MUMBAI, India, June 22 -- Intellectual Property India has published a patent application (202641065873 A) filed by Raviteja Narra; Yeshwanth Macha; Satyadhar Kumar Chintagunta; and Adarsh Reddy Bilipelli on May 25, 2026, for Intelligent Query Optimization Framework For Salesforce And Distributed Cloud Databases.
Inventors include Raviteja Narra; Yeshwanth Macha; Satyadhar Kumar Chintagunta; and Adarsh Reddy Bilipelli.
The application for the patent was published on June 12, 2026, under issue no. 24/2026.
Abstract: Abstract Intelligent Query Optimization Framework for Salesforce and Distributed Cloud Databases The present invention relates to an intelligent query optimization system (100) and method (200) for enterprise applications operating across Salesforce platforms and distributed cloud databases. The system (100) comprises a query monitoring engine (121) configured to collect query execution metrics from heterogeneous platforms, a machine-learning prediction engine (122) configured to identify inefficient query patterns, predict query latency, forecast resource utilization, detect anomalous query behaviors, and predict Salesforce governor limit violations, and an autonomous query optimization engine (123) configured to dynamically rewrite and optimize query execution. The system further comprises an adaptive indexing and governance module (124), a distributed workload orchestration engine (125), and a continuous learning module (126) configured to retrain machine-learning models using runtime telemetry and workload evolution patterns. The method (200) includes collecting query execution data, analyzing workload characteristics, applying machine-learning models, determining optimized execution strategies, dynamically routing query execution across distributed cloud infrastructure, and continuously retraining optimization models. The invention improves query execution efficiency, reduces latency and cloud infrastructure costs, minimizes execution failures, and enhances scalability across distributed enterprise computing environments. [
Disclaimer: Curated by HT Syndication.
