Connect changing world-state data
to continuous Runtime revalidation.
CREAIM is not a replacement for C2, ISR, Digital Twin, World Model AI, or unmanned systems. It receives current and predicted world states, binds source provenance, normalizes state-change events into Runtime Contracts, and revalidates affected state scopes before returning PASS / HOLD / STOP plus traceable evidence for human review.
Your system remains the system of record. CREAIM attaches as a validation layer.
The first integration question is not “replace what?” but “which approved state, prediction, candidate, and constraint fields should cross the adapter boundary?” CREAIM maps only those agreed fields into a Runtime Contract, revalidates affected scopes, and returns review status plus evidence to the partner-owned review surface.
Change the model through an Adapter. Keep the Runtime assurance contract stable.
A partner can migrate from one approved AI or World Model to another without redefining CREAIM as the system of record. Each replacement must map to the agreed Runtime Contract and pass conformance before trust is granted. The Runtime Core does not embed an LLM in its trusted boundary.
Validate integration progressively.
Structured system-to-system Runtime integration
Initial validation using de-identified synthetic data
Timestamped state-change envelope and revalidation trigger contract
Local State integration on field nodes
A state feed is useful only if the decision is rechecked when that state changes.
The current software records Digital Twin provenance, compares T0 and T1, identifies affected Runtime Spaces, performs address-selective recomputation, requires full-equivalence safety checks, and binds the transition into Current-Run evidence. External live Twin/C2 streaming remains a Controlled PoC item.
Separate Source → Adapter → Runtime security boundaries.
The architecture does not assume that all raw C2/ISR data must be sent to an external service. Depending on institutional policy, only required conditions can be structured inside a Source System adapter, or both Adapter and Runtime Core can be deployed within the same on-premise or closed-network boundary.
Separate current implementation from external proof.
The public Demo executes the current Runtime and report path with synthetic mission and Digital Twin input. Integration envelopes, provenance, state addressing, selective revalidation, secure report generation, and tamper verification are implemented or regression-verified. Real military C2/Twin/Sensor streams, target hardware, and field operation remain Controlled PoC evidence.
Move from public proof to partner integration without exposing the core.
The handoff keeps the partner system of record intact, maps only approved fields through a replaceable Adapter, enters the authenticated API/security boundary, returns evidence to the partner-owned review surface, and preserves human release authority. Branding and review-shell presentation may be customer-specific; Runtime semantics, evidence integrity, claim boundaries, and authority controls are not silently changed.