How It Works

 

Deterministic Execution as a System Layer

 

Zinyx operates as a deterministic execution layer that governs how attribution, eligibility, and multi-party outcomes are resolved across digital ecosystems.

 

Rather than acting as a marketplace, payment system, or user interface, Zinyx integrates alongside existing systems and applies rule-based execution logic to ensure outcomes are consistent, auditable, and enforceable.

 

Step-by-Step Execution Flow

 

Step 1: Engagement or Action Occurs

 

A user, participant, system, or device performs an action within an existing platform or environment.

 

Examples include:

  • A transaction
  • A referral or promotion
  • Content engagement
  • Service usage
  • System-generated events
  •  

Zinyx does not control the interface where the action occurs.

 

Step 2: Attribution Signals Are Captured

 

Relevant interaction signals are captured through integrated interfaces or system connectors.

 

These signals may represent:

 

  • Participant identity
  • Source or origin of engagement
  • Timing and context
  • System or environment metadata

 

Zinyx generates or associates persistent attribution identifiers to represent participation across events.

 

Step 3: Execution Rules Are Evaluated

 

Predefined execution rules are applied to determine how outcomes should be resolved.

 

Rules may govern:

 

  • Eligibility and qualification
  • Allocation logic
  • Timing conditions
  • Multi-party constraints
  • Policy or compliance boundaries

 

Rules are configurable and defined outside the user interface layer.

 

Step 4: Deterministic Outcomes Are Resolved

 

Based on the evaluated rules and attribution signals, Zinyx resolves deterministic outcomes.

 

Outcomes may include:

 

  • Allocation of value or entitlements
  • Assignment of credit or attribution
  • Triggering of downstream actions
  • Enforcement of participation conditions

 

The same inputs produce the same outcomes under identical rules.

 

Step 5: Automated Multi-Party Execution

 

Resolved outcomes are executed automatically across participating systems.

 

Execution may involve:

 

  • Multi-party value distribution
  • Entitlement updates
  • Event confirmations
  • System-level acknowledgments

 

Zinyx coordinates execution without replacing payment providers or operational systems.

 

Step 6: Auditability and Traceability

 

Each execution cycle produces records that can be reviewed, audited, or analyzed.

 

These records support:

 

  • Transparency across participants
  • Dispute reduction
  • Compliance and governance needs
  • System diagnostics and improvement

 

Integration Model

 

Zinyx integrates through APIs, SDKs, or system connectors designed to operate with existing platforms.

 

Integration characteristics include:

 

  • No replacement of storefronts or interfaces
  • Compatibility with existing payment and identity systems
  • Modular deployment (cloud, hybrid, or embedded)
  • Independence from specific infrastructure providers

 

Execution Independence

 

Zinyx separates execution logic from:

 

  • Presentation layers
  • Marketplace logic
  • Payment processing
  • Infrastructure control

 

This separation enables consistent behavior across diverse environments.

 

Where UNITEX Fits

 

UNITEX extends Zinyx execution capabilities into environments where execution must occur locally, offline, or at the system level.

 

UNITEX supports:

 

  • Local or device-resident execution
  • Deterministic control flows
  • Policy-governed system behavior
  • Execution in constrained or regulated environments

 

Why This Matters

 

Zinyx is designed for systems where:

 

  • Multiple parties participate in value creation
  • Attribution must be persistent and unambiguous
  • Execution outcomes must be deterministic
  • Automated enforcement reduces ambiguity and disputes

 

Zinyx governs how outcomes are executed, not what users see.