Which AWS Global Infrastructure Feature Enables Geographic Data Residency?
A company needs to host an application in a specific geographic area to comply with regulations. Which feature of the AWS global infrastructure will help the company meet this requirement?
Community Votes
75% of anonymous learners picked answer B. Votes are pick records left by other test-takers — they are not the verified answer.
Community Insight
It tests the distinction between global infrastructure features (footprint/Regions) and resilience or performance characteristics (Availability, Scalability, Performance); the trap is picking Availability because Regions contain Availability Zones.
This question tests whether you can map an AWS global infrastructure feature to a regulatory requirement to host an application in a specific geographic area. The answer is the AWS global footprint, because Regions are separate geographic areas that a company can choose for data residency and compliance.
Choosing Availability (C) — Availability Zones give fault tolerance inside a Region, but they do not let you pick which country or geography hosts the application and its data, which is what the regulation requires.
Community Discussion (9 comments)
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Expert Analysis
Why the Answer Is Correct
The requirement is legal, not technical: the application must run in a specific geographic area, which in AWS terms means selecting a specific Region. That choice is possible because of the AWS global footprint — the collection of Regions and Availability Zones spread around the world. Each Region is a separate geographic area, so placing workloads in a chosen Region keeps data within that jurisdiction and satisfies data-residency rules. As MUTA explains, "Each AWS Region is a separate geographic area that contains multiple, isolated locations known as Availability Zones." Selecting the appropriate Region is therefore both the compliance control and the deployment decision.Why the Other Options Are Wrong
Scalability (A) describes the ability to grow resources elastically and says nothing about where those resources physically sit, so it cannot satisfy a geographic restriction. Availability (C) refers to resilience and uptime, typically achieved with multiple Availability Zones inside one Region, and choosing it confuses fault tolerance with location. Performance (D) is an outcome of latency, caching and edge placement, not a guarantee of hosting in a named jurisdiction. chalaka captures the intended logic concisely: the global footprint "allow[s] customers to choose specific geographic locations for their data and applications."Community Comment Notes
Most learners landed on Global footprint, and several stressed the compliance angle — chalaka ties it to regulations "that mandate data residency in particular regions," while geocis describes it as "Expanding infrastructure that spans across multiple geographic locations worldwide." A minority selected Availability: e59311f argued that Regions "contain multiple Availability Zones (AZs)," and Zerro simply stated "C availability," which shows exactly how the Region-versus-AZ confusion propagates. Meow7 also notes the feature was historically marketed as Global Reach, a useful reminder that older AWS material uses different wording for the same idea.Exam Strategy
When a question mentions regulation, sovereignty, country, or "specific geographic area," translate it immediately to Region selection, which is a footprint question — not a resilience or performance question. Eliminate options that describe elasticity, uptime, or speed, since none of them constrain physical location.Official Reference
Exam Strategy
Keywords like "regulations," "data residency" or "specific geographic area" point to Region choice, which is a global footprint concept. Rule out Scalability, Availability and Performance first, because they describe behaviour of resources rather than where those resources live.
Frequently Asked Questions
Why is Availability (C) wrong for the geographic hosting requirement?
Availability Zones provide fault tolerance inside a Region, but they do not let you choose the country or geography where the application runs — only the Region choice does that.
How does the AWS global footprint satisfy data-residency rules?
AWS Regions are separate geographic areas, so deploying into a chosen Region keeps the application and its data inside that jurisdiction, which is what residency regulations require.
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