What are Unicist Binary Actions?
For every action, there is an equal and opposite reaction. However, this principle does not apply to binary actions. A set of unicist binary actions generates no reaction because the reaction to the first action creates a need that makes the second action necessary. This allows developing actions without dysfunctional reactions.
Binary actions are two synchronized actions that make adaptive systems and environments work. One of the actions opens possibilities or generates value while the other action ensures the delivery of results. Functionalist technologies use unicist functionalist principles to define the synchronized binary actions that ensure the functionality of adaptive business functions.
A Universal Example:
An airplane flies driven by two basic binary actions—the action of the engine and the action of the wings.
The first binary action generates propulsion, and the reaction to this propulsion is the airplane’s speed. This airspeed is then utilized by the wings to generate lift, integrating the airplane into its environment without generating an equal and opposite reaction.
Binary actions are based on the functionalist principles of an entity and follow the rules of unicist logic.
The Use of Binary Actions
Binary actions are two synchronized actions that expand businesses while they ensure their results. They were developed to manage the evolution of adaptive environments by managing actions to install maximal strategies to grow and minimum strategies to ensure results.
Any adaptive system and environment (living being or artificial construction) is driven by binary actions. Some examples will help to grasp the idea:
- The active function and the energy conservation function of the intelligence of a tree drive its growth and survival.
- Lift and propulsion make airplanes take-off and fly.
- The cover and the back-cover define the functionality of the packaging of a book.
- The music and the lyrics of a song define its aesthetics.
Business examples
Examples of evident binary actions in business are:
Learning + Teaching = Knowledge acquisition
Productivity + Quality = Production
Marketing + Selling = Generation of revenue
Root Causes + Triggering Causes = Solutions
Efficacy + Efficiency = Effectiveness
Empathy + Sympathy = Influence building
Participation + Power = Leadership
Desirability + Harmony = Aesthetics
The Functionality of Binary Actions
Unicist binary actions (UBA) are needed to develop solutions in adaptive environments. They require approaching the world by accessing the functionality of a solution. Therefore, the use of binary actions requires having a deep understanding of the environment and its possibilities.
UBA 1 – Binary Actions to Catalyze Processes
The catalyzing binary actions cover the latent needs of the environment and of the people involved. That is why they drive an environment to its next stage.
UBA 2 – Binary Actions to Expand Boundaries
These binary actions are based on the catalyst that has been introduced and their actions need to fit into the expansive functions of the concept of an activity.
UBA 3 – Binary Actions to Ensure Results
To ensure results the binary actions of the minimum strategy need to manage the urgent needs of the adaptive environment that is being managed..
UBA 4 – Binary Actions of the Unified Field
The management of the binary actions of the unified field is an integration of binary actions 1, 2, and 3, which implies that it deals with the management of latent, structural, and urgent needs.
Conclusion
The Unicist Conceptual Designer was developed to build business solutions that, in all cases, imply the design of unicist binary actions based on the knowledge of the functionalist principles that drive the functionality of business functions. By managing the unified field of adaptive systems, the Unicist Conceptual Designer ensures results through a structured process.
To confirm the functionality of conclusions, the Unicist Conceptual Designer employs unicist destructive tests. These tests are essential to validate the effectiveness and reliability of the designed solutions, ensuring that they align with the functionalist principles and can be successfully implemented in real-world scenarios.
