Industries served.
Calibration intelligence infrastructure for regulated analytical chromatography laboratories.
WLTR sits above the lab’s Chromatography Data System and computes calibration evidence orthogonally to the CDS across pharmaceutical, biotechnology, environmental, nutraceutical, cosmetics, agriculture, cannabis, food and beverage, process-water, mining process-water, and academic R&D laboratories.
Where the CDS is system of record, WLTR is system of verification.
FDA
NELAP / TNI
MoCRA
FSMA
DSHEA
ISO / State
Regression models
Evaluation parameters
ICAL / ICV documentation
Audit-defensible evidence
Shared calibration risk.
Different industries. Same calibration integrity problem.
Every regulated analytical laboratory depends on calibration records to convert instrument response into defensible quantitative results. The regulatory language changes by vertical. The calibration burden does not.
WLTR provides the calibration intelligence infrastructure across those environments. It derives calibration regression evidence from raw chromatographic data, computes orthogonally to the CDS, evaluates calibration performance, and documents the evidence trail without disrupting validated workflows.
01
Industry-specific regulation
02
Chromatographic calibration record
03
WLTR verification layer
04
Audit-defensible evidence
Industries.
Built for regulated analytical laboratories.
WLTR applies wherever chromatographic calibration records must withstand review. The verticals differ by regulation, method, sample type, and enforcement environment. The need for defensible calibration math remains constant.
Pharmaceutical
Calibration evidence for GMP review and audit defense.
FDA · 21 CFR Part 11 · ALCOA+ · GMP
Biotechnology
Verification for regulated biotech analytical methods.
FDA · ALCOA+ · USP
Environmental
ICAL and ICV evidence across the calibration review surface.
EPA · NELAP · TNI · ICAL · ICV
Nutraceutical
Calibration records behind quality and label-supporting analysis.
FDA · DSHEA · GMP
Cosmetics
Verification for product safety and contaminant workflows.
FDA · MoCRA · GMP
Agriculture
Calibration evidence for pesticide and veterinary residue methods.
EPA · State programs · Residue analysis
Cannabis
Defensible calibration records for state-regulated testing.
State accreditation · ISO/IEC 17025
Food & Beverage
Calibration math behind food safety and quality results.
FDA · FSMA · GMP
Oil & Gas Process-Water
ICAL and ICV support for process-water chromatography.
EPA · ASTM · Process-water analysis
Mining Process-Water
Narrow-fit verification for environmental and process-water methods.
EPA · State programs
R&D / Academic
Regression-model evidence during analytical method development.
USP · ISO/IEC 17025
Regulatory alignment.
One verification layer. Multiple regulatory frames.
WLTR does not replace the lab’s regulatory framework. It supports the calibration evidence those frameworks require. The lab validates methods. WLTR verifies calibration construction.
Pharmaceutical
21 CFR Part 11 · ALCOA+ · GMP · ICH Q2(R2)
Audit-facing calibration verification evidence.
Environmental
EPA · NELAP · TNI · ICAL · ICV
Full ICAL / ICV review surface.
Nutraceutical
FDA · DSHEA · GMP
Quality testing and label-supporting analysis.
Cosmetics
MoCRA · GMP · ALCOA+
Product safety and contaminant analysis.
Food & Beverage
FSMA · GMP
Safety, release, and quality workflows.
Process-Water
EPA · ASTM · State programs
Environmental and process-water chromatography.
Architecture.
Above the CDS. Below the LIMS. Across the regulated lab.
WLTR sits above every major Chromatography Data System and below the LIMS layer. The CDS remains the system of record. WLTR becomes the system of verification.
Laboratory instruments · chromatographic response data
Chromatography Data System · Empower · Chromeleon · OpenLab
WLTR calibration intelligence layer · regression evidence · evaluation parameters · calibration integrity
LIMS / QMS / audit documentation · defensible evidence for review
Mechanism.
The same computation layer supports every vertical.
WLTR derives every calibration regression model from raw chromatographic data, orthogonally to the CDS. It evaluates nine standard regression models and scores fifteen evaluation parameters per target analyte.
- Derives every calibration regression model from raw chromatographic data.
- Computes calibration evidence orthogonally to the CDS.
- Evaluates nine standard regression models per target analyte.
- Scores fifteen evaluation parameters per analyte.
- Documents ICAL and ICV evidence where applicable.
- Operates without method changes, system replacement, or regulatory re-approval.
Compliance gap assessment.
Find the calibration risk surface inside the laboratory.
Every regulated analytical laboratory has a calibration risk surface. It usually lives between the CDS output, analyst review, quality documentation, and audit defense package.
01.
Identify the CDS environment.
Map Empower, Chromeleon, OpenLab, or exported calibration data from other analytical workflows.
02.
Map the calibration evidence gap.
Identify where regression models, evaluation parameters, ICAL, ICV, audit trails, or review documentation are incomplete or difficult to defend.
03.
Establish the verification layer.
Deploy WLTR above the CDS to compute and document calibration evidence without replacing validated infrastructure.
Calibration intelligence should travel across every regulated analytical environment.
The regulatory framework changes by industry. The calibration record still has to withstand review. WLTR gives regulated laboratories a calibration intelligence infrastructure layer that verifies regression evidence, documents calibration integrity, and supports audit defense.
The CDS produces the calibration. WLTR produces the math that proves it.
