Amazon EBS vs Google Cloud Storage: What are the differences?
Key differences between Amazon EBS and Google Cloud Storage
Amazon Elastic Block Store (EBS) and Google Cloud Storage are both storage solutions provided by their respective cloud platforms. However, there are several key differences between these services.
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Performance: EBS provides consistently high-performance block storage, designed for low-latency applications. On the other hand, Google Cloud Storage is primarily designed for storing and serving large files and objects, with lower emphasis on low-latency access.
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Pricing Model: EBS offers a pay-as-you-go pricing model, where you pay for the provisioned storage volume and I/O operations. In contrast, Google Cloud Storage follows a tiered pricing model based on data storage and egress bandwidth.
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Data Durability: EBS provides high durability for your data by replicating it within a single availability zone. Google Cloud Storage, on the other hand, offers multi-regional and regional storage options, providing higher data durability across multiple locations.
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Data Transfer: While both services provide options for transferring data, EBS primarily focuses on data transfer within the same availability zone or between availability zones within the same region. Google Cloud Storage offers both regional and multi-regional data transfer options within and between regions.
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Integration with Compute Services: EBS is tightly integrated with Amazon EC2 instances, providing seamless attachment and detachment of volumes. Google Cloud Storage, however, is a standalone service that can be used with various compute services offered by Google Cloud Platform.
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Access Control: EBS uses IAM roles and policies for access control, allowing fine-grained permission management. Google Cloud Storage provides access control through Cloud Identity and Access Management (Cloud IAM), offering similar capabilities for managing access to the storage resources.
In summary, the key differences between Amazon EBS and Google Cloud Storage include performance focus, pricing models, data durability, data transfer options, integration with compute services, and access control mechanisms.