🎉 Measure Predict is now live 🎉 Agentic cross-platform behavioral intelligence in your pocket. Try for free →
Back to all datasets
Data listing for Snowflake and Databricks

GLP-1 Journey Personas

Individual-level GLP-1 behavioural profiles, built from first-party consented AI chat, browsing, search and purchase activity. Each row is one anonymised person, placed on where they sit in the GLP-1 journey, from early awareness through on-drug to maintenance, using transparent rule-based signals.

150
Features per profile
5
Journey stages
US, UK
Markets
Monthly
Refreshed
Jan 2025
History from

What this is

Built from observed behaviour

Most GLP-1 datasets are modelled from pharmacy claims or inferred from survey panels. This one is derived from what consented participants actually did across ChatGPT, Gemini, Chrome, Google Search and Amazon: the questions they asked, the pages they read, the things they bought. Those events are resolved to one profile per person, then rolled up into journey, barrier, brand and momentum blocks.

Why it is different

Four things a claims or survey cut cannot give you

The whole journey, stage by stage

Current stage, furthest stage reached, and whether someone lapsed or restarted are all tracked separately. Churn and re-engagement stay visible instead of collapsing into a single label.

Why someone sits at that stage

Every profile is scored for how much it is driven by cost, side-effects, needle anxiety and access. That gives you the messaging angle and the likely switching trigger, rather than just a stage label.

Private versus public intent

How much someone works a GLP-1 decision through privately with an AI assistant, compared with publicly in search and forums. Search data on its own cannot show this.

Auditable classifications

Journey and barrier signals are rule-based and LLM-free. Every classification can be explained and defended, whether to a client or to a regulator.

What is in each profile

150 features across six blocks

Journey
journey_stage (current), journey_max_stage (furthest reached), journey_activity_status (active, lapsed, discontinued), journey_stage_path, journey_funnel_velocity, per-phase dwell, journey_reinitiation_count.
Brand and drug
brand_metrics_drug_primary, route (injectable or oral), brand breadth, and brand_metrics_ai_introduced_brand_flag, which marks a brand the AI raised that the person never named.
Barriers
barriers_cost, barriers_side_effect_fear, barriers_needle, barriers_access_supply and others. Each is a salience score between 0 and 1.
Trajectory
trajectory_engagement_slope, trajectory_at_risk_score, and month-over-month mom_* momentum, volatility and peak timing.
Information
information_private_public_gap, information_private_share, information_source_concentration.
Coverage
coverage_cohort_depth (aware, engaged, on-drug), per-surface coverage flags, and relevance_cf, a graded GLP-relevance confidence score.

How teams use it

Five starting points

01

Journey-stage segmentation

Target by current stage, furthest stage reached and activity status. Scope to the on-drug cohort instead of the search-diluted whole.

02

Switching-trigger audiences

Combine stage, barrier salience and primary drug to isolate, for example, on-drug people struggling with side-effects on one specific drug.

03

Barrier and drop-off analysis

Rank barrier salience by stage, then use the at-risk score and month-over-month trend to catch people about to lapse.

04

Commerce halo

Join purchase and app-usage signals to journey stage to size demand tied to treatment behaviour: side-effect basket, skincare, telehealth, fitness and pharmacy apps.

05

Demographic profiling

Profile how demographic segments move through the journey using the demographic fields already on each row. No separate lookup or join is needed.

Sample query

On-drug audience by demographics, barrier and drug

SELECT
    g."age_group",
    g."brand_metrics_drug_primary"                       AS primary_drug,
    COUNT(DISTINCT g."user_id")                          AS unique_personas,
    ROUND(AVG(g."barriers_cost"), 3)                     AS cost_salience,
    ROUND(AVG(g."barriers_side_effect_fear"), 3)         AS side_effect_salience,
    ROUND(AVG(g."trajectory_at_risk_score"), 3)          AS avg_at_risk
FROM MEASURE_EVENT_METRICS_PROD.ACCESS.GLP1_JOURNEY_PERSONAS g
WHERE g."coverage_cohort_depth" = 'on_drug'
GROUP BY g."age_group", g."brand_metrics_drug_primary"
HAVING COUNT(DISTINCT g."user_id") >= 20
ORDER BY unique_personas DESC;

The HAVING clause in this example limits results to groups of at least 20 people.

Specifications

What ships

GrainOne row per anonymised person. An optional person-month panel is available for transition and churn work.
AggregationDerived behavioural features only: scores, rates, stages and shares. No raw event rows.
Field count150 columns
Journey model5 stages: aware, considering, access, on-drug, maintenance. Cohort-depth tiers are aware, engaged and on-drug.
SurfacesChatGPT, Gemini, Chrome browsing, Google Search, Amazon, plus GLP-adjacent app usage
DemographicsBasic demographic groupings are included as fields on each row, so no separate profile table is needed.
GeographyUnited States, United Kingdom
History from1 January 2025
Refresh cadenceMonthly
FormatSnowflake native table
PIINone. No names, emails or device identifiers.

Privacy & provenance

Aggregated features only

Every column in this dataset is a derived, aggregated behavioural feature: a score, a rate, a stage, a share. Raw event rows are never exposed and are not part of what ships. All data comes from participants who opted in through the Measure app and browser extension. Participants are compensated, are told what is collected, and can withdraw at any time.

  • No personal identifiers are included: no names, emails or device IDs.
  • Free text and journey data are scrubbed and anonymised before any feature is built.
  • Handled in line with GDPR, CCPA and applicable data protection law.

Request access

Talk to us about scope, sample data and licensing.

Snowflake Marketplace, Databricks Marketplace