NGC - New Gerneration Cloud

0 reviews

NGC is a cloud solutions provider specializing in hybrid and multi-cloud services, particularly leveraging Google Cloud's powerful tools. They offer tailored cloud solutions that combine the benefits of both private and public clouds, enhancing flexibility, resilience, and performance in business processes. Key Features and Functionality: - Hybrid and Multi-Cloud Services: NGC assists businesses in implementing hybrid and multi-cloud strategies seamlessly using Google Cloud tools like Google Kubernetes Engine and Anthos. - Application Migration: They facilitate the migration of applications to the cloud, helping businesses avoid expensive refresh cycles and execute migrations using a portfolio of solutions. - VMware as a Service: NGC enables the migration of VMware environments to Google Cloud, allowing businesses to run VMware workloads natively without refactoring applications. - Backup and Disaster Recovery: They ensure business continuity by incorporating cloud-integrated backup and disaster recovery strategies. - High-Performance Computing: NGC provides cost-effective, powerful, and flexible infrastructure to support scalable workloads, solving complex computing challenges. - Microsoft and Windows on Google Cloud: They offer a first-class experience for Windows workloads, including self-managed or managed services, and support for license-included images or bring-your-own licenses. Primary Value and Solutions Provided: NGC's services are designed to help businesses achieve flexibility and reliability in their cloud infrastructure. By combining private and public cloud environments, they provide tailored solutions that enhance performance and resilience. Their expertise in Google Cloud tools ensures seamless implementation of hybrid and multi-cloud strategies, enabling businesses to innovate and scale efficiently. Additionally, NGC's focus on application migration, backup and disaster recovery, and high-performance computing addresses critical business needs, ensuring continuity and optimal performance.