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A PR company is looking to move Windows applications quickly without changing architecture. The company requires physical isolation with regulatory benefit and greater quality of service with control of the software stack.
Which IBM Cloud option would meet these requirements?
Bare Metal Servers on IBM Cloud provide the required physical isolation, regulatory benefits, and control over the software stack, making them ideal for moving Windows applications quickly without changing the architecture. Bare Metal Servers offer dedicated hardware resources, full control over the server environment, and the ability to configure and manage the software stack, meeting the company's needs for physical isolation and performance.
Why Bare Metal Servers? They provide the highest level of performance, security, and customization, including control over the operating system and applications, which is essential for regulatory compliance and quality of service.
Physical Isolation: Bare Metal Servers are single-tenant servers, meaning they are not shared with other customers, providing physical isolation required for specific regulatory needs.
Comparison with Other Options:
z16 (B) and Power (C) are specialized platforms for different workloads, not necessarily suited for general-purpose Windows applications.
Virtual Servers (D): Provide virtualization but do not offer the same level of control and physical isolation as Bare Metal Servers.
IBM Cloud Bare Metal Servers
IBM Cloud Architect Exam Study Guide
Which IBM Cloud service can be used to store and analyze data collected to identify the root causes of slowness?
Elasticsearch is a powerful search and analytics engine commonly used to store, search, and analyze large volumes of data in real time. IBM Cloud's 'Databases for Elasticsearch' service is specifically designed for this purpose, allowing users to ingest, search, and analyze log data or other large datasets to identify root causes of slowness or performance issues.
Why Databases for Elasticsearch? Elasticsearch is ideal for storing and analyzing logs due to its ability to quickly index and query large amounts of data. It provides powerful search capabilities, aggregations, and visualization tools that are well-suited for identifying performance bottlenecks and troubleshooting.
Comparison with Other Options:
A (Databases for etcd): Not used for analytics or identifying performance issues.
B (Databases for Redis): Primarily an in-memory data store, not suitable for complex data analysis.
D (Cloudant): A NoSQL database service optimized for web and mobile applications, but not primarily for analyzing log data.
IBM Cloud Databases for Elasticsearch
IBM Cloud Architect Exam Study Guide
Which statement best describes an IBM Cloud multizone region (MZR)?
An IBM Cloud multizone region (MZR) is designed to enhance the availability, reliability, and resilience of cloud services. It consists of three or more separate, geographically dispersed zones within a single region, which are interconnected through high-speed and low-latency networks.
Multiple Zones for High Availability: In a multizone region, each zone represents a separate data center or availability zone with its own independent power, cooling, and networking. The multiple zones are interconnected, allowing for failover capabilities. If one zone experiences a failure, services can continue to operate in another zone within the same MZR, minimizing downtime and ensuring business continuity.
Resilience and Disaster Recovery: MZRs are specifically designed to offer a higher level of fault tolerance compared to single-zone regions. They provide geographic redundancy within the same region, meaning that workloads can be replicated across different zones, thereby protecting against zone-level failures.
Interconnected Yet Independent: While the zones within an MZR are interconnected for data replication and low-latency communication, they are also physically and logically separated to prevent a single point of failure from affecting multiple zones.
Comparison with Other Options:
Option A is partially correct but does not fully describe an MZR.
Option B is incorrect because a failure in one zone does not affect all other zones.
Option C is incorrect as it does not specify that an MZR consists of multiple zones within the same geographical region.
IBM Cloud Multizone Regions (MZR) Overview
IBM Cloud Architect Exam Study Guide
IBM Cloud Global Data Center Locations
When evaluating different site strategies for an application's resiliency in IBM Cloud, which describes the concept of local resiliency?
Local resiliency in IBM Cloud refers to using a separate zone within the same region that has its own independent power supply, cooling, and networking. This approach provides redundancy within a single geographical region, ensuring that if one zone fails due to a localized event, other zones can continue to operate without interruption.
Local Resiliency Definition: By deploying resources in separate zones within the same region, clients achieve local resiliency that protects against localized failures such as power outages or hardware failures affecting only one zone.
Why This is Considered Local Resiliency: It offers redundancy and fault tolerance without requiring resources to be spread across multiple regions, reducing latency and providing a balance between availability and performance.
Comparison with Other Options:
A (Physical events): Describes regional or global resiliency.
B (Multiple copies of data across sites): Refers to data redundancy, which is different from local resiliency.
C (Testing site strategy): Focuses on testing rather than a strategy for resiliency.
IBM Cloud Resiliency Solutions
IBM Cloud Architect Exam Study Guide
What is an advantage of choosing IBM Cloud VMware for regulated workloads?
IBM Cloud VMware offers a 'secure-by-default' architecture, which is particularly beneficial for regulated workloads. This means that security best practices are integrated into the default configuration, providing enhanced security controls, compliance readiness, and data protection measures from the outset.
Why Secure-by-Default is Advantageous: It simplifies compliance for regulated workloads by ensuring that security is baked into the infrastructure, reducing the effort required to meet regulatory requirements.
Comparison with Other Options:
B (Bring your own VMware license): This is a feature, but not the main advantage for regulated workloads.
C (Manage the guest OS): Not specific to the security or regulatory compliance needs.
D (Bring your own AIX license): Irrelevant for VMware workloads.
IBM Cloud VMware Solutions
IBM Cloud Architect Exam Study Guide
