Rik Berbé
Complex adaptive systems (CAS), such as organisations, communities, urban places and ecosystems, face growing challenges in VUCA (volatile, uncertain, complex, and ambiguous) environments. While theory in evolutionary biology, systems thinking, and complexity science has examined how complex adaptive systems (CAS) function, practical, field-tested tools are still lacking. There is a need for methods that enhance the human and relational capacities enabling these systems to form, adapt, and sustain themselves over time. This research paper presents the full development, application, and evaluation of the VUCAcanvas, a practice-ready framework designed to address this gap. Developed over six years of professional practice, the framework was designed and validated through nine structured interviews, six design sessions and eleven participatory workshops across sectors and countries.
The VUCAcanvas identifies six essential capacities: adaptive, sensitive, resilient, connective, diverse, and cooperative that support a CAS to balance stability and change, enabling emergent solutions, and strengthening long-term viability. Its design emerged through iterative cycles of prototyping, field testing, reflection, and refinement. Key turning points included reframing capacities for diverse contexts, integrating visual tools such as canvases and Duplo® bricks to aid group dialogue, and refining terminology for cross-cultural clarity.
Throughout its evolution, certain features consistently proved effective, such as surfacing hidden and entrained patterns and fostering shared language, while others required adaptation. Some aspects, such as long-term contribution to CAS viability, remain open for continuing research. Rather than a fixed solution, the VUCAcanvas is positioned as an evolving dialogue and development tool, a scaffold for collective sense-making, capacity building, and strategic planning. It addresses the central challenge of equipping diverse actors to navigate complexity together, offering a practical bridge between theory and applied systemic practice.
Keywords: complex adaptive systems, systems thinking, complexity theory, systemic design, viability, human capacities, relational capacities