Navigating Uncertainty: Roger Spitz’s Framework for Systemic Change and Transformation, (from page 20250323d.)
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Keywords
- Roger Spitz
- Disruptive Futures Institute
- AAA Framework
- resilience
- antifragility
- anticipatory thinking
- carbon markets
Themes
- foresight
- disruption
- systemic change
- climate change
- adaptability
- transformation
Other
- Category: science
- Type: blog post
Summary
Roger Spitz, President of Techistential and Chair of the Disruptive Futures Institute, emphasized the need for new approaches to navigate the rising complexities of a ‘polycrisis’ during a recent event. His bestselling book, ‘Disrupt with Impact’, outlines a framework for reframing disruption as a catalyst for positive change, focusing on three principles: Antifragility (growing stronger through adversity), Anticipation (preparing for change), and Agility (adapting quickly to present circumstances). Spitz’s shift from finance to foresight highlights the importance of evaluating decisions for long-term resilience. Through innovative projects like the collaboration with Lux Carbon Standard, he aims to drive systemic change and empower local stakeholders. By fostering a community of foresight practitioners, Spitz advocates for transformative action that prioritizes potential over predictability, enabling a proactive response to an unpredictable world.
Signals
name |
description |
change |
10-year |
driving-force |
relevancy |
Emphasis on Foresight |
Growing recognition of the importance of foresight in navigating uncertainty and complex systems. |
Shift from reactive decision-making to proactive foresight-based strategies for addressing challenges. |
More organizations will integrate foresight into their decision-making processes, leading to adaptive and resilient systems. |
Increasing complexity and unpredictability in global challenges requiring new adaptive strategies. |
4 |
Systems Thinking in Carbon Markets |
Emerging approaches to carbon markets are incorporating systems thinking and anticipatory governance. |
Transition from traditional carbon market approaches to more inclusive and anticipatory models. |
Carbon markets will be more equitable and effective, allowing for broader participation and better environmental outcomes. |
The need for fairer compensation and access for local stakeholders in carbon trading. |
5 |
Rise of Adaptive Systems |
Growing momentum towards creating systems designed for adaptability under pressure. |
Shift from rigid, traditional organizational models to more flexible and adaptive frameworks. |
Organizations will increasingly thrive in volatile environments by embracing antifragile principles. |
The necessity for resilience in the face of multifaceted global challenges. |
5 |
Shift in Decision-Making Frameworks |
Moving from efficiency-focused decision-making frameworks to those that prioritize resilience and adaptability. |
Change from short-term gains and stability assumptions to long-term impact and adaptability strategies. |
Decision-making will increasingly focus on resilience and system adaptability, influencing corporate governance. |
Recognition of the limitations of traditional frameworks in a complex and uncertain world. |
4 |
Emergence of Polycrisis Awareness |
Awareness and acknowledgment of the interconnected nature of global crises are rising. |
Shift from viewing crises in isolation to understanding their interconnected impacts and responses. |
More integrated approaches will be developed to address complex global challenges collaboratively. |
The escalation of multiple global challenges necessitating a holistic review of crisis management strategies. |
4 |
Concerns
name |
description |
relevancy |
Systemic Collapse due to Polycrisis |
Interconnected crises like climate change, technology, and geopolitics pushing systems to breaking points, threatening societal stability. |
5 |
Inadequate Decision-Making Frameworks |
Traditional frameworks failing to adapt to uncertainty, leading to poor decisions in complex environments. |
4 |
Antifragility vs. Resilience |
The challenge of shifting from merely resilient systems to antifragile systems that thrive under pressure. |
4 |
Foresight Deficiency in Leadership |
Lack of foresight and adaptability among decision-makers may exacerbate existing crises and stifle innovation. |
4 |
Inequity in Climate Solutions |
Local landowners and small-scale stakeholders being disproportionately affected by climate strategies and markets. |
4 |
Cognitive Agility in Governance |
Need for cognitive flexibility and cross-disciplinary approaches to navigate rapidly changing and complex environments. |
3 |
Dependence on Predictability |
Risk of failing to address the unpredictability of future challenges due to over-reliance on stability and predictions. |
4 |
Limited Capacity for Transformative Action |
Challenges in mobilizing communities for systemic change due to lack of resources and shared understanding. |
4 |
Market Inefficacy in Environmental Strategies |
Voluntary carbon markets not being effective in achieving equitable and sustainable environmental outcomes. |
4 |
Behaviors
name |
description |
relevancy |
Antifragility |
Designing systems that improve and grow stronger in response to shocks and pressures, rather than just resisting them. |
5 |
Anticipatory Thinking |
Focusing on preparation for change by scanning for weak signals and evaluating potential scenarios instead of mere prediction. |
5 |
Agile Decision-Making |
Adapting strategies in real-time through cognitive agility and cross-disciplinary experimentation in a nonlinear world. |
5 |
Transformative Action |
Engaging local initiatives and bottom-up approaches to drive systemic change in the face of uncertainty. |
4 |
Capacity Building for Foresight |
Developing skills and tools to enhance anticipatory thinking and create lasting impact in organizations and communities. |
4 |
Technologies
description |
relevancy |
src |
Systems designed to grow stronger under stress and shocks, moving beyond mere resilience. |
4 |
569e54d34c92bd75a1795d0d97c32325 |
A method that prepares for change by scanning for signals and mapping potential future scenarios. |
4 |
569e54d34c92bd75a1795d0d97c32325 |
The ability to adapt quickly to changes and uncertainties through cognitive flexibility and cross-disciplinary approaches. |
4 |
569e54d34c92bd75a1795d0d97c32325 |
The skill to explore possible futures and adapt to complexities, informing decision-making and system design. |
5 |
569e54d34c92bd75a1795d0d97c32325 |
Market systems designed to promote carbon offsetting through various stakeholders, enhancing environmental governance. |
3 |
569e54d34c92bd75a1795d0d97c32325 |
Models that facilitate systemic change by integrating new thinking and practices to address complex challenges. |
4 |
569e54d34c92bd75a1795d0d97c32325 |
Issues
name |
description |
relevancy |
Polycrisis |
A complex system of interconnected global challenges like climate change and geopolitical tensions that creates cascading uncertainties. |
5 |
Antifragile Systems |
Development of systems that improve under pressure, adapting dynamically instead of merely resisting shocks. |
4 |
Anticipatory Thinking |
Shifting focus from prediction to preparation by scanning for weak signals and evaluating decisions across multiple outcomes. |
4 |
Agility in Decision-Making |
Need for cognitive agility and cross-disciplinary thinking for effective decision-making in unpredictable environments. |
4 |
Transformative Change |
The global shift towards building adaptive systems that prioritize resilience over efficiency, fostering systemic transformation. |
5 |
Voluntary Carbon Markets |
Emerging frameworks in carbon trading aimed at increasing transparency and fair access to stakeholders, like local landowners. |
3 |