SnowPro Advanced: Security Engineer Question 280
Select 2Cloud provider implicationsA global financial services company is deploying Snowflake in multiple regions and cloud providers to satisfy customer data residency and security requirements. The security engineer must design controls for encrypted data loading and private connectivity while minimizing exposure to the public internet. During planning, the team discovers that some cloud-provider-specific features and integration patterns differ across AWS, Azure, and Google Cloud. Which TWO design decisions should the security engineer make to correctly account for cloud provider implications?
- A
Validate private connectivity and associated DNS/network design separately for each cloud provider and region, because the implementation pattern and endpoint services differ across AWS, Azure, and Google Cloud.
- B
Use the same cloud-native key management integration architecture in every cloud without changes, because Snowflake external key management is configured identically across providers.
- C
Confirm that stage integrations and secure data loading patterns align to the object storage service for the selected cloud provider, such as S3 on AWS, Blob Storage on Azure, or Cloud Storage on Google Cloud.
- D
Assume that a Business Critical account automatically provides cross-cloud private connectivity for all client connections and data loading paths without additional cloud-provider configuration.
- E
Standardize on one set of network policies and object storage allowlists globally, because Snowflake abstracts all cloud-provider network and storage differences.
Show answer and explanation
Correct answers: A, C
Explanation
The best answers are 1 and 3 because they reflect the practical reality that Snowflake security architecture is influenced by the selected cloud provider. For private connectivity, Snowflake supports provider-native services such as AWS PrivateLink, Azure Private Link, and Google Cloud Private Service Connect, each with different setup requirements, DNS behavior, and regional considerations. For data loading and unloading, Snowflake uses cloud-specific storage services and integrations, so the security engineer must design around S3, Azure Blob Storage, or Google Cloud Storage as appropriate.
This topic is important on the SnowPro Advanced: Security Engineer exam because candidates are expected to understand that Snowflake's security controls operate within the constraints and capabilities of the underlying cloud platform. Common mistakes include assuming editions like Business Critical automatically solve private networking, or assuming key management, storage integration, and network controls are identical across clouds.
Relevant Snowflake documentation includes guidance on private connectivity to Snowflake, storage integrations and external stages for each cloud provider, and customer-managed key options such as Tri-Secret Secure with provider-specific key management services.
- A. Correct.
Correct. Private connectivity to Snowflake is cloud-provider-specific. On AWS, customers commonly use AWS PrivateLink; on Azure, Azure Private Link; and on Google Cloud, Private Service Connect. The endpoint setup, DNS resolution, approval workflow, and regional availability can differ by provider and region. A security engineer must validate these details per deployment rather than assume a single reusable pattern.
- B. Incorrect.
Incorrect. Although Snowflake supports customer-managed encryption approaches such as Tri-Secret Secure with external key management, the integration is not configured identically across all providers. The underlying cloud KMS services and setup patterns differ, for example AWS KMS, Azure Key Vault, and Google Cloud KMS. Treating them as interchangeable is a common misconception that can lead to design and operational gaps.
- C. Correct.
Correct. Secure data loading and unloading depend on the cloud provider's storage service and the corresponding Snowflake integration pattern. For example, external stages map to S3, Azure Blob Storage, or Google Cloud Storage, and the credentialing, storage integrations, and access controls are cloud-specific. A security engineer must align the design to the correct object store and provider-native security controls.
- D. Incorrect.
Incorrect. Business Critical enables access to advanced security capabilities, but it does not automatically create or configure private connectivity across clouds. Private connectivity still requires provider-specific setup, such as endpoint creation, network routing, and DNS configuration. Assuming the edition alone delivers end-to-end private paths is incorrect.
- E. Incorrect.
Incorrect. Snowflake provides a consistent platform experience, but network policy design, IP allowlists, private endpoints, and storage access patterns still reflect underlying cloud-provider differences. A single global allowlist or policy set may not work correctly across providers and regions because service endpoints and traffic paths vary.