Database Tuning and Infrastructure Optimization for GenAI Workloads 

3 Minutes

October 31, 2025

Database Tuning and Infrastructure Optimization for GenAI Workloads 

John David

An American packaging manufacturer integrated Generative AI to transform customer engagement and streamline operations - but their legacy database infrastructure couldn't keep up with demand. Real-time AI requests triggered severe latency issues, application slowdowns, and critical scalability failures during peak usage periods. The growing volume of concurrent AI-driven queries exposed fundamental limitations in their existing database architecture, threatening their digital transformation goals.

Client: American manufacturer

Services: Agentic AI and Generative AI

Year: 2025

Client Overview 

The client, an American manufacturer and leader in custom packaging, integrated GenAI into their existing infrastructure to enhance customer and operational engagement. However, the increased real-time data requests led to high database latency, slower application performance, and scalability challenges during peak usage periods. 

Project Objectives 

  • Improve database query performance and reduce latency for real-time AI applications. 
  • Optimize infrastructure and resource utilization for scalability during high-traffic periods. 
  • Redevelop the database architecture to be cloud-native and AI-ready, supporting next-gen AI workloads. 
  • Establish proactive monitoring, alerting, and data management practices to ensure consistent performance, security, and compliance. 

Technology Stack 

Technology Stack for GenAI Workloads Data Tuning Case study Image

Solution 

We re-engineered the client’s legacy database infrastructure using a cloud-native architecture designed for performance, scalability, and AI readiness. 

  • Conducting database tuning and query optimization using Microsoft SQL Server and Azure SQL Database to reduce latency. 
  • Implemented composite and covering indexes, removed redundancies, and automated index maintenance for performance consistency. 
  • Optimized memory configurations, buffer pools, and caching to handle concurrent AI-driven workloads efficiently. 
  • Enabled data partitioning and archiving to streamline I/O performance and improve data retrieval speeds. 
  • Deployed monitoring dashboards using SQL Profiler, LogicMonitor, and Datadog for proactive performance tracking and anomaly alerts. 

Impact & Benefits 

  • Achieved up to 80% improvement in query performance and reduced application latency. 
  • Enhanced scalability and stability during high-traffic periods and sales period. 
  • Established a cloud-optimized, AI-ready data foundation supporting Generative AI and automated analytics. 
  • Reduced operational overhead through monitoring, automation, and optimized resource utilization. 

Key Highlight 

By transforming legacy database systems into a cloud-native, AI-ready architecture, the client established a scalable and intelligent data backbone ensuring their future Agentic AI and Generative AI applications operate with speed, stability, and precision.