An independent research initiative formalizing Praxeophysics and the Praxeophysics Protocol (prxs)—an open, domain-neutral coordination layer enabling dynamic environmental alignment and multi-agent reconciliation between self-sovereign agents and socio-technical systems.

Synthesizing the Free Energy Principle (variational neurophysics / active inference), Praxeology (the science of purposeful human action, Catallactics, and Synallactics), Critical Epistemology (Apoha threshold demarcation, tacit margin preservation, and higher-order regularization), and Mechanism Design, the institute develops open computational specifications where internal priors remain cryptographically self-governed rather than subordinated to centralized standards.


Core Principles

  • Self-Sovereign Priors & Attribute-Rule Separation
    Subjective preferences, somatic thresholds, and precision allocations (μ, Π, L(t)) remain strictly self-governed in a Personal Data Store (Holder Vault), structurally decoupled from external contextual evaluation rules (R_c).
  • Inverse Precision Inference & Plausible Deniability
    Protective guardrails (r_d(t) = √(2(1 - L(t)) / Π_d)) are derived mathematically from positive commitment weights without requiring vulnerability self-reporting, while output pooling prevents Bayesian reverse-inference of sensitive internal constraints.
  • Alignment, Reconciliation & Frictionless Sorting
    Rather than collapsing multi-dimensional states into a single scalar score or coercing agents into uniform standards, the protocol executes single-niche Environmental Alignment (N=1), multi-agent Complementary Reconciliation (N ≥ 2 SAT), Strategy-Proof ZKP Settlement, and no-fault Frictionless Sorting when core boundaries are mutually unsatisfiable (UNSAT).

Canonical Specifications & Core Documents (v4.1.0)


Focus Initiatives

  • The Praxeophysics Protocol (prxs): An open W3C VC v2.0-compatible verification and reconciliation specification utilizing orthogonal atomic predicates ({0, 1}^D), selective disclosure, zero-knowledge proofs (ZKP), and differential privacy pooling.
  • Personal Fiduciary Agents (4-Step A2A): Edge-native fiduciary agents executing low-entropy, strategy-proof Agent-to-Agent (A2A) handshakes across physical environments (Domain I), multi-agent collaborations (Domain II), and institutional governance (Domain III).

Inquiries & Collaborations

For academic research, media requests, or proprietary solver licensing, please submit your proposal via our Inquiry Form.
(Note: Collaborative inquiries and PoCs regarding enterprise HR and organizational team dynamics are currently suspended due to exclusive commitments.)