This document is a public, non-clinical, pre-opening scientific coordination dossier aligned to the current execution order of the Sal-Meter / CAIS kernel program: External Layer-0 → SICS Internal Phase 0 → Phase 1 → Phase 2a → Phase 2b → LOCK 1 / LOCK 2 → SDK release and future broader opening. It is not a broad external competition announcement. It is a readiness-oriented scientific dossier for principal investigators, laboratories, and technical teams who need to understand what stage the program is actually in, what is already fixed, what remains open, what should be prepared now, and what must not be publicly overstated. The Sal-Meter program is presently in a kernel-first, reproducibility-first research stage. Broader external opening is downstream and becomes justifiable only after prior technical and validation locks are satisfied. What a serious laboratory can do now:• Review the canonical boundary documents• Identify which layer of the stack the laboratory could realistically own• Prepare internal technical feasibility, personnel, and governance readiness• Avoid premature claims regarding compliance, certification, or open participation status This PI Readiness Edition is designed to reduce confusion, prevent premature claims, and align external scientific readiness with the current state of the Sal-Meter / CAIS kernel program. Sal-Meter System Overview v1.1 — 10.6084/m9.figshare.31275067 Sal-Meter Kernel Program & Future Broader Opening: Technical & Governance Snapshot v2.1 — 10.6084/m9.figshare.31281835 PI Quick Decision Pack v1.1 — 10.6084/m9.figshare.31287268 CAIS Architecture & Sal-Meter Technical Snapshot v1.1 — 10.6084/m9.figshare.31287529 CAIS Aptamer G-Iodine — Minimal Kernel Diagram v1.1 — 10.6084/m9.figshare.31287763 Official public hub: https://salpida.foundation/Public implementation index: https://github.com/salpida-foundationContact: contact@salpida.foundation Canonical authority remains fixed only in DOI-registered records and associated non-derogable CAIS / Sal-Meter governance documents.
JINHO LEE (2026) studied this question.