Case Studies

Showing AI Automation projects

Marketing Technology / AI

GenAI Multi-Agent Platform for Automated Video Generation

Role: AI / Cloud Solutions Architect

Marketing video production was slow, costly, and dependent on specialized creative talent, taking 2-3 days per video and making it impossible to scale content across campaigns, regions, and languages. The client needed to turn a simple text prompt into a publish-ready, brand-aligned video in minutes.

80% Faster time-to-video — from 2-3 days down to under 20 minutes
60-70% Cost reduction by eliminating full-time creative staff and legacy software licenses
5x Customer scale supported within the first month of launch
InsurTech

GenAI Claims Automation Platform for an InsurTech

Role: Cloud Solutions Architect

An insurance claims platform was drowning in slow, manual claim processing — long turnaround times, high operational cost, inconsistent decisions, and limited fraud detection. They needed to transition to an automated, scalable GenAI workflow without sacrificing compliance or explainability.

80%+ Reduction in claims lifecycle time through automated document handling and fraud checks
~$1,146 Monthly total cost of ownership on the ECS-based AWS architecture
Sub-second Real-time fraud probability scoring at claim submission
HR Tech / Recruitment

Generative-AI Recruitment Platform

Role: AI Solutions Architect

As the platform moved to adopt Generative AI across its hiring and talent workflows, it lacked a structured approach to model selection, prompt design, and governance — leaving AI outputs inconsistent and raising concerns around bias, fairness, and explainability.

73% Reduction in per-candidate screening time (~45 min to ~12 min)
90% Of job descriptions now auto-generated for consistency and speed
40% Fewer manual early-stage interviews, freeing recruiter time
Financial Services / Asset Management

ICAAS: Agentic Contact Center on Amazon Connect

Role: AI Solution Architect

Customer service scaled linearly with headcount, and a lean investor-relations and operations team was drowning in repetitive, high-touch inquiries — account lookups, balance checks, KYC and document requests. Manual handling created compliance exposure, and clients across time zones had no after-hours coverage.

<10s End-to-end response time for autonomous inquiries, from customer message to answer
24/7 Autonomous coverage — routine inquiries resolved end-to-end with no human in the loop and no after-hours gap
~120 AWS resources provisioned and configured from a single AWS CDK deploy command
AI/ML / AgriTech

MLOps Pipeline for Agricultural Yield Prediction

Role: MLOps / Cloud Architect

The client needed an automated MLOps architecture on AWS to forecast crop yield and demand from seasonal, soil, fertilizer, and weather data. The system also had to recommend the optimal crops to plant per area and season to maximize yield.

Automated forecasts Seasonal predictions for total yield, yield possibility, and the best crops per area and season
Self-healing retraining Fully automated retraining loop triggered by new data, with no manual intervention
Continuous monitoring CloudWatch and Step Functions surface evaluation metrics to keep models honest over time
Marketing / Media

Agentic AI Workflow for Content & SEO

Role: AI Engineer

Content production was time-consuming and labor-intensive, with inconsistent quality that was hard to scale. Manual editing and review processes were error-prone and couldn't keep pace with publishing demands.

Faster lifecycle Streamlined the content lifecycle from curation to publication
Better structure Enhanced content structure and internal linking for SEO
Higher SERP Improved search rankings and click-through rates
Data & Analytics

GenAI-Augmented ETL Data Pipeline

Role: Data / AI Engineer

The client's data pipeline was struggling with unmanaged data sources, scalability limits, and high data latency, while brittle error handling and heavy manual intervention made every incident a fire drill.

Efficiency Streamlined operations by replacing manual steps with automated, orchestrated workflows
Data Quality Enrichment, cleansing, and labeling improved consistency and integrity across sources
Ingestion More reliable, scalable ingestion and processing with lower data latency