating that transformation can deliver tangible benefits.

Crucially, experimentation is collaborative. Business practitioners contribute process insight. Technology teams contribute technical capability. Together they refine both feasibility and impact.

6️⃣ Plan

If experimentation proves promising, structured planning follows. This includes architectural decisions, integration considerations and detailed project planning.

A key decision at this stage concerns whether to extend the proof of concept or adopt a commercial solution. Either path requires disciplined governance and active user involvement.

Planning translates learning into executable structure. It ensures that scaling is deliberate rather than reactive.

7️⃣ Build

The build step is where transformation becomes visible. Systems are implemented, integrated and rolled out.

Change capacity is finite. Organisations must pace transformation carefully. Communication, inclusion and stakeholder engagement are critical.

When executed effectively, the build step delivers measurable operational improvement. It may increase efficiency, enhance service quality or unlock new innovation pathways. Yet completion does not signal an end. Insights gained feed back into preparation and scanning for the next cycle.

9.2.3 Inclusion and Governance

The structured, agile approach to digital transformation resolves a persistent misconception. Agility does not mean improvisation. Structure does not mean rigidity.

The digital transformation loop provides a disciplined pathway that embeds experimentation within strategic intent. It ensures that digital initiatives are purposeful, prioritised and validated before scale.

In uncertain environments, this combination becomes essential. Organisations that experiment without structure risk fragmentation. Organisations that plan without agility risk obsolescence.

Structured agility enables sustained innovation.

9.3 Sustainability

9.3.1 Sustainability as a Strategic Imperative

For too many years, sustainability sat at the margins of corporate strategy. It appeared in annual reports, corporate social responsibility statements and marketing campaigns. Today, it is moving decisively to the centre.

The IBM Institute for Business Value surveyed over 3,000 CEOs across 40 countries and 28 industries and found that nearly half identify sustainability as a top priority, with investment more than doubling in five years. Almost 70 percent are directly involved in shaping sustainability strategy, yet many cite technology infrastructure, regulation and supply chain disruption as significant barriers.

The message is clear. Sustainability is no longer a reputational exercise. It is a strategic imperative. The question is not whether to act, but how.

This topic frames sustainability as strategy. It introduces three complementary lenses: the United Nations Sustainable Development Goals, the Circular Economy and the Triple Bottom Line. Together, they provide direction, design logic and measurement discipline.

9.3.2 From Commitment to Strategy

Sustainability as strategy requires more than ambition. It requires integration into core decision-making.

Digital transformation and Industry 4.0 play a central role in enabling this shift. The ability to collect, analyse and act on data transforms sustainability from aspiration into measurable performance. Energy usage, material flows, emissions, workforce wellbeing and supply chain transparency can all be tracked in real time.

However, before technology is applied, strategic clarity is required. What does sustainability mean for the organisation? Which priorities matter most? How do these priorities shape operational design and business model choices?

Three frameworks help answer these questions.

The Sustainable Development Goals

In 2015, all United Nations Member States adopted seventeen Sustainable Development Goals as part of the 2030 Agenda for Sustainable Development. The agenda addresses social, economic and environmental challenges, underpinned by the principle that no one should be left behind, as shown in Figure 9-5.

The SDGs provide a global reference point. They articulate shared priorities ranging from clean energy and climate action to decent work, innovation and sustainable cities.

For organisations, the SDGs serve two strategic functions.

First, they provide direction. They help leadership teams identify where their activities intersect with global priorities. An energy company may align with SDG 7 on affordable and clean energy. A manufacturer may prioritise SDG 12 on responsible consumption and production. A healthcare provider may focus on SDG 3 on good health and wellbeing.

Second, they provide legitimacy. Alignment with the SDGs signals that strategy is connected to societal need rather than narrow financial performance.

The SDGs do not prescribe how to act. They clarify why action matters.

The Circular Economy

If the SDGs provide direction, the Circular Economy provides design logic.

For over a century, industrial growth has been driven by a linear model: take, make, waste. Resources are extracted, products are manufactured, consumed and discarded. Successive industrial revolutions accelerated this pattern.

The Circular Economy proposes an alternative. It is based on three design-driven principles.

1️⃣ Eliminate waste and pollution by shifting from linear to circular systems of sharing, reusing, repairing and remanufacturing.
2️⃣ Circulate products and materials at their highest value for as long as possible.
3️⃣ Regenerate natural systems rather than merely reducing harm.

The technical cycle of the circular model shown in Figure 9-6 keeps products in use through inner loops such as maintenance and refurbishment, preserving embedded value. Recycling becomes a last resort.

The biological cycle shown in Figure 9-7 ensures that consumable materials safely return to natural systems, supporting regeneration rather than depletion.

The Circular Economy is not simply an environmental initiative. It is an innovation strategy. It challenges organisations to redesign products, supply chains and business models.

Industry 4.0 technologies amplify this opportunity. Sensors enable predictive maintenance. Digital twins optimise material usage. Blockchain improves supply chain traceability. Data analytics identify inefficiencies and waste. The combination of Circular Economy principles and Industry 4.0 capability creates what has been described as a nexus effect, directly contributing to goals such as clean energy, climate action and responsible production.

Sustainability becomes embedded in operational excellence.

The Triple Bottom Line

While the SDGs define direction and the Circular Economy reshapes design, the Triple Bottom Line introduces measurement discipline, as shown in Figure 9-8.

John Elkington’s framework broadens organisational performance beyond financial profit to include social and environmental impact. The three dimensions are:

1. People: impact on employees, customers, communities and broader stakeholders.
2. Planet: environmental footprint, resource usage, emissions and ecosystem restoration.
3. Profit: economic contribution, innovation, employment and long-term value creation.

The Triple Bottom Line reframes success. Profit remains essential, but it is evaluated alongside social and environmental outcomes. Importantly, these dimensions are interdependent. Poor environmental practice may increase short-term profit but erode long-term value. Investment in employee wellbeing may strengthen innovation and productivity.

More recent initiatives such as the Economics of Mutuality extend this thinking. They argue that investing in non-financial capital alongside financial capital increases holistic value and improves business performance. Sustainability and competitiveness need not be in tension.

9.3.3 Industry 4.0 and Sustainability

Industry 4.0 offers practical mechanisms for delivering sustainability strategy.

Smart grids and energy monitoring systems contribute to clean energy targets. Predictive maintenance reduces waste and extends asset life. Digital supply chain platforms enhance transparency and reduce inefficiencies. Data-driven optimisation lowers emissions while improving productivity.

Research suggests that the Circular Economy and Industry 4.0 combination directly supports goals related to energy, decent work, innovation, sustainable cities, responsible production and climate action. The key insight is that sustainability is not achieved through isolated initiatives. It emerges from integrated operational redesign.

In this sense, sustainability aligns closely with operational excellence. Efficient systems tend to waste less. Transparent systems tend to behave more responsibly. Adaptive systems are better equipped to respond to regulatory and environmental shifts.

9.3.4 Sustainability as Competitive Advantage

Sustainability strategy must move beyond compliance.

Regulation, cyber risk, infrastructure limitations and supply chain disruption are cited as major CEO concerns. These challenges can be reframed as innovation triggers. Organisations that invest early in resilient infrastructure, transparent supply chains and circular product design build competitive differentiation.

Customers increasingly expect responsible behaviour. Investors scrutinise environmental, social and governance performance. Employees seek purposeful workplaces. Sustainability therefore intersects directly with brand, talent and capital access.

When embedded strategically, sustainability enhances resilience. It reduces exposure to regulatory shocks. It mitigates resource scarcity risks. It strengthens stakeholder trust.

The shift required is cultural as much as technical. Leadership must treat sustainability not as an adjunct to strategy, but as a defining constraint and opportunity within it.

9.3.5 An Integrated View

For clarity and consistency, sustainability can be understood as the integration of three elements:

1. The global direction provided by the Sustainable Development Goals.
2. The design logic of the Circular Economy.
3. The measurement discipline of the Triple Bottom Line.

Digital transformation and Industry 4.0 provide the operational tools that enable this integration. Together, they reposition sustainability from peripheral initiative to strategic core.

9.4 Chapter Summary

Sustainable change combines agility, systematic routines, and sustainability principles to help organisations adapt with purpose and responsibility.

Agile organisations sense and respond quickly to change.

Systematic approaches provide structure and coherence.

Sustainability ensures that change contributes to long-term social, environmental and economic value.

Taken together, these elements enable organisations not just to survive change — but to thrive through it.

9.5 References

1. AWS (n.d.). Sustainability in the Cloud. [online] Sustainability – US. Available at: https://sustainability.aboutamazon.com/environment/the-cloud?energyType=true 10 minute read.
2. Brode, B. (2022). 5 Steps to More Sustainable DevOps. [online] DevOps.com. Available at: https://devops.com/5-steps-to-more-sustainable-devops/ [Accessed 19 Aug. 2022]. 10 minute read.
3. Cagnin, C., Loveridge, D. and Butler, J. (2005). Business Sustainability Maturity Model. [online] Available at: https://crrconference.org/Previous_conferences/downloads/cagnin.pdf 15 Pages.
4. Cunningham, W. (2001). Manifesto for Agile Software Development. [online] agilemanifesto.org. Available at: https://agilemanifesto.org 15-minute read.
5. Dr John Carney (2018). The Ten Commandments of Horizon Scanning – Futures, Foresight and Horizon Scanning. [online] Blog.gov.uk. Available at: https://foresightprojects.blog.gov.uk/2018/03/08/the-ten-commandments-of-horizon-scanning/ [Accessed 27 Nov. 2021].
6. Doz, Y. and Kosonen, M. (2008). The Dynamics of Strategic Agility: Nokia’s Rollercoaster Experience. California Management Review, 50(3), pp.95–118. doi:10.2307/41166447.
7. Floyd, S.W. and Woolridge, B. (1993). Middle management involvement in strategy and its association with strategic type: A research note. Long range planning, 26(1), p.151. doi:10.1016/0024-6301(93)90287-p.
8. IBM Institute for Business Value (2022). Own Your Impact: Practical Pathways to Transformational Sustainability (25th Edition CEO Study)
9. Nunes, B., Batista, L., Masi, D. and Bennett, D. (2022). Sustainable Operations Management. Taylor & Francis.
10. Palfreyman, J. and Morton, J. (2022). The benefits of agile digital transformation to innovation processes. Journal of Strategic Contracting and Negotiation, doi:10.1177/20555636221079943.
11. Pureur, P. (2022). Sustainable architectures in a world of Agile, DevOps, and cloud. [online] Stack Overflow Blog. Available at: https://stackoverflow.blog/2022/02/24/sustainable-architectures-in-a-world-of-agile-devops-and-cloud/ [Accessed 19 Aug. 2022]. 15 minute read.
12. World Commission on Environment and Development (1987). Our Common Future.
13. Shirvanimoghaddam, K., Motamed, B., Ramakrishna, S., & Naebe, M. (2020). Death by waste: Fashion and textile circular economy case. Science of the total environment, 718, 137317.
14. Anon n.d. Reformation makes clothes from deadstock. Circle-economy.com. [Online]. [Accessed 13 March 2025]. Available from: https://knowledge-hub.circle-economy.com/article/17434?n=Reformation-makes-clothes-from-deadstock.
15. Anon 2020. The triple bottom line: What it is & why it’s important. Business Insights Blog. [Online]. [Accessed 13 March 2025]. Available from: https://online.hbs.edu/blog/post/what-is-the-triple-bottom-line.
16. Kail, A. 2023. Andrew Kail on LinkedIn: #inclusivecapitalism #landglife. Linkedin.com. [Online]. [Accessed 13 March 2025]. Available from: https://www.linkedin.com/feed/update/urn:li:activity:7021818207602626560.
17. Hawcock, N. 2022. Europe’s Climate Leaders 2022: interactive listing. Financial Times. [Online]. [Accessed 21 March 2025]. Available from: https://www.ft.com/content/3f8a4ee9-0c0b-45b5-8fb6-4766d947a5c4.
18. Wheaton, K. 2022. Europe’s Climate Leaders 2022: interactive listing. Linkedin.com. [Online]. [Accessed 21 March 2025]. Available from: https://www.linkedin.com/feed/update/urn:li:activity:6917799138298339328/.
19. O’Shea, C. 2023. On Saturday morning we had almost 70% of our electricity being produced…. Linkedin.com. [Online]. [Accessed 21 March 2025]. Available from: https://www.linkedin.com/feed/update/urn:li:activity:7086921253915086848.