Validation Protocol Generator

What it does

The Validation Protocol Generator takes a method / device / process / software and produces a fit-for-purpose validation master plan: which performance parameters are measured, and for each one the acceptance criterion + threshold + sample/replicate design + statistical test, plus run order and reporting. The first move is not picking parameters by intuition but classifying the object into the correct canon, because every validation type has a different parameter set and acceptance logic.

Named frameworks used: ICH Q2(R2) (analytical procedure validation; 2023 revision, aligned with Q14 lifecycle/ATP) — opens specificity, linearity & range, accuracy, precision (repeatability + intermediate), DL/QL and robustness as mandatory/optional by intended use (a limit test needs DL not linearity; an assay needs neither DL nor QL). USP <1225>/<1210>/<1224>/<621> frames acceptance via confidence/tolerance intervals instead of point estimates. ISO/IEC 17025:2017 §7.2.2 fitness-for-purpose + §7.6 measurement uncertainty + §7.5 traceability — adds the two axes ICH underweights but accredited labs require. GAMP 5 + CSV/CSA + Annex 11 / 21 CFR Part 11 categorizes software by risk and builds a URS→risk→traceability matrix. FDA Process Validation 2011 + ASTM E2500 drives CPP/CQA and PPQ-lot decisions in 3-stage PV. IQ/OQ/PQ (GEP/ISPE) ties equipment qualification to calibration/traceability. It also emits a 0–100 Validation Readiness Score.

When to use it

• Validating an analytical method (HPLC, spectrophotometry, ELISA, qPCR) and turning it into a protocol.
• Drafting IQ/OQ/PQ for new equipment.
• Building process validation (PV/PPQ) acceptance criteria for a manufacturing process.
• Scoping CSV / GAMP 5 for software/LIMS/spreadsheets.
• Defining scope for method transfer or re-validation.

Method / frameworks

Flow: PHASE 0 (scope + type classification + intended use) → PHASE 1 (standard/compendial-limit verification) → PHASE 2 (type-specific mandatory parameter set, each with measured quantity, experimental design, acceptance criterion+threshold, statistic) → PHASE 3 (Readiness Score + re-validation triggers). Uncertainty rule: when no compendial or product spec exists, thresholds are never invented — the typical range is stated and the gap is logged.