Interoperability

V2 is designed to operate across healthcare systems without replacing them.

It integrates quietly into existing environments so that rule evaluation, guidance, and verification occur where work already happens.

Interoperability is foundational to how the system functions.

Healthcare environments are heterogeneous.

Clinical work spans electronic health records, billing systems, payer platforms, research tools, and local workflows. These systems were not designed to operate as a single unit.

V2 does not attempt to unify them.

It operates across them.

V2 does not act as a system of record.

Each system retains authority over the data it already owns.

V2 operates alongside them as a coordination and evaluation layer.

V2 achieves interoperability through reverse mapping.

Rather than requiring systems to conform to a new model, V2 adapts to existing data structures, workflows, and conventions.

This allows the system to function immediately within diverse environments without configuration overhead or training.

Reverse mapping is what enables a zero learning curve.

V2 executes logic where work occurs.

This allows V2 to operate reliably across institutional boundaries and system constraints.

V2 is designed to work with established healthcare standards.

Interoperability is achieved by respecting existing protocols and interfaces rather than imposing new ones.

The system integrates where integration is required and remains invisible where it is not.

Each deterministic engine within V2 operates independently.

This allows interoperability across payer systems, clinical environments, and research contexts without coupling behavior or data flows.

Failure or change in one environment does not propagate to others.

Interoperability enables this alignment without centralization.

V2 interoperates by design, not by configuration.

It runs across systems without replacing them.

It makes existing infrastructure work together without forcing it to change.