AI Readiness Score
Attendance data exists but no analysis
Studio managers are non-technical
Bootstrap budget limits scope
Retention patterns are predictable
Focused scope is achievable
Mindbody API available but complex
How This System Works
Architecture
The Peak Performance Studios AI deployment implements a two-tier member retention system built on a data-driven churn prediction model. The primary tier consists of the Churn Risk Scanner, a scheduled analytics agent that processes member attendance data from Mindbody every Monday morning to identify behavioral patterns indicating potential churn risk. The secondary tier features the Win-Back Campaigner, a reactive engagement agent that automatically triggers personalized email campaigns through Mailchimp when members are flagged as at-risk. The system architecture follows an event-driven pattern where analytical insights directly trigger marketing actions, creating a closed-loop retention system. Data flows unidirectionally from Mindbody through the risk analysis layer to the campaign execution layer, with comprehensive logging and error handling at each stage. The design emphasizes automation while maintaining the ability for manual oversight and campaign customization.
Data Flow
Data originates from Mindbody's member management system, where attendance records, class bookings, and member profile information are continuously updated throughout the week. Every Monday at 7 AM, the Churn Risk Scanner pulls the previous week's attendance data via Mindbody's REST API, analyzing patterns such as attendance frequency, class type preferences, booking-to-attendance ratios, and membership tenure. The scanner applies Claude AI's analytical capabilities to score each member's churn risk based on configurable behavioral thresholds and historical patterns. When members are flagged as at-risk (typically scoring above a 70% churn probability threshold), their data is immediately passed to the Win-Back Campaigner along with specific risk factors identified. The campaigner cross-references this data with Mailchimp subscriber lists, segments members based on risk categories and preferences, then triggers personalized email sequences. Campaign performance data flows back to create feedback loops for refining future risk assessments and improving message personalization.
Implementation Phases
Deploy the Churn Risk Scanner with basic Mindbody integration and establish data pipeline for attendance analysis
Implement Win-Back Campaigner with Mailchimp integration and establish reactive trigger system
Add advanced analytics, A/B testing capabilities, and comprehensive monitoring dashboard
Prerequisites
- -Active Mindbody software subscription with API access enabled
- -Mailchimp Pro account with automation features
- -Claude API access and sufficient token allocation
- -Linux server environment with cron scheduling capabilities
- -SSL certificates for secure API communications
- -Database storage for member analytics and campaign tracking
Assumptions
- -Mindbody data includes at least 6 months of historical attendance records
- -Member email addresses in Mindbody are current and match Mailchimp subscribers
- -Studio operates regular weekly class schedules for pattern analysis
- -Marketing team approval process allows automated email campaigns
- -Peak usage periods won't exceed API rate limits for integrated services
Recommended Agents (2)
How It Works
- 1Data Extraction
Connects to Mindbody API using OAuth credentials and pulls attendance records, class bookings, and member profiles for the previous 7-day period, filtering for active members only
Mindbody REST API - 2Pattern Analysis
Calculates key metrics including attendance frequency decline, booking-to-show ratios, class type diversity, and time-since-last-visit for each member using rolling 4-week averages
Python pandas - 3Risk Assessment
Sends structured member data to Claude AI with prompts designed to identify churn risk patterns, requesting numerical scores and specific behavioral flags for each member
Claude API - 4Risk Flagging
Processes Claude's analysis to identify members with churn scores above configurable thresholds (default 70%), categorizing them into risk levels and storing results in tracking database
SQLite database - 5Alert Trigger
Automatically triggers Win-Back Campaigner for newly flagged at-risk members and generates summary reports for studio management via email notifications
SMTP email
Implementation
# Churn Risk Scanner Implementation
## File Structure
```
churn_scanner/
├── main.py
├── mindbody_client.py
├── claude_analyzer.py
├── database.py
├── config/
│ └── settings.json
├── templates/
│ └── alert_email.html
└── logs/
```
## Core Functions
### main.py
```python
import logging
from datetime import datetime, timedelta
from mindbody_client import MindbodyClient
from claude_analyzer import ChurnAnalyzer
from database import Database
def run_churn_analysis():
# Initialize connections
mb_client = MindbodyClient()
analyzer = ChurnAnalyzer()
db = Database()
# Pull weekly data
end_date = datetime.now()
start_date = end_date - timedelta(days=7)
attendance_data = mb_client.get_attendance(start_date, end_date)
member_profiles = mb_client.get_member_profiles()
# Analyze patterns
risk_scores = analyzer.analyze_churn_risk(attendance_data, member_profiles)
# Flag at-risk members
flagged_members = [m for m in risk_scores if m['risk_score'] > 0.7]
# Store results and trigger campaigns
db.store_risk_scores(risk_scores)
trigger_winback_campaigns(flagged_members)
```
## Environment Variables
```
MINDBODY_API_KEY=your_mindbody_api_key
MINDBODY_SITE_ID=your_site_id
CLAUDE_API_KEY=your_claude_api_key
DATABASE_URL=sqlite:///churn_analysis.db
SMTP_SERVER=smtp.gmail.com
SMTP_PORT=587
ALERT_EMAIL=management@peakstudios.com
```
## Cron Setup
```bash
# Add to crontab for Monday 7am execution
0 7 * * 1 /usr/bin/python3 /opt/churn_scanner/main.py >> /var/log/churn_scanner.log 2>&1
```Data Flow
Inputs
- Mindbody — Member attendance records with timestamps and class details(JSON)
- Mindbody — Member profile data including signup date and membership type(JSON)
- Local database — Historical risk scores for trend analysis(SQLite records)
Outputs
- Win-Back Campaigner — At-risk member list with risk factors and recommended actions(JSON)
- Management email — Weekly churn risk summary report(HTML email)
- Local database — Updated member risk scores and analysis metadata(SQLite records)
Prerequisites
- -Mindbody API credentials with read access to attendance and member data
- -Claude API key with sufficient monthly token allocation
- -Python 3.8+ environment with pandas, requests, and sqlite3 libraries
- -Cron service configured and running on host system
- -SMTP email credentials for alert notifications
Error Handling
Implement exponential backoff retry logic, cache previous data if analysis must proceed
Fall back to rule-based scoring using attendance thresholds, alert admin of degraded service
Skip analysis run, send notification to management, log event for investigation
Retry connection, save data to backup file, halt campaign triggers until resolved
Integrations
| Source | Target | Data Flow | Method | Complexity |
|---|---|---|---|---|
| Mindbody | Mailchimp | Member attendance + profile data | api | moderate |
Schedule
0 7 * * 1Recommended Models
| Task | Recommended | Alternatives | Est. Cost | Why |
|---|---|---|---|---|
| Agent logic / orchestration | Claude Sonnet 4 | GPT-4oGemini 2.5 Pro | $0.003-0.015/call | Excellent structured reasoning for coordinating between churn analysis and campaign triggering workflows |
| Data extraction / parsing | Claude Haiku | Gemini 2.0 FlashGPT-4o-mini | $0.0002-0.001/call | Fast and cost-effective for parsing Mindbody attendance data and member records |
| Classification / routing | Gemini 2.0 Flash | Claude HaikuGPT-4o-mini | $0.0001-0.001/call | High-volume churn risk scoring requires fast, cheap classification of member behavior patterns |
| Content generation | Claude Sonnet 4 | GPT-4oClaude Opus 4 | $0.003-0.015/call | Generates personalized, empathetic win-back email content that resonates with fitness members |
ROI Projection
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