A leading Indian life insurer with over 25 years of experience, operating 200 branches nationwide.
The client faced high renewal costs and sought a cost-effective, scalable solution to modernize their IT infrastructure. They needed to enhance agility, optimize performance, and ensure secure, compliant operations while supporting a hybrid workforce across various locations. Additionally, they required a solution that would provide seamless remote accessibility, streamline centralized management, and complete the migration swiftly without disrupting operations.
Anunta implemented a comprehensive migration to Microsoft Azure Virtual Desktop (AVD), addressing the client’s need for cost savings, performance improvements, and flexibility. By conducting a thorough assessment of the client’s environment, Anunta identified key challenges and proposed a solution that integrated AI-driven optimization, Zero Trust security, and a scalable pay-as-you-go model for Azure. This approach reduced operational costs while ensuring seamless access for users across 200 branches.
The migration was completed in just 25 days. Anunta used a phased approach, migrating 1,200 users and 1,000 endpoints while minimizing disruptions to business operations. To ensure smooth deployment in remote areas, pre-configured USB drives were used for easy setup. Local partners provided support in both metro and remote locations, ensuring consistent execution across the board.
Once the migration was complete, Anunta’s AI-powered monitoring tools continuously optimized the system’s performance, proactively detecting and addressing potential issues. Centralized management streamlined endpoint updates, patching, and maintenance, ensuring the system remained efficient and secure.
The transition to Azure Virtual Desktop resulted in significant cost savings, improved productivity through faster, more reliable desktops, and enhanced security with Zero Trust principles. The client benefited from operational resilience, ensuring continuous service during the migration process and beyond.