#1702097: Cut Cost and Complexity: Smarter VMware Migrations to the Cloud powered by LTIMindtree - September 25, 2025

Description: Migrating VMware workloads to the cloud can be complex, costly, and disruptive—but it doesn’t have to be. Join us to explore how LTIMindtree’s AI-powered VMware migration framework simplifies the process, helping enterprises move faster, safer, and more cost-effectively.

We’ll share proven strategies, intelligent assessment tools, and cloud migration best practices designed to minimize downtime, reduce costs, and improve performance. Whether you’re just starting your cloud journey or modernizing existing infrastructure, you’ll gain practical guidance to plan, execute, and accelerate your VMware migration with confidence.

Top 5 Reasons to Attend:

Learn how to simplify complex VMware migrations using AI
Discover cost-saving strategies through Optimization and Licensing Assessments (OLA)
See how to minimize business disruption during cloud migration
Understand the full lifecycle—from readiness through modernization
Gain real-world insights from LTIMindtree’s cloud migration experts

Key Takeaways:

AI-Powered Assessment: See how intelligent analysis of your VMware environment can drive smarter decisions
Accelerated Execution: Learn how LTIMindtree’s migration framework reduces downtime and risk
Cost Optimization: Explore ways to optimize licensing and infrastructure for long-term ROI
More info: https://webinars.techstronglearning.com/cut-cost-and-complexity-smarter-vmware-migrations-to-aws-powered-by-ltimindtree

Date added Sept. 10, 2025, 4:53 a.m.
Source Tech Strong Learning
Subjects
  • AI/ML - Artificial Intelligence / Machine Learning / GenAI / Artificial General Intelligence - AGI - Various
  • Cloud Security
  • PodCasts / Webcast / Webinar / eSummit / Virtual Event etc.
  • Security Management/Strategic Security/ROI/ROSI - CISO and Higher Level
  • VMWare / ESX / VMotion / vSphere / NSX / vCenter Server / ESXi-hypervisors
Venue Sept. 25, 2025, midnight - Sept. 25, 2025, midnight