Multi Cloud Strategy & Advisory
Workload placement, provider selection, operating model and governance across AWS, Azure and Google Cloud.
NTSPL helps organizations evaluate and manage AWS, Microsoft Azure and Google Cloud through a common cloud strategy. Multi cloud should be adopted only where workload, ecosystem, resilience, regulatory or commercial requirements justify the additional operating complexity.
Explore the major service areas within Multi Cloud Services. Each service links to detailed business context, delivery scope, architecture infographic, implementation approach, FAQ and SEO mapping.
Workload placement, provider selection, operating model and governance across AWS, Azure and Google Cloud.
Connect data centre, private cloud and public cloud workloads with consistent network, identity and security patterns.
Establish account/subscription/project structure, identity, network, policy, logging and guardrails before workload onboarding.
Define policy, tagging, ownership, budgets, security baselines and architecture standards across providers.
Design secure connectivity, routing, DNS and traffic flows between enterprise sites and multiple cloud environments.
Federate enterprise identity and apply least privilege, privileged access and access review across cloud platforms.
Unify posture, logging, vulnerability visibility, threat monitoring and response processes across providers.
Align protection and recovery patterns to workload RPO/RTO without assuming every workload needs identical architecture.
Bring metrics, logs, alerts and operational ownership into a consistent monitoring and incident model.
Create cost allocation, budgets, rightsizing, commitment governance and optimization across cloud providers.
Operate suitable container workloads across managed Kubernetes and container services while controlling platform complexity.
Connect governed data and AI services across platforms where business, data residency or capability requirements justify it.
A manufacturing enterprise reaches another infrastructure refresh cycle. HANA memory demand is increasing, backup windows are tightening and the existing disaster-recovery environment would require additional capital investment. The initial question is whether to buy larger hardware. The more useful question is what SAP infrastructure the business actually needs for the next operating cycle.
Read full story →A large industrial website has accumulated years of annual reports, investor documents, images, media files and product downloads. The application server now spends significant resources delivering static content while traffic rises sharply around results, tenders and corporate announcements.
Read full story →An enterprise performs daily backups and considers its data protected. During a continuity review, management asks a different question: if the primary environment becomes unavailable this afternoon, how long will it take to restore the application, database, integrations and user access? No one can provide a tested answer.
Read full story →Share your current environment, workload, dependencies, security and recovery expectations. NTSPL can help determine the appropriate next step.