What's Missing in Standard Xata Architecture
Xata manages data correctly, but lacks the infrastructure to track user activity and automatically segment users by engagement levels.
Standard Xata Flow vs Optimized Skene Flow
Standard Flow
1
User has access to Xata features
2
Features available but usage not monitored
3
No activation prompts for unused features
Skene Flow
1
Monitor Xata usage patterns and feature adoption
2
Identify users who haven't used key features
3
Trigger feature discovery emails with examples and use cases
4
Track feature adoption and send advanced usage guides
Visual comparison of the flows:
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How Skene Fixes This
This Skene configuration watches Xata data changes and detects user behavior patterns. It identifies inactive users and automatically sends personalized re-engagement emails to bring them back.
Implementation Comparison
Using Skene Infrastructure
Auto-managed state. Installed via Prompt.
Install via Prompt
cursor.mdc
@task: Initialize Skene.
@action: Analyze my local code, validating subscription via `npx skene login`, and generate `skene.config.ts` to implement the Retention Loop pattern for Xata.Copy Skene Prompt for Cursor
Generated skene.config.ts
skene.config.ts
// skene.config.ts - The Automated Way
import { defineLoop } from '@skene/sdk';
export default defineLoop({
type: 'retention',
opinion: 'Detect dormant users and trigger personalized re-engagement campaigns',
steps: [
{
trigger: {
type: 'schedule',
cron: '0 9 * * *' // Daily at 9 AM
},
condition: {
type: 'query',
query: `SELECT * FROM users WHERE last_activity_at < NOW() - INTERVAL '7 days' AND re_engagement_sent = false`,
timeout: '10m'
},
action: {
type: 'email',
provider: 'resend',
template: 're_engagement',
personalization: {
name: '{{user.name}}',
lastActivity: '{{user.last_activity_at}}'
}
}
}
],
recovery: {
retries: 3,
backoff: 'exponential'
}
});