What are the limitations of a cloud hosting strategy for AI?

Prepare for the ISACA Advanced in AI Security Management (AAISM) Test. Study with in-depth multiple choice questions, each offering insightful hints and detailed explanations. Equip yourself with expert knowledge and get exam-ready!

Multiple Choice

What are the limitations of a cloud hosting strategy for AI?

Explanation:
Hosting AI in the cloud brings scalability and managed services, but it also brings several limitations. You have less direct control over the exact hardware, software stack, and update timelines, since those aspects are dictated by the cloud provider. This can complicate custom optimization and rapid patching for AI workloads. Vendor lock-in is a real risk because AI tools, APIs, data formats, and deployment workflows become tied to a single cloud ecosystem, making migration costly and complex. Performance can be unpredictable due to multi-tenant environments, shared GPU resources, and network latency or egress charges, which can affect throughput and responsiveness. Security and privacy concerns arise from the shared responsibility model: you must trust the provider’s controls while also rigorously managing access, encryption, data residency, and regulatory compliance within the provider’s framework. These trade-offs—reduced control, potential lock-in, performance variability, and security/privacy risk—define the limitations of a cloud hosting strategy for AI. The other options imply benefits that cloud hosting doesn’t inherently guarantee, such as higher security, greater control, no trade-offs, or no vendor lock-in.

Hosting AI in the cloud brings scalability and managed services, but it also brings several limitations. You have less direct control over the exact hardware, software stack, and update timelines, since those aspects are dictated by the cloud provider. This can complicate custom optimization and rapid patching for AI workloads. Vendor lock-in is a real risk because AI tools, APIs, data formats, and deployment workflows become tied to a single cloud ecosystem, making migration costly and complex. Performance can be unpredictable due to multi-tenant environments, shared GPU resources, and network latency or egress charges, which can affect throughput and responsiveness. Security and privacy concerns arise from the shared responsibility model: you must trust the provider’s controls while also rigorously managing access, encryption, data residency, and regulatory compliance within the provider’s framework. These trade-offs—reduced control, potential lock-in, performance variability, and security/privacy risk—define the limitations of a cloud hosting strategy for AI. The other options imply benefits that cloud hosting doesn’t inherently guarantee, such as higher security, greater control, no trade-offs, or no vendor lock-in.

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