Case Studies

Representative examples of automation and AI implementations with measurable outcomes.

These case studies are based on real project patterns but represent sample implementations to protect client confidentiality.

Sample Case Study

Invoice Processing Automation

Mid-Market Professional Services Company

The Problem

A growing professional services firm was processing 800+ invoices per month manually. Their finance team spent 60+ hours each month on:

  • Extracting data from PDF invoices received via email
  • Manual data entry into their accounting system (NetSuite)
  • Cross-referencing purchase orders and approvals
  • Chasing down missing information from vendors
  • Reconciling payment schedules and vendor records

Pain points:

  • 5–7 day processing cycle causing late payment fees
  • 15% error rate in manual data entry (costing ~$8K/month in corrections)
  • Finance team spending 40% of time on repetitive data entry
  • No visibility into invoice status or approval bottlenecks

The Solution

We designed and implemented an end-to-end invoice processing automation workflow:

1. Automatic Ingestion

Email monitoring with PDF extraction (OCR) and data validation

2. PO Matching

Automatic matching against purchase orders and contracts

3. Approval Routing

Smart routing based on amount, department, and vendor

4. NetSuite Integration

Automatic creation of invoice records and payment schedules

5. Exception Handling

Alerts for discrepancies, missing POs, or approval delays

Technology Stack

n8n Workflows OCR (Tesseract) NetSuite API Email Integration PostgreSQL Slack Notifications Cloud Functions

Results

60%
Time Reduction

Processing time reduced from 60 hours/month to 24 hours/month

$120K
Annual Savings

Labor savings + error reduction + avoided late fees

92%
Automation Rate

92% of invoices processed with zero human touch

2 days
Avg Cycle Time

Down from 5–7 days to 1.5–2 days

Timeline

Week 1–2

Discovery & process mapping

Week 3–6

Build & testing

Week 7–8

Pilot & refinement

Week 9

Full deployment

Sample Case Study

Driver Routing & OTIF Optimization Platform

Mid-Market Logistics & Delivery Company

The Problem

A regional logistics company managed 200+ daily deliveries across 50+ drivers. Their dispatch and delivery operations faced critical inefficiencies:

  • Manual route planning taking 2+ hours every morning
  • Load assignments done via phone calls and spreadsheets with errors
  • No real-time visibility into driver location or delivery status
  • Paper-based proof of delivery (POD) causing data entry delays
  • On-Time-In-Full (OTIF) rate at 68% due to coordination issues
  • Frequent disconnections due to poor app connectivity in field
  • Customer complaints about delivery windows and lack of updates

Business impact:

  • Lost contracts due to poor OTIF performance
  • Dispatch team spending 30 hours/week on manual coordination
  • $15K/month in missed deliveries and reroutes
  • Negative customer reviews due to lack of delivery visibility

The Solution

We built an offline-first Progressive Web App (PWA) for drivers that integrates intelligent routing, real-time tracking, and seamless POD capture:

Driver PWA Workflow 📊DispatchCenter Route Plan 🚚LoadAssignment Assign Loads 📱Driver PWAApp Navigate 📦Deliver& Capture POD + Photo OTIFConfirmed

1. Intelligent Route Planning

Automated route optimization based on delivery windows, vehicle capacity, and geolocation

2. Smart Load Assignment

Dynamic load distribution with real-time driver availability and vehicle capacity

3. Real-Time Location Tracking

Intelligent GPS tracking (30-60s sampling) with offline storage and background sync

4. Digital POD Capture

Mobile barcode scanning, digital signatures, and photo capture with offline queuing

5. Offline-First Architecture

Works fully offline with automatic sync when connectivity is available

Technology Stack

React 18 Vite PWA Workbox Dexie.js (IndexedDB) Socket.IO BarcodeDetector API Background Sync API Web Push

Results

Measurable Impact Before Driver PWA ⚠️ Manual Route Planning2+ hours every morningSpreadsheets, phone calls, errors ⚠️ Poor OTIF RateOnly 68% on-time-in-fullLost contracts & customer complaints ⚠️ Paper-Based PODManual data entry delays5 minutes per delivery stop ⚠️ No VisibilityNo real-time tracking or updatesDispatch blindfolded to operations 💰 $15K/month in costsMissed deliveries, reroutes, manual labor With Driver PWA ✓ Intelligent Route Planning15 minutes to optimize all routes88% time reduction, zero manual work ✓ 94% OTIF Achievement26 point improvement in delivery ratesWin contracts, build customer loyalty ✓ Digital POD CaptureSignature + photo in 1 minute per stop80% time reduction, instant sync ✓ Real-Time VisibilityLive location tracking & messagingOffline-first architecture, always connected 💰 $185K/year in savingsLabor, reroutes, customer retention
94%
OTIF Improvement

On-Time-In-Full rate improved from 68% to 94%

88%
Route Planning

Daily route planning reduced from 2+ hours to 15 minutes

80%
POD Time Cut

Proof of delivery reduced from 5 min to 1 min per stop

$185K
Annual Savings

Labor, reroutes, and customer retention

Key Capabilities

Driver PWA Key Capabilities Driver PWA Progressive Web App 📍Real-TimeLocation Tracking 📴Offline-FirstArchitecture 📸Digital PODCapture 💬Real-TimeMessaging 📦Live DeliveryUpdates 🎯SmartGeofencing Built with: React 18 • Vite • Workbox • Socket.IO Dexie.js • Web Push • Background Sync

Core Features:

  • Offline-First: Works seamlessly even with poor connectivity—automatically syncs when online
  • Real-Time Messaging: Dispatcher-driver bidirectional communication with push notifications
  • Smart Geofencing: Automatic arrival/departure detection using location data
  • Barcode Scanning: Native barcode detection or canvas fallback for QR code scanning
  • PDF Generation: Instant POD document creation with signatures and photos
  • Delivery Updates: Real-time push notifications for load changes, cancellations, and new assignments

Timeline

Week 1–3

Discovery & dispatch workflow mapping

Week 4–12

PWA development, offline sync, APIs

Week 13–14

Pilot with 10 drivers

Week 15

Full rollout to all 50 drivers

Sample Case Study

Support Ticket Triage Agent

Enterprise SaaS Platform (B2B)

The Problem

An enterprise SaaS company's IT support team received 200+ tickets daily across multiple channels (email, Slack, web portal). Their challenges:

  • Manual ticket classification taking 15–20 minutes per ticket
  • Inconsistent routing leading to 30% mis-assigned tickets
  • Average first response time: 8+ hours
  • Support engineers spending 40% of time on ticket triage instead of resolution
  • No automated extraction of key information (system logs, error codes, user details)

Business impact:

  • Customer satisfaction scores declining (NPS dropped 12 points)
  • Critical tickets buried in the queue, escalating to executive level
  • Support team burnout from repetitive triage work

The Solution

We built an AI agentic system that automatically triages, enriches, and routes support tickets:

1. Intelligent Classification Agent

LLM-powered agent classifies tickets by category, urgency, and complexity

2. Knowledge Retrieval (RAG)

Vector search across past tickets, documentation, and known issues

3. Tool Calling

Agent calls APIs to pull system logs, user info, and environment data

4. Smart Routing

Routes to appropriate team based on skills, workload, and expertise

5. Guardrails & Human Review

High-priority tickets flagged for immediate human review

Technology Stack

OpenAI GPT-4 LangChain Pinecone (Vector DB) ServiceNow API Slack Integration Python LangSmith (Observability)

Results

75%
Auto-Triaged

75% of tickets fully triaged and routed with zero human touch

6 hrs
Avg Resolution

Down from 2 days to 6 hours (first response under 30 min)

88%
Routing Accuracy

Mis-assigned tickets reduced from 30% to 12%

+18
NPS Improvement

Customer satisfaction scores increased 18 points

Timeline

Week 1–3

Discovery, data prep, agent design

Week 4–8

RAG setup, tool integration, evals

Week 9–12

Pilot with 50 tickets/day

Week 13–14

Full production rollout

Sample Case Study

Contract Review Workflow

Mid-Market Manufacturing Company

The Problem

A manufacturing company's legal team reviewed 40+ vendor and customer contracts monthly. Each contract review took 12–16 hours of attorney time:

  • Manual reading of 30–80 page contracts
  • Identifying key clauses (liability, payment terms, IP, termination)
  • Cross-referencing against company policies and past agreements
  • Documenting risks and negotiation points
  • Creating summaries for executive review

Business impact:

  • Deal cycles delayed by 2–3 weeks waiting for legal review
  • 10–15% of problematic clauses missed during review
  • Legal team backlog of 20+ contracts at any time
  • $180K annual spend on contract review alone

The Solution

We built an AI-powered contract analysis workflow with human oversight:

1. Document Ingestion

Upload portal with PDF parsing and text extraction

2. Clause Detection Agent

LLM identifies and extracts key clauses (90+ clause types)

3. Risk Analysis

Automated flagging of non-standard or high-risk terms

4. Policy Comparison

Compare against company playbook and past contracts (RAG)

5. Executive Summary

Auto-generated summary with negotiation recommendations

Technology Stack

Anthropic Claude LangChain ChromaDB PDF Parsing Python React UI PostgreSQL

Results

70%
Faster Review

Review time reduced from 12–16 hours to 3–5 hours

90%
Clause Detection

90%+ accuracy in identifying key clauses

$108K
Annual Savings

Legal time savings + faster deal cycles

5 days
Deal Cycle

Legal review time reduced from 14 days to 5 days

Timeline

Week 1–2

Discovery, playbook review

Week 3–8

Agent build, RAG setup, UI

Week 9–12

Testing with 20 contracts

Week 13

Full deployment

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