PLATFORM CAPABILITIES · ARCHITECTURE OVERVIEW

Engineered for biological clarity, not just data accumulation.

A unified clinical intelligence layer that digests unstructured lab documents, high-frequency wearable telemetry, and lifestyle habits into predictive physiological trajectories.

Explore Interactive Demo → description Read Technical Whitepaper

INGESTION LATENCY 320ms Real-time EHR streaming

OCR VALIDATION ACCURACY 99.82% ISO 15189 calibrated

BIOMARKERS MONITORED 164analytes Blood, saliva, telemetry

PREDICTIVE CORRELATIONS 840+algorithms Peer-reviewed cohort data

SYSTEM ARCHITECTURE

The Three Triangulation Engines

Continuous physiological mapping requires transforming static discrete lab draws into dynamic, longitudinal trajectories.

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ENGINE // 01

Automated OCR & Laboratory Normalization

Ingests raw PDF releases from Quest Diagnostics, LabCorp, and BioReference with 99.8% structural fidelity. Re-anchors disparate regional reference intervals into harmonized clinical percentiles.

Parsing Quest_10928.pdf PARSED

Hgb A1c (DCCT/NGSP) 5.2 % → 33 mmol/mol

ApoB (Immunoturbidimetric) 68 mg/dL → P15

High Sensitivity CRP 0.31 mg/L → Optimal

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ENGINE // 02

Continuous Multi-Frequency Telemetry Ingestion

Sub-second biometric ingestion from Apple HealthKit, WHOOP 4.0, Oura Gen3, and Garmin Connect. Superimposes autonomic recovery, nocturnal HRV, and core body temperature directly onto venipuncture chronology.

Telemetry Overlap (HRV vs Cortisol) Last 14d

rMSSD: 78ms (+14%) Sync: 12s ago

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ENGINE // 03

Multi-Variate Correlation & Predictive Synthesis

Over 840 validated epidemiological models continuously search for co-factor degradation patterns (such as hidden ferritin reduction masked by normal hemoglobin alongside elevated resting HR) months prior to symptoms.

DRIFT DETECTED #419 91% CONFIDENCE

Nocturnal HRV delta (-18%) + Fasting Insulin uptick (+3.1 μIU/mL) indicates subclinical recovery insufficiency.

CLINICAL METHODOLOGY

Biomarker Taxonomy & Longevity Intervals

Standard laboratories classify 95% of a diseased population as "normal." Meridian shifts reference ranges from disease-absence detection to functional biological optimization.

Biomarker Analyte	Conventional Lab Interval	Meridian Longevity Target	Visual Range Differential	Detection Method	Predictive Sensitivity

verified Calibrated against NHANES longevity cohorts and Framingham Risk Multipliers Source: Meridian Longevity Reference Standard Rev. 4.2

PRECISION VISUALIZATION

Longitudinal Trajectory Mapping

Static blood panels taken once a year provide dangerously incomplete snapshots. Meridian chains historical labs across multiple providers onto continuous spline curves, overlaying physician clinical annotations, dietary shifts, and prescription adjustments.

check_circle Intervention Markers: Correlate statin, peptide, or supplement additions to slope transitions.
check_circle Trend Acceleration Alerts: Detect non-linear biomarker compounding before reaching diagnostic cutoff thresholds.
check_circle Physician Notes Sync: Integrated clinical comments timestamped on specific physiological inflection dates.

Explore Longitudinal Cohort Studies arrow_forward

Apolipoprotein B (ApoB) Trajectory -38% REDUCTION

36-Month Longitudinal Retrospective · 8 Lab Data Points

Patient Actual Target Range

Optimal Longevity Bracket (< 65 mg/dL)

PROTOCOL ADJUSTMENT Ezetimibe 10mg + Rosuvastatin 5mg initiated

RECENT LAB (Quest) 59 mg/dL · Target Achieved

Baseline (2022)

118 mg/dL

Current Value

59 mg/dL

Target Delta

-6 mg/dL from target

clinical_notes Clinical Dossier: Physician Briefing Document

EXPORT // PDF-A COMPLIANT

Subject ID: #MD-88194 (Age: 44 · Sex: M)

Compiled Date: October 24, 2025 · Attending: Dr. Eleanor Vance, MD

2 CRITICAL FLAGS

I. EXECUTIVE SUMMARY & STATISTICAL OUTLIERS

Patient displays superior cardiovascular risk management (ApoB 59 mg/dL, hs-CRP 0.3 mg/L). However, longitudinal ferritin values demonstrate a 42% decline over 180 days (142 → 82 → 44 ng/mL) coinciding with high-frequency zone-2 training without concurrent dietary iron adjustment.

II. LITERATURE-BACKED DECISION SUPPORT

Non-anemic iron deficiency in endurance longevity protocols PMID: 31086321

Recommended intervention: Bisglycinate chelate 28mg alternate-day dosing, re-test 60 days.

PRACTITIONER SYNERGY

1-Click Clinical Dossier Generator

Doctors do not have time to comb through hundreds of pages of raw lab PDFs. Meridian automatically condenses multi-source biometric histories into standardized, 2-page clinical briefs formatted specifically for primary care physicians, cardiologists, and functional medicine specialists.

check_circle PubMed Linked References: Every non-standard diagnostic recommendation cites peer-reviewed clinical research.
check_circle Actionable Briefs: Formatted for immediate 15-minute consultation review without jargon clutter.
check_circle EHR Sync Ready: Direct FHIR/HL7 exports compatible with Epic, Cerner, and AthenaHealth.

Learn More About Physician Integrations arrow_forward

shield Zero-Knowledge Architecture

Biological sovereignty by design.

Your physiological telemetry belongs strictly to you. Meridian enforces client-side cryptographic isolation: your lab records are encrypted with AES-256 keys derived on your physical device before reaching our ingestion servers.

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Client-Side Keys

Zero Meridian employees can inspect your unencrypted medical records.

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HIPAA & SOC 2 Type II

Legally binding Business Associate Agreements provided for all accounts.

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Raw Data Export

Complete instant unencumbered export in open CSV, JSON, and Parquet standards.

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Cryptographic Purge

Irrevocable, single-click eradication across all distributed replicas.

CLINICAL CALIBRATION READY

Experience clinical precision in your own health journey.

Upload your historical Quest or LabCorp documents today. Uncover the subtle physiological trends standard reference ranges routinely miss.

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