Mission Runtime Computing
This is not a structure that produces one AI answer. Runtime state is addressed, only relevant regions are materialized, changed scopes can be selectively recomputed, and failure paths violating constraints are eliminated. When Digital Twin or mission state changes, CREAIM can revalidate affected Runtime regions and bind the new result to current-run evidence.
FROM INPUT TO REVIEWABLE EVIDENCE
What does Runtime Computing do?
AI output is not automatically approved. Runtime checks supplied constraints and provides reviewable results and evidence.
1. Receive inputs
C2, sensor, Digital Twin and AI outputs plus constraints
2. Structure states
Structure states, changes and constraints for review
3. Runtime evaluation
Select affected candidates for server-side evaluation
4. Independent review
Check constraints and return PASS, HOLD or STOP
5. Evidence & human review
Provide traceable evidence; command authority remains human
Public demonstration uses synthetic data, not live military C2 integration.
Runtime State timeline and branches
Synthetic in-browser reference only. No Core revalidation, server persistence, or external validation.
AI proposes. Runtime Computing verifies what remains executable.
CREAIM Runtime Computing is a post-generation validation layer. It does not replace C2, Digital Twin, World Model AI, or an existing AI model. It receives current state, predicted future branches, candidate courses of action, and constraints; then computes each candidate independently and returns Runtime Status plus traceable evidence for human review.
After C2 / Digital Twin / World Model / AI outputs, before human release or downstream action.
Current State · Future Branches · COAs · Constraints.
PASS / HOLD / STOP · surviving options · failure reasons · hashes · replay evidence.
No autonomous execution, weapon control, or command authority is granted by a Runtime Status.
Connect input through Trace with one computation contract.
Separate State count from computation count.
Runtime generates unique States and can perform additional evaluation or rollout on the same structure when required. Requested Budget or Evaluation Count is therefore not labeled as independent State count.
Candidate A/B/C/D do not share the same Runtime result.
Generator and Validator are separated, and each Candidate receives a separate Run ID, Input Hash, State Distribution, and Evaluation result. If Runtime results are abnormally duplicated across candidates, Clone Detection flags a conformance failure.
Eliminate paths that violate constraints, not merely low scores.
Constraint Adapters provide domain rules. Instead of embedding specific military rules, the Core computes which Constraints passed, held, or failed and records elimination reasons in Trace.
This is a computation result showing how States are distributed.
Runtime Status does not grant operational, engagement, or execution authority. Policy and quality gates remain separate, and command authority stays human-in-the-loop.
Results remain as a verifiable Run Contract, not just screen numbers.
The evidence scope is explicit even when a gate says PASS.
Software verification is never auto-promoted into external-partner or target-environment proof. NOT OBSERVED means qualifying evidence has not been recorded; it is not the same as FAIL.
Implemented software behavior verified by deterministic tests, regression, replay, hashes, or current-run software evidence.
The same defined procedure or workload has been repeated with matching evidence under the stated environment.
CREAIM computation was applied to a problem set that is external to CREAIM internal demo fixtures.
Persisted evidence shows actual external-partner schema, authenticated traffic, receipt, or acceptance for the stated run.
Measurements or acceptance evidence were recorded on the identified target environment under the stated protocol.
Reserved for a formal certification or accreditation issued by the relevant authorized body.
Separate implemented software evidence from external operational proof.
• R1–R2 · State semantics / dedup + dynamic Runtime Space Registry
• R3–R4 · State addressing + Active Working Set / lazy materialization
• R5 · Address-selective incremental recompute + Full↔Partial fail-safe
• R6 / R9 · Distributed Runtime software reference · not current-run multi-node evidence
• R7–R8 · Integration envelope + provenance + T0→T1 revalidation
• Report V2–V4 · Current-run SHA-256 + Digital Twin evidence + Secure PDF tamper verification
• Connect real military C2 / ISR / Digital Twin data
• Observe real WebSocket/MQTT or partner streaming transport
• Measure target-hardware and degraded-network latency
• Observe physical multi-node worker placement
• Validate military-expert Constraint / Rule Set
• Operational suitability and independent partner acceptance
1.048576T logical state-space is evidence from L213-SCALE-1024K-RUN-001 (L=1,024,000) structured scale validation and reference-result equality. Recorded WORK is 65.538B (exact 65,537,983,998). Logical state-space and recorded WORK are separate metric types from the same Core run. Independent external reproduction is PENDING. This is not an exhaustive-traversal or general Max-Cut claim and does not mean the same number of real Defense Mission States were generated. Defense metrics are measured separately for each Mission Run.
VIEW L213 1024K EVIDENCEVerify the contract, then test it against your system.
Review Candidate generation, independent Runtime, State/Evaluation, Failure Elimination and Evidence Trace; actual institutional systems and data are then validated through a Controlled PoC.