Open World Order Devine Group
The Time System falls under the broader governance of the Devine Group Open World Order.
What Is The Open World Order?
The Devine Group Open World Order, at its core, envisions a world of 100% socio-economic efficiency to promote and enforce non-hierarchical, incentive-compatible systems in international trade, as well as in micro and macroeconomic activities, where all counterparty interests align with the social optimum in every scenario.
Our Focuses surrounding Open World Order Developments:
(1) Game Theoretic Advancements in Mass Governance Structures
Strategic Interactions: Game theory provides a framework for analyzing how individuals and groups interact in decision-making processes. The Open World Order is designed to anticipate and guide behaviours toward cooperative and mutually beneficial outcomes (social optimum).
Mechanism Design: By embedding governance rules and decision-making protocols that encourage honest and collaborative behaviour, mechanism design—a branch of game theory—ensures that participants act in the system's best interest, even if they are self-interested.
Conflict Resolution: Game-theoretic models help predict and resolve conflicts by incentivizing peaceful and fair resolutions and minimizing adversarial outcomes.
(2) Open-Source Social Credit Systems
Open Ledger: All actions, contributions, and scores are recorded on a publicly accessible blockchain. This ensures that social credit calculations are clear and verifiable by anyone.
Algorithmic Accountability: Scoring mechanisms are open-source, allowing participants to understand how scores are computed and to suggest improvements.
Community Governance: Decisions about the rules of the system (e.g., what behaviours are rewarded or penalized) are made collaboratively.
No Central Authority: Unlike traditional models, no single entity controls the system, preventing misuse or authoritarian overreach.
Opt-In Model: Individuals and communities choose to participate, and they retain agency over their data and involvement.
Decomposability: Communities can adapt the system to reflect their unique values and priorities.
Data Input: Positive contributions (e.g., volunteering, knowledge sharing, or environmental stewardship) and negative behaviours (e.g., breaking community agreements) are logged, verified through consensus.
Reputation Mechanisms: Actions are translated into scores or badges using pre-agreed, open-source algorithms that reflect community values.
Algorithmic Policymaking: Automatically enforce rules, such as granting rewards for positive actions or penalties for harmful behaviour.
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