I continue to read one report after another concerning the latest state of innovation play. These seem always to be on a repeat button and this does frustrate me. It is like a record stuck at the end unable to be switched off, constantly repeating hopefully there will be some magic intervention. With a record at the end you simple switch it off or lift the “needle” to solve the problem. Let’s do that with simply “innovation”.

Why can’t we move on from talking “just” innovation. We should be highly focused on innovation ecosystems and where they fit with integrated, interconnected business ecosystems. We need to make the connection for todays world.

So let me offer up the compelling case of putting that tired old record about innovation not working finally away and redirecting you to the equivalent of spotify as a Ecosystem solution. Just a typical example- the “excitement” of the 29th PwC Global CEO Survey stating only 50% view innovation as a critical component of their overall business strategy. Well of course innovation is dead, it is seen through the wrong lens.

Innovation needs to be re-invented. The search for more connected higher value work and greater sustaining, focused work is needed today, that is what CEO’s demand. Entire workflows to cover ideation, imagination, creativity, discovery, collaboration and execution are needed. Please abandon legacy thinking that past innovation tools and frameworks are fit for purpose today.

A connected solution that gives you access to millions of ideas, established on a platform of connectivity that is accessable and can bring together different strands of concepts into your required personalisation story- offering a interconnected solution that has innovation at its heart.

The Obsolescence Crisis: Why Stand-Alone Innovation Is Failing

In my work it has been revealing for some years an uncomfortable truth: traditional innovation disciplines—even when practicing “open innovation”—are fundamentally mismatched to today’s reality. They’re operating with 20th-century assumptions in a 21st-century interconnected world. The gap isn’t incremental; it’s structural.

The evidence of failure is everywhere:

• Organizations multiply innovation initiatives yet integration lags
• AI, digital, sustainability, and partnership programs compete rather than compound
• Collaboration remains transactional, not reciprocal
• Pilot programs stay trapped in “pilot mode”
• Complex challenges like energy transformation, sustainable agriculture, and industrial decarbonization remain fragmented across isolated knowledge islands

The traditional innovation discipline treats innovation as something an organization does. But the connected future demands we recognize innovation as something that emerges from networks of interdependent actors. This isn’t semantic—it’s ontological.

Why Innovation Ecosystems Must Be the Foundation (Not an Add-On)

The compelling argument has three dimensions:

1. Complexity Has Outpaced Organizational Capacity

The challenges facing organizations today—climate transformation, industrial metaverse integration, circular economy transitions, AI-augmented operations—cannot be solved by any single entity, regardless of resources. These require:

• High levels of knowledge exchange across traditional boundaries
• Sharing of expensive R&D investments and experimental risk
• Transparent, collaborative discovery processes
• Simultaneous learning and experimentation at scale

When complexity exceeds individual capacity, ecosystems shift from optional to essential. Yet innovation as a discipline still designs for containment rather than connection.

2. Value Creation Logic Has Fundamentally Changed

The competitive unit is no longer the enterprise—it’s the ecosystem it can orchestrate. Traditional innovation disciplines optimize for:

• Internal idea generation
• Controlled IP development
• Linear stage-gate processes
• Organizational boundaries as value capture mechanisms

But value in connected systems comes from:

• Co-evolution across network participants
• Synergistic resource combinations that exceed sum-of-parts
• Emergence of solutions impossible in isolation
• Network-level capacity that transcends any single player

I have been working on the delivery of a Ecosystem framework, the IIBE framework to build fresh capability that I believe captures this brilliantly: “Advantage now depends less on control and more on the ability to connect, integrate, and adapt at speed.” Organizations today need a very explicit Ecosystem Business Model

3. Innovation Speed Requires Ecosystem Velocity

In dynamic ecosystems, learning accelerates, knowledge diffuses faster, and market opportunities can be captured through diverse channels simultaneously. A single organization moving quickly is still slower than a well-orchestrated network moving together. The math is inexorable: ecosystem velocity > organizational velocity, always. Ecosystems can capture scope, speed and scale.

Why Business Ecosystem Integration Is Not Optional

Here’s the fresh perspective: Innovation ecosystems without business ecosystem integration are structurally unstable. They’re beautiful in theory but fail in practice because:

Missing the “How” of Value Capture

Innovation ecosystems excel at value creation—generating novel solutions through diverse collaboration. But they often struggle with value capture and sustainability because they lack:

• Governance structures for equitable benefit sharing
• Clear mechanisms for scaling from prototype to market
• Aligned business models across participants
• Sustainable revenue and investment flows

Business ecosystems provide the architecture for:

• Positioning and market adoption strategy
• Go-to-market coordination across partners
• Value chain consolidation and optimization
• Shared risk-reward frameworks

In my work I try to show, the business ecosystem layer “enhances competitiveness, enables shared risks and rewards, and fosters economies of scale that benefit all participants.” Without this integration, innovation ecosystems generate ideas that die in translation.

Missing the “What Matters” Filter

Business ecosystems are grounded in market realities, customer needs, and economic viability. When integrated with innovation ecosystems, they provide:

• Problem validation mechanisms
• Customer-centric design constraints
• Market signal interpretation across the network
• Resource allocation discipline

Equally my Composable Innovation Framework recognizes this through its problem validation layer—but most innovation ecosystem thinking skips this entirely, leading to elegant solutions for non-problems.

Missing the Adaptive Intelligence

The dynamic ecosystem component of my IIBE is crucial: it’s the “provocateur and main catalyst challenger” that enables rapid reconfiguration. Business ecosystems without innovation ecosystem dynamism become rigid. Innovation ecosystems without business ecosystem discipline become unmoored. Only integration creates:

• Continuous sensing and responding to market shifts
• Rapid iteration based on multi-stakeholder feedback
• Resilience through distributed intelligence
• Co-evolutionary adaptation

The Transition Imperative for the Connected Future

Why transition today rather than later?

1. Technology Convergence Creates a Narrow Window

AI/ML, blockchain, digital twins, IoT, and edge computing are converging to make ecosystem orchestration technically feasible in ways impossible even five years ago. My further work on meta-twinning and the industrial metaverse shows this clearly. But this window won’t stay open—early ecosystem builders will establish standards, platforms, and network effects that become increasingly difficult to displace.

Organizations delaying ecosystem transition are not being prudent; they’re ceding structural advantage.

2. Regulatory and Societal Expectations Are Forcing Collaboration

Sustainability requirements, circular economy mandates, supply chain transparency, and social impact metrics cannot be achieved by individual organizations. Governments and markets are creating forcing functions for ecosystem coordination. Organizations clinging to standalone innovation will find themselves unable to meet basic compliance requirements, let alone competitive standards.

3. Talent and Knowledge Are Reorganizing Around Networks

The most capable innovators—particularly younger generations—expect to work in collaborative, purpose-driven networks rather than siloed corporate structures. Organizations that can’t offer ecosystem engagement will suffer talent disadvantages that compound over time.

4. First-Mover Advantages in Ecosystem Orchestration Are Massive

The entity that orchestrates a valuable ecosystem—like Siemens with Xcelerator, or Apple with the App Store—captures disproportionate value. My recent work shows these platforms create lock-in through network effects, not technology per se. Late movers become participants rather than orchestrators—a structural disadvantage that’s difficult to overcome.

The Integration Architecture: Your IIBE as the Path Forward

What makes this Integrated Interconnected Business Ecosystem (IIBE) framework compelling is that it solves the integration problem structurally:

Dual-Layered Architecture:

• Vertical layers (Innovation, Entrepreneurial, Business, Dynamic, Enterprise ecosystems) provide specialized domains
• Horizontal components (value creation, collaborative innovation, governance, adaptive strategy) provide integration mechanisms
• The framework is simultaneously comprehensive and modular

Dynamic Core: Positioning dynamic ecosystems as the central driver is brilliant—it ensures the entire system can “thrive on change and quickly reconfigure itself” rather than ossifying.

Practical Implementation Path: The framework offers assessment tools, design patterns, readiness frameworks, and progressive integration pathways rather than all-or-nothing transformation.

The Provocative Conclusion

Organizations face a stark choice: transform their innovation discipline to operate at ecosystem scale, or watch it become irrelevant.

The stand-alone innovation department—even one practicing “open innovation”—is becoming what the stand-alone IT department was in the 1990s: a relic of compartmentalized thinking that cannot survive networked reality. Helping the start-up on innovation is simply for the “birds”. It needs a real connected difference.

But here’s the truly compelling argument: Integration of innovation and business ecosystem thinking isn’t just defensive. It’s the only path to offense. It’s how organizations:

• Address wicked problems competitors can’t touch
• Create value propositions impossible to replicate
• Build moats through network complexity rather than IP alone
• Achieve growth that scales across ecosystems rather than hitting organizational limits

My work positions this perfectly, it is why I moved from simply innovation, through innovation ecosystems to interconnected and integrated business ecosystems: we’re not adapting to ecosystems; we’re designing for the “entire IIBE as a living, self-aware system of orchestrated interdependence.”

The question isn’t whether to transition. It’s whether to lead the transition or follow someone else’s ecosystem design who is focusuing on the future, not waiting for the 30th PwC version of why innovation is not working today.

The connected future belongs to those who connect.Why not come and connect with me, I can help you make this “connective innovative” leap.

The post The Compelling Case to Integrated Innovation and Business Ecosystems first appeared on Building Your Innovation & Ecosystem Intelligence.

Value creation is what any business aspires too deliver. Simply put, a company designs, produces and delivers a product and service to a customer and the value is embedded within that offering.

Operating as a single company, most of the time the customer is seen as a passive recipient and the company’s goal is to maximize its own profit by controlling as much of the supply chain as possible. It is seen as a linear model of Suppliers > Company > Customer.

Value Co-creation brings increasingly levels of complexity with the real differences of moving from (within) the boundaries of a single enterprise.

It is a shift from firm-centric, transactional model (the value creation) to a network-based, collaborative model (value co-creation). that is fundamentally an interconnected business ecosystem.

This move beyond a single enterprise’s boundaries unlocks significant benefits and new ways of generating value that is simply not possible in a traditional, linear value chain.

The differences are recognizing a paradigm shift.

In a world of business ecosystems using the IIBE methodology value co-creation emerges from the synergistic interactions and contributions of diverse stakeholders, and the primary growth mechanism within the framework.

It is collective value creation achieved often through the dynamic of “coopetition” encouraging simultaneous competetition and collaborative that encourages co-capture and this value co-creation.

This “dance” leads to a collective competitive advantage that becomes very difficult for outside firms to imitate as it is from this combined entities fromed by the network of all participating firms. New contributions drive expansion and compounds benefits for all involved, offering far more potency for driving value and growth.

Determining Distinctiveness for Future Growth and New Options

Architect for Distinctiveness as a Strategic Advantage

Authoritative positioning requires more than just participation; it requires being distinctive. My work has identified that this distinctiveness is not a simple characteristic but a multi-layered strategic advantage. It is about building a system so unique and powerful that it cannot be easily replicated. This distinctiveness emerges from a powerful framework that focuses on five key layers:

• Network Mapping and Relationship Dynamics: The ability to understand and shape the relationships within your network.
• Network Effects Architecture: The design of mechanisms that create reciprocal value and exponential growth.
• Innovation Pattern Distinctiveness: Developing a unique approach to innovation that is a key differentiator.
• Value Capture Mechanisms: Designing an equitable system where all participants benefit from co-creation.
• Fundamental Ecosystem Distinctiveness: The overarching, unique “secret sauce” of your specific ecosystem.

By focusing on these layers, an organization can build a recipe for success that creates an environment of reciprocal network effects and innovation leadership advantages. This investment over time gives a firm new, game-changing options that build into sustaining value. This blueprint positions you to not only participate in but actively shape the future of value and growth.

I recall a really helpful post by Chris Lawer of Umio, although a few years old, as it does a good job of distinguishing the different styles of value co-creation.

It triggers which co-creation style can be deployed for a particular market or context.

So what is different about Ecosystem-Centric Value Creation?

Value co-creation is a mutual, dynamic process where value is jointly created by multiple actors—including the firm, customers, suppliers, partners, and even competitors—within an interconnected business ecosystem.

The value is not embedded in the product itself but is co-created through the integration of resources and ongoing interactions. This shift in perspective is often referred to as a move from a “goods-dominant logic” to a “service-dominant logic.”

• The Focus within the Shift: Collaboration, resource integration, shared purpose, and long-term relationships.
• Involving the Customer: They become a (very) active participant and co-creator of value. They provide feedback, ideas, and even their own resources (knowledge, time, skills) to the process.
• Example: A software platform like Salesforce provides a core product, but the true value is co-created through the ecosystem of third-party developers who build complementary applications, and the customers who use the platform’s tools to solve their specific problems.

Benefits of Moving to an Ecosystem Model

Leaving the confines of a single enterprise to embrace an interconnected ecosystem and value co-creation yields a number of significant advantages:

1. Accelerated Innovation and Problem-Solving

By bringing diverse actors together, an ecosystem facilitates the cross-pollination of ideas, knowledge, and resources. This allows for rapid prototyping, experimentation, and the development of more robust and innovative solutions that no single company could achieve on its own. It enables the ecosystem to tackle complex, large-scale challenges that are beyond the scope of a single firm.

2. Enhanced Agility and Resilience

An interconnected ecosystem is more adaptable to market changes and disruptions. The network of partners can sense changes more quickly (applying Dynamic Ecosystem principles) and collectively respond, reconfiguring resources and strategies as needed. This distributed resilience makes the entire ecosystem more robust to external shocks, as it doesn’t rely on a single point of failure.

3. Optimized Resource Utilization

Value co-creation in an ecosystem promotes the efficient sharing and leveraging of resources, infrastructure, and expertise. This reduces redundancy and allows participants to access capabilities they may not have internally, leading to cost optimization and a more sustainable approach to resource management. It’s about orchestrating resources, not just owning them.

4. Expanded Market Reach and New Opportunities

By collaborating with complementary partners, a firm can gain access to new customer segments and markets that were previously out of reach. The collective network effect can generate new value streams and create opportunities for growth that extend far beyond the firm’s traditional boundaries, effectively creating a larger, more powerful value proposition for the end customer.

The IIBE gives the collective value and growth

The IIBE (Integrated Interconnected Business Ecosystem) methodology provides a structured framework for moving beyond traditional value creation to a dynamic model of value co-creation. It gives value as a growth mechanism by formalizing how collective value, network amplification, and co-capture are achieved through a set of interconnected principles and practices.

• Collective Value as a Growth Engine

The core of the IIBE methodology is a fundamental shift from a firm-centric view to an ecosystem-centric one. Value is no longer a finite resource to be captured but is continuously generated and enhanced through the collective efforts of all participants. The methodology provides a blueprint for intentionally designing an ecosystem where shared purpose and mutual benefit are the primary drivers of growth. Instead of a single company creating and extracting value, the entire ecosystem collaborates to create a larger “pie” of value, which benefits all members. This collective value becomes the engine for sustainable growth.

• Network Amplification through Interconnection

The IIBE methodology leverages the power of network effects. It recognizes that the value of the entire ecosystem increases exponentially with each new participant, partner, or customer. The methodology provides the tools to design and manage these interconnections, moving from a static, linear value chain to a dynamic network where value flows in multiple directions. This is achieved through:

• Purposeful Connections: The IIBE framework emphasizes building relationships based on trust and shared objectives, which encourages partners to invest their unique resources and capabilities into the network.
• Fluid Governance: It moves beyond rigid contracts to flexible, adaptive governance models that facilitate rapid collaboration and co-innovation.
• Technology Integration: The methodology highlights the use of a common technology platform or language to enable seamless interaction and data sharing, which is essential for network amplification.

• Co-Capture through Mutual Prosperity

In a traditional value creation model, value is captured primarily by the firm that creates it. The IIBE methodology, however, is built on the principle of value co-capture. It formalizes the idea that the value generated by the ecosystem should be shared equitably among the participants who co-created it. This incentivizes collaboration and participation, as each member knows they will benefit from the collective success.

The methodology provides a structure for:

• Redefining Success Metrics: Shifting from a focus on individual profit to shared metrics like ecosystem health, collective impact, and mutual growth.
• Designing Fair Compensation Models: Developing business models and agreements that ensure a fair distribution of the co-created value, whether it’s through revenue sharing, shared intellectual property, or other forms of mutual benefit.
• Building a ‘Trust’ Currency: The IIBE recognizes that trust is a crucial asset in a co-creative environment. By fostering a culture of transparency and reliability, the methodology enables participants to co-capture value with less friction and risk.

Today Value Co-creation comes in very different forms.

In further posts we will explore “The Power of Intangible Asset Bundling”, “Signal-to-Value Maps” for strategic positioning and “New Forms of Co-creation Value” emerging from applying Gen AI within the discovery to validation process.

The value co-creation emerges from the strength of the orchestration, the platform host and its design, the relational benifits seen and actively worked upon, a new set of intangible assets where trust becomes core and this “dynamic” signal-to-value map concept for antcipatory positioning and proactive opportunity sourcing.

The bottom line for extracting value co-creation is you do need a dynamic platform for collaborative growth and by applying the IIBE methodology you can evolve and manage your distinctive “ecosystem of value”.

The post Recognizing the differences from moving from Value Creation to Value Co-Creation first appeared on Building Your Innovation & Ecosystem Intelligence.

In the past week I have been exploring the impact of Ecosystem thinking and design on the Industrial Metaverse. I am working towards a white paper and provided a “teaser” post “Are we holding the Industrial Metaverse back, is our organizing structure right?” earlier this week.

This post raises one of the important issues relating to the Industrial Metaverse highlighting a core problem of fragmentation due to wrong organizing structure. Ecosystem approaches solve that.

Today’s Industrial Metaverse efforts, while innovative, often resemble a patchwork quilt rather than a seamlessly integrated fabric that can lead to those high stakes of disconnect. For me, the current organizing structures (or dedicated focus on them) are insufficient to gain the optimum out of the Industrial Metaverse. The immense promise of the Industrial Metaverse, with its “always-on, vested IP, and mission-critical operations,” demands a different approach

The Industrial Metaverse demands an organizing principle that can handle immense complexity, real-world assets, and high-stakes operations. Ecosystems, in their very design, provide this by unlocking four critical capabilities:

1. Enabling Distributed Innovation:
   • The Ecosystem Advantage: No single company, no matter how large, possesses all the expertise to solve every industrial challenge. An ecosystem enables a vast network of specialized hardware providers, software developers, domain experts, and even end-users to contribute best-in-class, modular solutions. Think of it as a global co-creation factory.
2. Forging Robust Network Effects:
   • The Ecosystem Advantage: Value doesn’t just add up; it multiplies. The more participants and interconnected solutions within an ecosystem, the more valuable it becomes for everyone. Each new contribution enhances the utility of existing ones.
3. Driving Profound Value Co-Creation:
   • The Ecosystem Advantage: Ecosystems are inherently collaborative. They move beyond transactional relationships to foster environments where participants actively contribute to and benefit from shared value creation.
4. Ensuring Inherent Adaptability and Resilience:
   • The Ecosystem Advantage: Open, modular ecosystems are far more agile than closed, monolithic systems. They can quickly integrate new technologies, pivot to meet changing market demands, and absorb disruptions.

A discovery in my research relates to Dynamic Ecosystems

Relating the Industrial Metaverse and Ecosystems led me into a real belief of mine about the growing importance of recognizing the “dynamics” in ecosystems. To get a good summary on recognizing Dynamic Ecosystems are core to Business Ecosystems I have published a number of posts on Dynamic Ecosystems and wanted to provide a concise summary of each, capturing key takeaways and suggested action points to encourage readers to dive deeper into each topic. Each summary focuses on highlighting dynamic ecosystems core aspects and operational strategies. That one post is a great way to get up to speed on Dynamic Ecosystems and their value

Both Ecosystems in design and the Industrial Metaverse must always move beyond the static into living, evolving and highly response states, such as the industrial reality demands. A Dynamic Industrial Metaverse Ecosystem is characterized by its continuous evolution, real-time adaption and the proactive reconfiguration of relationships and resources, mirroring the fluidity and demanding nature of real-world industrial operations.

So Dynamic Ecosystems are central to the Industrial Metaverse Understanding

1. Mirroring the Physical World: Industrial operations are inherently dynamic. Production lines change, demand fluctuates, supply chains are disrupted, machinery degrades, and new technologies emerge. A static digital representation would quickly become obsolete. A dynamic ecosystem within the Industrial Metaverse mirrors this real-world fluidity, allowing for real-time adaptation and evolution. The principles of Dynamic Ecosystems need to be applied here
2. Continuous Value Creation: The value of the Industrial Metaverse isn’t a one-time deployment; it’s continuous optimization and innovation. Dynamic ecosystems foster this by:
   • Rapid Iteration: Allowing for quick experimentation, testing, and deployment of new digital solutions, applications, or process optimizations.
   • Real-time Adaptation: The ability to sense changes (in physical assets, market demand, regulatory environment) and rapidly reconfigure resources and relationships within the virtual space.
   • Proactive Resilience: As I have emphasized resilience building is key , building a “constant build towards resilience.” It’s not just about reacting to shocks, but evolving to anticipate and withstand them.
3. Harnessing Distributed Intelligence in Motion:
   • “Dynamic” implies that the ecosystem isn’t just connected, but actively learning and evolving through its interactions. Data flows, insights are generated, and improvements are co-created on an ongoing basis across diverse participants.
   • It’s about the flow of knowledge, resources, and capabilities, and the continuous reconfiguration of relationships to address emerging needs and opportunities.
4. Beyond Technology – Organizational Agility:
   • A dynamic Industrial Metaverse ecosystem isn’t just about dynamic software; it requires dynamic organizations and adaptive governance structures. It’s about how people, processes, and technology continuously align and evolve together.

Anchoring my thinking even more…and hopefully yours

The industrial metaverse has really anchored my thinking, belief and proposals on dynamic ecosystems investigation and ‘stringing it together’ and this is really terrific, as I have gained this fresh insight from separate strands to form a stronger relationship for Ecosystems coming together, even more as the enabler for transforming the outcomes of the Industrial Metaverse.

Find out more on Dynamic Ecosystems by exploring both my research site of paul4innovating.com and my (growing) resource hub of ecosystems4innovating.com or simply contact me, for me to explain more of what I do and how it can help you with your future thinking and business impact.

PS- don’t forget to read that one summary of many of my posts on Dynamic Ecosystems please.

The post Why Dynamic Ecosystems become central to Industrial Metaverse Understanding first appeared on Building Your Innovation & Ecosystem Intelligence.

As we look at the delivery of the Industrial Metaverse, it is inherently complex, has escalating stakes involved, and the current fragmentation underscore why , in my opinion, ecosystem thinking is not merely an aspirational advantage, but the essential recognizing enabler for the Industrial Metaverse’s successful evolution and long-term viability.

In essence, the Industrial Metaverse is the next evolution of Industry 4.0, moving beyond mere digitalization to create a truly interconnected, intelligent, and interactive digital realm that fundamentally transforms how industries operate, innovate, and create value.

The Industrial Metaverse promises to deliver but will it?

• Increase Efficiency and Productivity: By optimizing processes, reducing waste, and improving decision-making through real-time insights and simulation.
• Enhance Safety: By allowing hazardous operations to be simulated virtually, training in safe environments, and enabling remote control of machinery.
• Reduce Costs: Through virtual prototyping, predictive maintenance, reduced travel, and optimized resource utilization.
• Accelerate Innovation: By enabling faster design cycles, collaborative engineering, and rapid testing of new concepts.
• Improve Sustainability: By optimizing energy consumption, reducing material waste, and simulating environmental impacts.
• Bridge Skill Gaps: By providing immersive and accessible training experiences for a new generation of industrial workers.

The array of potential solutions, those core characteristics and technological components that offer convergence, it is a true ecosystem in itself. It is envisioned as a persistent, in real-time, interconnected, immersive and social digital universe, enabling and synchronized, full of contextual experiences, then we should treat it as such, in its organizing structure of Ecosystem thinking and Design.

Approaching the Industrial Metaverse though Ecosystem thinking and design is the strategic framework that will identify, connect, and amplify these disparate efforts, providing the coherence and shared foundation necessary to unlock the full promise of:

1. Distributed Innovation: Accelerating specialized solutions for complex industrial challenges.
2. Robust Network Effects: Creating synergistic value across the entire industrial value chain.
3. Profound Value Co-Creation: Empowering operators, engineers, and partners to optimize and evolve operations.
4. Inherent Adaptability: Ensuring operational resilience and future-proofing against disruption.

These four powerful Ecosystem enablers have the real power of transforming isolated advances into a cohesive, high-impact Industrial Metaverse, it can uniquely enable and mirroring that inherent adaptability needed. Ecosystems are (equally) perpetually evolving, community-driven and providing that constant build towards resilience.

Why Ecosystem Thinking is More Powerful in the Industrial Metaverse built on a robust platform that is more able to manage the following:

• High Stakes: Errors in an industrial metaverse can lead to real-world production halts, safety hazards, financial losses, and environmental damage.
• Complex Systems: Industrial environments (factories, supply chains, power grids, smart cities) are inherently intricate, with countless interconnected machines, sensors, processes, and human operators.
• Precision and Real-time Data: Simulations and digital twins require extreme accuracy and real-time data synchronization to be useful for decision-making and control of physical assets.
• Security and Compliance: Industrial data is highly sensitive and often subject to strict regulatory compliance (e.g., intellectual property, operational technology security, data privacy).
• Legacy Systems Integration: Factories and infrastructure have long operational lifecycles, meaning new metaverse solutions must integrate with existing, often proprietary, legacy systems.
• Long-Term Investment & ROI: Industrial adoption is driven by clear business value, efficiency gains, and cost reduction, not just novelty or entertainment.

Given these unique characteristics, a fragmented, closed, or proprietary approach to the industrial metaverse would be disastrous. Ecosystem thinking becomes not just a preference, but a strategic imperative.

Addressing the foundational challenge of Industrial Meteverse’s we need to change our thinking and organize more around Ecosystem designs This foundational challenge makes it unequivocally clear: ecosystem thinking is not merely an aspirational advantage, but the essential organizing framework and recognizing enabler for the Industrial Metaverse’s successful evolution and long-term viability. It is the strategic response to current fragmentation, offering the only pathway to unlock the full promise.

This requires a strategic but specifically, a mind-shift change.

We need to address the gaps between individual technological breakthroughs towards the truly integrated, scalable and resilient Industrial Metaverse that industry desperately needs that connects people, processes and machines across entire industrial value chains.

In the high-stakes, highly complex world of industry, the vision of a truly transformative Industrial Metaverse can only be realized through a commitment to ecosystem thinking.

In the weeks ahead I plan to publish a Whitepaper on Ecosystems and the Metaverse. It builds upon this view of Ecosystems being essential.

By embracing an Ecosystem framework, we move beyond fragmented progress towards a collaborative digital and human connected backbone that will define the next era of industrial innovation and productivity.

The post Are we holding the Industrial Metaverse back, is our organizing structure right? first appeared on Building Your Innovation & Ecosystem Intelligence.

I have been investing a growing amount of time in building my understanding of Business Ecosystems and from one of my AI chats I really do get some wonderful “nuggets” of thinking.

It does continue to amaze me within a stream of exchanges or prompts how you are sparked into another strand of thinking that continues to build your understanding or simplify a part that can be complicated to explain.

One of these “popped up” while I was trying to relate Natural Ecosystems with Business Ecosystems and I asked a follow on a prompt around mind shifts “What are the principles of the mind shift to bring structure to recognizing different changes in thinking from existing business thinking to make the bridge into fresh thinking needed for Business Ecosystem thinking.”

I simply loved this reply as so clear and defined for changing thinking.

Eight principles for bridging traditional thinking into Ecosystem thinking

1. From Linear Value Chains to Dynamic Value Networks

Traditional Thinking: Business value flows linearly from suppliers through the organization to customers.

Ecosystem Thinking: Value is created through complex, multi-directional exchanges among diverse participants.

Bridging Principle: Value Orchestration – Organizations serve as orchestrators of value exchange rather than controllers of linear processes. This builds on existing supply chain management concepts but expands the perspective to include how value circulates throughout the entire ecosystem rather than just moving forward.

2. From Competitive Advantage to Ecosystem Advantage

Traditional Thinking: Success comes from building moats and competitive advantages against rivals.

Ecosystem Thinking: Success comes from strengthening the health and resilience of the entire ecosystem.

Bridging Principle: Collaborative Differentiation – Competitive strength emerges from unique contributions to ecosystem health. This connects to existing concepts of core competencies but reorients them toward how they strengthen the overall system rather than just the individual firm.

3. From Efficiency to Adaptability

Traditional Thinking: Optimize processes for maximum efficiency and standardization.

Ecosystem Thinking: Optimize systems for maximum adaptability and responsiveness to change.

Bridging Principle: Adaptive Efficiency – Balance optimization with maintaining spare capacity and diversity. This bridges lean principles with innovation requirements by acknowledging that some “inefficiency” is necessary for adaptation and resilience.

4. From Risk Mitigation to Resilience Building

Traditional Thinking: Identify and eliminate risks through control mechanisms.

Ecosystem Thinking: Accept uncertainty and build capacity to adapt to unpredictable changes.

Bridging Principle: Distributed Resilience – Spread risk across the ecosystem rather than trying to eliminate it. This connects risk management practices with biological principles of redundancy and diversity.

5. From Stakeholder Management to Ecosystem Stewardship

Traditional Thinking: Manage stakeholder relationships to mitigate threats and secure resources.

Ecosystem Thinking: Serve as stewards ensuring the health and sustainability of the entire system.

Bridging Principle: Symbiotic Governance – Develop governance structures that align individual interests with system health. This expands stakeholder theory to include indirect relationships and future participants.

6. From Growth Metrics to Regenerative Success Measures

Traditional Thinking: Success measured by growth in revenue, market share, and profit.

Ecosystem Thinking: Success measured by capacity for renewal, regeneration, and long-term viability.

Bridging Principle: Regenerative Value Creation – Measure success by how activities contribute to system renewal and longevity. This connects financial metrics with sustainability measures to create integrated assessment frameworks.

7. From Resource Consumption to Circularity

Traditional Thinking: Acquire and consume resources to produce offerings.

Ecosystem Thinking: Create closed-loop systems where outputs become inputs for other processes.

Bridging Principle: Waste-to-Value Transformation – Systematically identify ways to convert waste streams into value streams. This bridges efficiency initiatives with circular economy concepts.

8. From Fixed Strategic Planning to Evolutionary Steering

Traditional Thinking: Develop detailed strategic plans with fixed time frames and deliverables.

Ecosystem Thinking: Establish direction through continuous sensing, learning, and adapting.

Bridging Principle: Emergent Strategy Navigation – Use strategic intent as a compass while allowing specific paths to emerge through experimentation. This connects traditional planning approaches with more adaptive, emergent strategy concepts.

These eight principles lead me on to “Why Organizations Would Adopt Evolutionary Ecosystem Thinking” but that becomes another days story.

Just “roll” with this lovely set of nuggets. I can’t claim this as my thinking but I feel “wear a (good) prompt” with pride and acknowledgment

The post Principles for Bridging Traditional to Ecosystem Thinking first appeared on Building Your Innovation & Ecosystem Intelligence.

I am offering a different perspective here, one that explores dynamic ecosystems as a transformative organizational model. Sit back and listen.

I asked Google Notebook LM to look at one of my articles: “A fresh perspective of Dynamic Ecosystems”.

Expanding on the idea of Dynamic Ecosystems as the decision-making and adaptability core of business ecosystems involves positioning them as both the “intelligence layer” and the “adaptive engine” that powers business agility, resilience, and growth. This approach redefines their role from a passive network to a responsive, intelligence-driven hub that continuously senses, learns, and guides the ecosystem.

Let them tell the Dynamic Ecosystem story

This a deep dive over just under 16 minutes. They unwrap and apply some clever thinking applying the principals and telling the dynamic ecosystem story in a very different, engaging way.

Please let me know if you are interested in receiving this or other of my dynamic ecosystem related viewpoints.

This conversation explores dynamic ecosystems as a central component of successful business ecosystems. This work of mine details the characteristics of dynamic ecosystems.

Key characteristics include adaptability, collaboration, resilience and continuous innovation, driven by network effects and decentralized decision-making. They place the emphasizes as collective intelligent, adaptive networks leveraging AI and data for real-time decision-making and enhanced resilience. The emphasis is on agile governance, ecosystem sensing, knowledge sharing and human exchanges.

Ultimately, the dynamic ecosystems as crucial for future-proofing organizations and achieving sustainable growth in complex environments. and reinforces how central the dynamic ecosystem is to future organizational design—by uniting diverse players, enabling real-time decision-making, and fostering an innovation-driven culture that prioritizes resilience and adaptability having an agile governance

This approach emphasizes the integration of AI, distributed intelligence,
and agile governance to build resilient and future-proof organizations.

The overall message highlights the transformative potential of dynamic
ecosystems for organizational design and sustained growth. It compliments or adds very different perspectives to my recent post Recognizing Dynamics Ecosystems are the core to Innovation change

Welcome to the world of thinking and designing Business Ecosystems through the Dynamics within these where you need to anticipate and adapt quickly.

The post Dynamic Ecosystems: The Adaptive Core of Business first appeared on Building Your Innovation & Ecosystem Intelligence.

The strategic shift to dynamic ecosystems as a decision-making core for innovation and business ecosystems reflects a paradigm shift towards intelligent, real-time responsiveness.

This approach emphasizes not only operational flexibility but also strategic agility, enabling businesses to anticipate and lead rather than merely respond to change.

So what is special or radical in making Dynamic Ecosystems central?

We live in a world that is highly dynamic, it shifts and alters constantly. We have pursued Innovation in linear ways and these always lag. Technology has provided us to escape from the past and respond on a constant ‘real-time’ basis.

By embedding these dynamic capabilities, organizations transform into interconnected, learning-focused systems that can dynamically navigate complexity and achieve sustained growth.

I wrote a post that outlines why Dynamic Ecosystems are so important to recognize and build around. The post “Dynamic Ecosystems : why they are so different, they are at the core of Ecosystems” in thinking and design provides further recognition of their position and (future) value.

To quote from the opener “

“At the heart of a interconnected business ecosystem framework lies the Dynamic Ecosystem layer, a core, a powerful engine, the nervous system designed to actively challenge assumptions, validate strategies, stress-test our adaptation and resilience capabilities, and provoke the re-imagination of our fundamental business models.

In today’s rapidly changing business landscape, complacency and rigid thinking can harm an organization’s long-term viability. The Dynamic Ecosystem layer serves as a contrarian force, a provocateur that continually questions our established norms and pushes us to explore alternative perspectives.

So why are Dynamic Ecosystems needed to become the core?

The concept of Dynamic Ecosystems as the central element makes sense for several reasons:

1. Adaptability: Dynamic Ecosystems inherently embody the ability to respond and adapt quickly to changes, which is crucial in today’s fast-paced business environment
2. Catalyst for Innovation: By creating an environment that is constantly in flux, Dynamic Ecosystems can serve as a trigger for continuous innovation, pushing other ecosystem types to evolve and innovate
3. Responsive Framework: A dynamic core allows the entire Integrated Business Ecosystem Framework to be more responsive to market changes, technological advancements, and shifting customer needs.

Let me frame it this way, it becomes the catalyst for decision-making through its design to prompt and challenge

A decision-making core

By embedding these capabilities, organizations transform into interconnected, learning-focused systems that can dynamically navigate complexity and achieve sustained growth.

Positioning dynamic ecosystems as the decision-making and adaptability core of business ecosystems reflects a paradigm shift towards intelligent, real-time responsiveness. This approach emphasizes not only operational flexibility but also strategic agility, enabling businesses to anticipate and lead rather than merely respond to change.

Ultimately, this framework reinforces how central the dynamic ecosystem is to future organizational design—by uniting diverse players, enabling real-time decision-making, and fostering an innovation-driven culture that prioritizes resilience and adaptability.

CORE MESSAGE

This fresh perspective, viewing Dynamic Ecosystems as the intelligent, adaptive, and resilient core of future organizations, highlights their central role in driving innovation, flexibility, and sustainable growth. These aspects underscore how integral dynamic ecosystems are to organizational design that is prepared for the complexities of tomorrow’s business landscape.

Expanding on the idea of Dynamic Ecosystems as the decision-making and
adaptability core of business ecosystems involves positioning them as both the”intelligence layer” and the “adaptive engine” that powers business agility, resilience, and growth. This approach redefines their role from a passive network to a responsive, intelligence-driven hub that continuously senses, learns, and guides the ecosystem.

One compelling perspective is to position Dynamic Ecosystems as the decision-making and adaptability core of the business ecosystem. By embedding dynamic ecosystems as the nerve center, organizations can view them as active agents in real-time sensing, predictive insights, and responsive strategies, shifting them from passive structures to proactive decision-making hubs.

Conclusion

Dynamic ecosystems represent a transformative shift in business thinking, moving beyond static, siloed structures toward fluid, interconnected systems that emphasize collaboration, shared value, and resilience. They are designed for Innovation Ecosystems which need to have speed, scale and solutions that meet changing demand in highly responsive and adaptive ways in rapidly changing market conditions.

By fostering a culture of continuous learning, agility, and inclusiveness, dynamic ecosystems serve as engines for sustainable growth and innovation, positioning businesses for long-term success in an increasingly complex global landscape.

The post Recognizing Dynamics Ecosystems are the core to Innovation change first appeared on Building Your Innovation & Ecosystem Intelligence.

Recently I have been reading about how innovation management needs to get back to basics or how it needs to be given a fresh lick of paint in professional certification, revised and updated university training programs or short courses.

For twenty years, since I have been working in the innovation space, we have constantly complained about so many different aspects of innovation failure and offered solutions to why innovation management still seemingly fails to deliver on its promise to build new growth inside our organizations. Offering innovation advice is a big industry to consult and academically, to teach in.

We keep innovation management locked into a 20th-century paradigm and I believe we must break the “chains” and make a significant shift in our innovation thinking, into innovation and business ecosystems

Innovation had a major new lease of life when the concept of “open innovation” promoted in particular by Henry Chesbrough, adjunct professor and faculty director of the Center for Open Innovation of the Haas School of Business at the University of California, and Maire Tecnimont Chair of Open Innovation at Luiss.

This concept took hold of where innovation had been constrained, in the R&D labs of organizations obsessed with secrecy and their siloed mentalities of hanging on to their “worth” of traditional corporate research labs (source Wikipedia)

The recognition that open innovation is not solely firm-centric changed how we looked at innovation management. The problem, for me, was that we did not adapt it or push its potential boundaries as hard as we could with all the technological advancements.

So briefly the value of this shift to Ecosystem thinking and design

I would like to summarize the salient points of Innovation Ecosystems and their value over existing or presently accepted approaches to Innovation.

Innovation Ecosystems represent a transformative approach to innovation that offers significant advantages over traditional methods. Here’s a summary of the key points and their value:

Core Concepts of Innovation Ecosystems

° Innovation Ecosystems are dynamic, interconnected communities of diverse stakeholders collaborating to accelerate innovation. They are built on four fundamental and dynamic threads:

° Greater Value Creation: Ecosystems generate multifaceted value, impacting not just finances but also society and the environment

° Extending Knowledge Transfer: The free flow of information and ideas across various entities nurtures creativity and progress

° More Co-creation potential: Diverse actors collaborate to weave innovative solutions, fostering a culture of collective genius

° Improve Competitive Positioning: Participants must strategically adapt and form partnerships to thrive in this dynamic environment.

So what gives these advantages Over Traditional Approaches

Innovation Ecosystems offer several benefits compared to conventional innovation models:

+ Broader Resource Access: Participants gain access to a wider range of expertise, technologies, and customer insights

+Enhanced Collaboration: The ecosystem fosters increased opportunities for co-creation and cross-pollination of ideas

+ Improved Scalability and Speed: Leveraging collective resources allows for faster scaling and market entry

+ Greater Flexibility: Multiple perspectives enable quicker adaptation to market changes and customer needs

+ Sustainability Focus: Ecosystems are better positioned to design more sustainable and socially responsible solutions

The need is to take and advance Key Strategies for Implementation

To effectively leverage Innovation Ecosystems, organizations should:

–Extend Collaborative Ideation: Look beyond existing boundaries for external perspectives and insights

-Launch Open Innovation Challenges: Invite external contributors to solve specific business problems

–Form Strategic Partnerships: Collaborate with diverse entities like startups, research institutions, and industry experts

-Integrate External Technologies: Actively scout and incorporate cutting-edge innovations from outside the organization

-Facilitate Cross-Industry Collaboration: Explore innovative solutions through partnerships across different sectors

-Engage in Co-Creation: Involve customers and end-users directly in the development process

Establishing the Value Proposition of shifting towards an Innovation Ecosystem

The shift towards Innovation Ecosystems offers:

*Expanded Innovation Horizons: Access to a broader range of ideas and potential for breakthrough innovations

*Accelerated Time-to-Market: Faster development and commercialization of new products and services

*Enhanced Competitiveness: Staying ahead in the market by tapping into collective intelligence and industry trends

*Increased Adaptability: Better equipped to navigate uncertainties in a rapidly changing business environment

*Synergistic Collaborations: Integration of efforts leads to outcomes greater than the sum of individual contributions

By embracing Innovation Ecosystems, organizations can foster a more open, collaborative approach to innovation that is better suited to address the complexities and challenges of the modern business landscape

Can we move beyond the appeal of going back to basics, focusing on single-entity innovation building and expanding our thinking into the connected world we live in today? We live in the age of connected ecosystems, lets recognize this and embrace innovative ecosystem designs and thinking.

The post Lets change the old record and sound on innovation first appeared on Building Your Innovation & Ecosystem Intelligence.

I closed out my posts in 2023 reflecting on the “golden” threads that need to weave through innovation business ecosystems. So equally I share these four threads here again as they are so important to Business Ecosystem thinking and design going forward.

I raised the ecosystem thinking and design story ““At the heart of this story lies the understanding that innovation is NEVER a solitary endeavor; it thrives really well within ecosystems.

Just imagine these ecosystems as intricate and interconnected sets of networks, bustling with activity, with thinkers and doers, where individuals, organizations, and institutions converged with a shared goal – to innovate and create value“

The value of business ecosystems needs to be highly dynamic. Four threads need to weave through innovation ecosystem designs“

Did I achieve this weaving throughout the year?

I think I failed to convey these four threads consistently into my posts in 2024.

The first thread of this framework is the notion of value creation. It is the realization that these ecosystems were new factories of value, not just in terms of financial gain but in their profound impact on society and the environment. Each actor within the ecosystem, whether a business, a research institution, or a startup, contributed a unique piece to this intricate puzzle, crafting a beautiful tapestry of innovation from combining their endeavors to constantly seek out a different level of value creation.

The second thread, knowledge transfer, is like the lifeblood of these ecosystems. It is through the exchange of knowledge that innovation thrives. From universities to businesses and from research labs to government agencies, knowledge needs to flow like a constant river, nurturing the fertile soil of creativity, imaginations and push constantly for progress. It is not just about sharing information; it is about nurturing a culture of learning and discovery, by combining the talent and need for discovery .

Co-creation is the third element, a magical process where diverse actors came together like jigsaw puzzle pieces. They didn’t just share ideas; they wove them into innovative solutions. Design thinkers rubbed shoulders with entrepreneurs, and user feedback is cherished like gold as the window to open to allow ingenuity, originality and inventiveness to take hold. Co-creation is the heart of these ecosystems, where sparks of genius fly and innovation is born.

The fourth thread, competitive positioning, teaches us that thriving in this dynamic environment requires strategic thinking and new visions. Businesses, startups, and institutions had to constantly adapt and position themselves wisely. It becomes a dance where every move matters, and strategic partnerships become the secret to success in cooperation and competition, viewed in different perspectives of “coopetition”

The heart of this framework champions collaboration and co-creation

We do need to constantly recognized that innovation is a highly collective endeavor; it always will be. It fosters collaboration between individuals, organizations, and institutions, creating a symphony of ideas that resonate far beyond the boundaries of any single actor.

The job@hand in 2025 is using these “golden” threads and turning my Integrated Business Ecosystem framework into a living, thriving one, where those who embrace the need to integrate, collaborate, and network are working in and embracing the power of dynamic, innovative ecosystems.

Ecosystems are not static; they are alive and ever-changing.

The ubiquity of ecosystems are fundamental, equally to life, business or being able to be allowed to simply evolve. Business Ecosystems join Natural Ecosystems, Social Ecosystems and Digital Ecosystems, they should be everywhere in our thinking and designs

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My review of 2024 from a posting perspective has been a really positive one.

Taking my two primary posting sites of paul4innovating.com and ecosystems4innovating.com I wrote just over 100 posts, which always comes as a surprise in what it entails in time invested.

The split between sites was fairly even as I continue to increase my focus on building the building case for Ecosystems, in thinking and design.

In this reflective post I took a look back on why I moved from an “absolute” focus on innovations into innovation and business ecosystems.

Moving beyond Innovation into Business Ecosystems

For many years innovation has been my core, in consulting, coaching, advisory and mentoring but it simply, over time, became a restrictive spot to be.

Innovation inside the one company is (very) outdated and does not take account of the significant changes occurring in technology enablement or solving increasing complex challenges.

Far too many organizations are locked in this “doomed” world of diminishing returns from being self-possessed in their focused.

We need to build out from open innovation into ecosystem thinking and design.

First, stepping back taking open innovation beyond its original positioning which was a pivotal moment in innovation management.

“Open innovation is a term used to promote an Information Age mindset toward innovation that runs counter to the secrecy and silo mentality of traditional corporate research labs.^] More recently, it is defined as “a distributed innovation process based on purposely managed knowledge flows across organizational boundaries. The boundaries between a firm and its environment have become more permeable; innovations can easily transfer inward and outward between firms and other firms and between firms and creative consumers, resulting in impacts at the level of the consumer, the firm, an industry, and society.^[7]– Wikipedia abridged

For me, the emphasis needs to keep constantly move towards Business Ecosystems

Ecosystems foster collaboration and accelerate the dissemination of knowledge through the network effect, in fact, value creation increases with each actor in the ecosystem, which in turn nurtures the ecosystem as such.

James F. Moore originated the strategic planning concept of a business ecosystem. The basic definition comes from Jim Moore’s book, The Death of Competition: Leadership and Strategy in the Age of Business Ecosystems and focused more on (at the time) the high tech industry studying the co-evolution in social and economic systems applying the concept of networks of organization coming together that provide mutual support and co-evolve contributions. It is based on the principle that organizations, as living organisms, are most successful when their development and behavior are aligned with their core purpose and values – what we call “social DNA’”

Evolving towards Ecosystems for innovation and business

This evolution towards Ecosystems attracted me increasingly from mid 2016 where I attempted to separate my thinking into innovation on one posting and ecosystems on another. That in all honesty has never worked, these fuse together constantly and for good reasons.

On my ecosystems4innovators.com site I have written nearly 250 posts since September 2016 but this has ramped up far more in the past 18 months of so as I began to propose my own frameworks in my understanding and studying ecosystems for a fair number of years

Where I stand today

Ecosystems for business have an absolute need to be integrated, they are heavily interconnected. This post of A New Way to Drive Value Through The Integrated Business Ecosystem Design provides handy visuals depicting the different ecosystems that make up (my) integrated business ecosystem framework.

I have spend time on measuring success, defining the different components, exploring and extending this out. I had a recent post showing some key developments in this thinking with reference posts, moving towards providing a compelling business ecosystem case

I sought out a AI generated view from Google NotebookNL research assistants discussing why Ecosystems are really different to consider, which I found encouraging and good, easy listening.

Recognizing the importance of Dynamic Ecosystems

The most exciting work has been on the importance of recognizing Dynamic Ecosystems. I believe these are a new core of organization design.

“At the heart of this interconnected business ecosystem framework lies the Dynamic Ecosystem layer, a core, a powerful engine, the nervous system designed to actively challenge assumptions, validate strategies, stress-test our adaptation and resilience capabilities, and provoke the re-imagination of our fundamental business models.

In today’s rapidly changing business landscape, complacency and rigid thinking can harm an organization’s long-term viability. The Dynamic Ecosystem layer serves as a contrarian force, a provocateur that continually questions our established norms and pushes us to explore alternative perspectives.“

So I close out this short summary on Why Business Ecosystems are highly valuable to think through and turn towards 2025 and my plans to support the evolving understanding of the value and importance of Ecosystems in business.

Turning to 2025.

The focus has to shift even more into engagement by building a blueprint and roll out a structured approach to thinking and designing on Business Innovation and Ecosystems.

In the work ahead for 2025.

In the pipeline are exploring sustainability for Ecosystem building, comparing Natural Ecosystems as well as looking at Neutral Ecosystems, from the AI Gen perspective, then building and extracting Innovation help and support more through Gen AI to aid acceleration, design and execution.

There is a real need of a harder assessment and re-looking at bringing in the Ecosystem Platform Management into a different perspective than our current platform focus, leading to building ecosystems, it should be ecosystem and networks drive platforms and their unique designs.

Resetting the Voice of any journey

The customer journey through ecosystems is providing a rolling out of thinking and updating. There is a need for a new Voice of the Customer, the Voice of Partners within any Ecosystem thinking and more importantly provide that “higher” level of the Voice of Ecosystems.

I will be continuing to look for new tools, methodologies and structured approaches to build on my recent work.

Ecosystem mapping, visual flows extending a minimum viable ecosystem (MVE), establishing heath and metrics, exploring decision trees and complex value webs are on the list to extend even furher from my initial investigations.

I am keen to extend out my interconnected implementation toolkit and structure in 2025. I have a whole host of approaches here to explore and extend through deeper engagements.

Of course, the integrated business ecosystem framework is very front and centre to business ecosystems. It drives the  research and translation of all of the above to continue to build it out in recognition and business transformation.

The increasing shift to Ecosystem Coaching and Advising.

Most importantly I will be turning increasing towards Ecosystem Coaching, Advising and Mentoring to build on this engagement emphasis. The need to provide impact from Ecosystems becomes essential for passing through the different coaching stages as a big part of any transformation.

For me as a big part of this Ecosystem work is comprehension, reduce uncertainties and anxieties, to gain a greater confidence to experiment and draw others into a trusting, highly collaborative relationship of engagement, learning and managing diversity of opinions.

I keep motivated on Ecosystems for this need in delivering a higher purpose, providing the operating and management purpose and delivery to give this

2024 was a good year of Ecosystem discovery, progress and fulfillment, now I move into 2025, gearing up for greater engagement.

*amended on 03/12/2024

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