— Full Consulting Artifacts

40%

Architecture decisions. Specific KPIs. Verified outcomes.

Claims processing time cut — AI prediction platform, 12-week delivery.

60%

Fraud detection error rate reduction — rules engine replaced with gradient boosting in production.

$4.2M

Every engagement documented from problem definition through production delivery — not a results slide, but the decision record that got there.

Infrastructure cost eliminated — cloud migration with org-model change preceding lift-and-shift.

/ Six Engagements on Record

Problem. Architecture. Outcome.

• Insurance · AI
• Cloud · Migration
• Pricing · ML

AI Claims Prediction Platform

Enterprise Cloud Migration

Predictive Pricing Engine

Problem: on-prem sprawl with siloed teams blocking delivery. Architecture: Azure landing zone, org-model restructure before migration, Terraform IaC, 14-month phased cutover.

Problem: actuarial tables updated quarterly, missing real-time risk signals. Architecture: LightGBM on GCP Vertex AI, feature store in BigQuery, REST API consumed by underwriting UI.

Problem: manual triage created a 9-day average cycle. Architecture: XGBoost model on AWS SageMaker, event-driven pipeline via Kafka, integrated into legacy claims API.

$4.2M annual savings · 99.95% uptime

18% loss ratio improvement · 6-week pilot

40% faster cycle · $200K build cost

• Fraud · Detection
• Analytics · Data
• Automation · Workflow

Fraud Detection Platform

Customer 360 Analytics

Workflow Automation Platform

Problem: rules-based system generating 34% false positives, flooding investigators. Architecture: gradient boosting ensemble, real-time scoring via Kafka streams, explainability layer for compliance.

Problem: 11 source systems, no unified customer record, 3-day reporting lag. Architecture: Snowflake data mesh, dbt transformation layer, Looker dashboards consumed by CX and underwriting.

Problem: 7 manual handoff steps per policy change, 4.5-day SLA breach rate at 22%. Architecture: BPMN engine on Camunda, RPA for legacy system writes, event-driven audit trail in PostgreSQL.

60% error reduction · $1.1M annual recovery

3-day lag to real-time · 11 sources unified

SLA breach rate to 2% · 7 steps to 1

17+

$6M+

6 weeks

0 pilots

Years of delivery. Every case study here maps to a production system still running.

Documented cost reduction and recovery across these six engagements combined.

Fastest pilot-to-production cycle — Predictive Pricing Engine, business-owned model at handoff.

Remaining as pilots. Each engagement reached production with the business team owning the outcome.

Evaluating an engagement? The full decision record is the conversation.

Bring a program challenge. The discussion starts with your architecture constraints, not a capabilities deck.