Best Infrastructure-as-a-Service (IaaS) Providers for IBM i

If you're transitioning to the cloud but find that your existing infrastructure is hindering your advancement, consider Skytap on IBM Cloud®, the sole public cloud offering that allows traditional x86, IBM® AIX®, IBM System i™, and Linux® on IBM Power® applications to operate in a unified environment. This service enables seamless integration with cloud-native services without the risk of vendor lock-in, allowing you to fully leverage your System i, AIX, and Linux applications while moving to the cloud without the need for extensive rewriting or refactoring. App modernization and embracing a multicloud strategy can yield substantial advantages for your organization, especially when adopting a cost-effective approach to modernization. Unlike traditional migration processes that often require extensive rework, Skytap on IBM Cloud empowers you to transfer your conventional applications without modifications, ensuring a smooth transition to the cloud designed specifically for traditional x86 and IBM Power Systems applications. By taking advantage of this service, businesses can enhance their operational efficiency and agility in the cloud landscape.

Effortlessly transfer and oversee workloads between cloud-based solutions and on-premises setups. The IBM Power® Virtual Server consists of a series of adaptable multi-tenant virtual IBM Power servers that provide integration with IBM Cloud® services. Advance your hybrid cloud journey utilizing IBM Power Virtual Server, allowing you to uphold the security and high-performance reputation of IBM Power while adapting at a pace and cost that suits your needs, both on-site and remotely. Experience the advantages of a hybrid cloud with a uniform interface and seamless connectivity to your Power infrastructure. Ensure uninterrupted business operations with dependable failover solutions, encompassing backup, high availability, and disaster recovery options. Additionally, streamline your financial investment, minimize planning complexities, and optimize capacity management for improved efficiency.