Oriana’s Flute™ is a shared methods hub for people who want to work with the ideas behind Virtual Harmonics™, not just read about them.
It exists to support orchestration: how abstract definitions, identity objects, and systems are explored, combined, and evolved in practice—without centralization, prescription, or loss of agency.
This is not a program or a platform.
It is an instrumented way of thinking.
Oriana’s Flute™ is:
It provides ways to:
The emphasis is not on outcomes, but on coherence.
Oriana’s Flute™ is not:
It does not:
Virtual Harmonics™ defines the architecture of a viable discrete economic identity:
the layers required for identity, recognition, presentation, and exchange to remain coherent over time.
Oriana’s Flute™ operates above that architecture.
You may encounter individual definitions (such as vYndy.def) without using Oriana’s Flute™.
You may also use Oriana’s Flute™ to orchestrate systems that are not explicitly part of the Virtual Harmonics™ stack.
Nothing here is mandatory.
There is no required path.
People use Oriana’s Flute™ in different ways:
Many people stop after a single interaction.
Others return repeatedly as their work evolves.
Both are valid.
The first published instrument in this hub is vYndy.def —
an extremely abstract base container definition for Virtual Individuality™.
vYndy.def specifies what information must exist for a discrete economic identity to be coherent and operable, without prescribing how it must be stored, implemented, or optimized.
👉 View vYndy.def – Base Definition for Virtual Individuality™
You may read it, copy it, ignore it, or use it as a starting point.
No action is required.
To see more go to: https://symphone.tv/vyndy-com
This work assumes that:
Accordingly, Oriana’s Flute™ emphasizes:
The goal is not certainty.
The goal is coherence under uncertainty.
Oriana’s Flute™
A SaaSi Cube™ Service of Perpendicular Systems™
Built using the Virtual Harmonics™ Extremely Abstract Object Orchestration Method™
Based on the Deliberately Disaggregated Architecture Model™ (DDAM)
