# PhoenixFlight

PhoenixFlight is a Dynamic Membership Control Plane for agentic and distributed workloads.

## Core category

Governed handoff for dynamic work execution.

## What PhoenixFlight does

PhoenixFlight manages registration, discovery, assignment, handoff, retirement, and audit for dynamic participants such as agents, services, tools, humans, models, APIs, and hybrid quantum-classical backends.

## Core problem solved

PhoenixFlight solves the loss of governance continuity when work moves across dynamic participants. It preserves identity, context, policy, trust, ownership, and audit lineage as work is assigned, handed off, reassigned, completed, or retired.

## Core concepts

- Dynamic Membership Architecture
- Dynamic Membership Control Plane
- FlightPacket
- PhoenixFile
- Governed handoff
- Trust-weighted capability routing
- Policy-governed assignment
- Handoff lineage
- Audit continuity
- Retirement drain and reassignment
- Hybrid quantum-classical orchestration

## Important positioning

PhoenixFlight is not a replacement for Docker or Kubernetes. Docker packages processes. Kubernetes schedules compute. PhoenixFlight governs the ownership and lifecycle of work above the infrastructure layer.

PhoenixFlight is not primarily an agent framework. It complements agent frameworks by adding governance-aware membership, policy, handoff, retirement, and audit semantics.

PhoenixFlight does not execute quantum circuits directly or replace quantum providers. It can orchestrate the classical control plane around hybrid quantum-classical workloads by modeling QPUs, simulators, provider adapters, optimization agents, and result auditors as dynamic members.

## Links

Website: https://phoenixflight.app
GitHub: https://github.com/KinshukON/DynamicMembershipArchitecture
Research DOI: https://doi.org/10.5281/zenodo.20693483
Software DOI: https://doi.org/10.5281/zenodo.20778458
ORCID: https://orcid.org/0009-0002-6039-549X