Critical Applied Research In

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Applied Complexity Science

Critical research methodologies with deep domain knowledge provide actionable insights that drive strategic decision-making

Suite of interventions that drive impactful change

Decision Support Toolset

Navigate uncertainty and anticipate future disruptions through scenario planning and complex systems modeling.

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Policy Architecture

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ICT Enablement

Leading edge bespoke technology solutions for enterprise grade integration

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Enterprise Model Innovation

Research oriented programme development across industries

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Cyberia is a pioneering consultancy that harnesses the power of Applied Complexity Science to solve today’s most challenging business and societal problems. We unite expertise from the public sector, private industry, and academia in a unique triple-helix partnership model.

Our mission is to transform organizations through cutting-edge research and practical applications of complexity science, creating ripple effects that drive innovation across industries and communities.

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Complexity science reveal the waste of resources we invest into manipulation and control of events we actually can never truly control, whilst it suggests we invest our resources, thinking planning and action into areas that provide us the ability to influence outcomes as opposed to control them. This is achieved by understanding systemic “Attractors” or forces within any business and social landscape. Our business architecture tool (BAT) is designed to optimally use all resources toward adaptive planning, capable of dealing with uncertainty and unpredictability a natural feature of everyday life

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We are privileged to work with a diverse range of clients who inspire us to innovate and excel. From global leaders to visionary startups

Publication: On the Nature of Socio-Economic Systems

This collection of systemic insights has been designed to give readers an overview of vital foundational concepts of complexity and systems science bodies of knowledge. The text has been designed to be more accessible and digestible for laypersons and non-researchers. It is particularly focused on conveying what is called the systemic paradigm – i.e. the common and overarching principles of the systemic body of knowledge (both systems science and complexity science). The vastness of systems and complexity science research make synthesis of the works extremely difficult. As such this text can only introduce some of the common theory and practice aspects that has use for the researcher, practitioner or layperson.

  • Introduction to systemics
  • On philosophy of science and links to system traditions
  • Systems science
  • Complexity science
  • System classes
  • Problem types
  • Application constructs supporting practice
  • Reflexive action
  • Power, field, habitus and social systems
  • Boundaries
  • More on feedback dynamics
  • Value chain dynamics
  • Map and territory dynamics
  • Algorithms underlying socio-economic systems

Life Long Learning

Learning is the pulse that keeps life vibrant and evolving. It’s not confined to classrooms or textbooks; it is found in every challenge we face and each experience we embrace. Lifelong learning is a commitment to growth, a journey of constant discovery that keeps our minds sharp and our hearts open.

Our hybrid learning course helps acquire the skills to cultivate and openess and readiness to be transformed by what we learn

Cognitive Engine

Ecosystem

Example of interconnectedness of  social system(societies, comprised of many sub-systems like people, technology, etc)

Biological System

Example of a biological system as a complex adaptive system

Galactic System

Nested systems we are inherently linked into, millions of planets & stars forming countless galaxies comprising our cosmos or universe

Mechanistic Thinking

Nested systems we are inherently linked into, millions of planets & starts forming countless galaxies comprising our cosmos or universe

Sub-System CAS's

Sub-systems, in this case the vascular or breathing system that forms part of the whole system.