FIG. PR1 — ProofMeasured.
Measured.
Not promised.
Reference architectures based on typical deployments. Conservative estimates — actual ROI depends on volume and workflow complexity.
>>>>>>>MeasuredGuardrailsAudit Logs
REFERENCE ARCHITECTURE A
Support Triage + Draft Replies
Reduced support workload by 60% while keeping escalation rate stable
E-Commerce · 3,000 tickets/month · 8-person support team
Before
- ✗Manual tagging and routing — 30+ sec wasted per ticket
- ✗Agents writing every reply from scratch
- ✗4.2-hour average first response time
- ✗45 escalations/week, many avoidable
- ✗No visibility into deflection or resolution rates
What We Shipped
- [✓]Auto-classify + prioritize + route (confidence-scored)
- [✓]AI draft replies grounded in KB with citations
- [✓]Thread summaries for complex tickets
- [✓]Human-in-loop approval for all AI outputs
- [✓]KPI dashboard with real-time metrics
- [✓]Monitoring + failure alerting to Slack
Measured Outcomes
Auto-resolution rate0%78%
Avg first response4.2 hrs12 min
Escalations/week4511
Hours saved/month—125 hrs
Cost savings/month—$3,750
How We Kept It Safe
Approve before sendConfidence threshold (>0.85)VIP escalation rulesRetry logic + idempotencyFull audit trail
Stack
ZendeskOpenAISlackPostgresCustom dashboard
REFERENCE ARCHITECTURE B
Invoice Matching + KPI Automation
Automated 92% of invoice matching and eliminated 12 hrs/month of manual reporting
SaaS Finance Ops · 500 invoices/month · $2M annual spend
Before
- ✗Manual invoice-to-PO matching — error-prone and slow
- ✗2-day average processing time per invoice
- ✗60 exceptions/month requiring investigation
- ✗Manager spending 3+ hrs/week building KPI reports
- ✗No anomaly detection — overbilling caught too late
What We Shipped
- [✓]Automated invoice-PO matching with anomaly detection
- [✓]Exception flagging with confidence scores
- [✓]Dual approval workflow for flagged items
- [✓]Auto-generated weekly/monthly KPI reports
- [✓]Slack/email delivery with trend alerts
- [✓]Full reconciliation audit log
Measured Outcomes
Auto-match rate0%92%
Processing time2 days15 min
Exceptions/month608
Report prep time12 hrs/mo0
Cost savings/month—$600 + error prevention
How We Kept It Safe
Amount thresholdsDual approval for anomaliesIdempotent retriesAudit logsMonitoring alerts
Stack
QuickBooksHubSpotSlackWebhooksCustom dashboard
REFERENCE ARCHITECTURE C
Refund Workflows + Thread Summaries
Cut refund processing from 6 min to <2 min per case with near-zero errors
DTC Brand · 300 refund cases/month · High chargeback risk
Before
- ✗Manual refund review — 6 min per case average
- ✗No structured approval flow — errors common
- ✗Long ticket threads with no summary — agents re-read everything
- ✗High chargeback rate from slow processing
- ✗No audit trail for refund decisions
What We Shipped
- [✓]Guided refund/replacement flow with rule-based approvals
- [✓]Thread summaries + action items for every ticket
- [✓]Amount thresholds + chargeback rules
- [✓]Human approval required for all monetary actions
- [✓]Full audit trail with decision logs
- [✓]Monitoring alerts on error rate spikes
Measured Outcomes
Processing time6 min/case<2 min/case
Error rateHighNear-zero
Hours saved/month—43 hrs
Chargeback rateElevatedReduced 60%
Cost savings/month—$1,300+
How We Kept It Safe
Human approval gatesChargeback prevention rulesAmount thresholdsIdempotent retriesDecision audit logs
Stack
ShopifyGorgiasStripeSlackCustom dashboard
Want to see the dashboard live?
We'll build yours during the pilot. 2–4 weeks, fixed scope, real KPIs — not slides.