Azure Cloud Architect (AZ300)
Different Azure services support various levels and concepts of replication. For example, This replication can be local (within a datacenter), zonal (between data centers within a region), or regional (between regions). A. Azure Storage B. Azure Recovery Services C. Azure SQL Database D. Azure Cosmos DB
A. Azure Storage replication capabilities depend on the replication type of selected for the storage account. This replication can be local (within a datacenter), zonal (between data centers within a region), or regional (between regions). Neither your application nor your operators interact with it directly. Failovers are automatic and transparent, and you simply need to select a replication level that balances cost and risk.
A disaster recovery plan is a single document that details the procedures that are required to recover from data loss and downtime caused by a disaster, and identifies who's in charge of directing those procedures.
A. True - A disaster recovery plan is a single document that details the procedures that are required to recover from data loss and downtime caused by a disaster, and identifies who's in charge of directing those procedures.
Each major process or workload that's implemented by an app should have separate RPO and RTO values. A. True B. False
A. True - Each major process or workload that's implemented by an app should have separate RPO and RTO values.
Recovery Point Objective (RPO): The maximum duration of acceptable data loss. RPO is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on. A. True B. False
A. True - Recovery Point Objective (RPO): The maximum duration of acceptable data loss. RPO is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on. RPO is about limiting and recovering from data loss, not data theft.
The process of specifying an RPO and RTO is effectively the creation of disaster recovery requirements for your application. A. True B. False
A. True - The process of specifying an RPO and RTO is effectively the creation of disaster recovery requirements for your application
_______________ replication is automatic at a small scale, but recovery from a full Azure datacenter or regional outage requires geo-replication. Setting up geo-replication is manual, but it's a first-class feature of the service and well supported by documentation.
Azure SQL Database
_______________ is a globally distributed database system, and replication is central to its implementation. With Azure Cosmos DB, instead of configuring replication directly, you configure options related to partitioning and data consistency.
Azure Cosmos DB
___________________ replication capabilities depend on the replication type of selected for the storage account. This replication can be local (within a datacenter), zonal (between data centers within a region), or regional (between regions). Neither your application nor your operators interact with it directly. Failovers are automatic and transparent, and you simply need to select a replication level that balances cost and risk.
Azure Storage
Different Azure services support various levels and concepts of replication. For example, With _____________________, instead of configuring replication directly, you configure options related to partitioning and data consistency. A. Azure SQL Database B. Azure Cosmos DB C. Azure Storage D. Azure Recovery Services
B. Azure Cosmos DB is a globally distributed database system, and replication is central to its implementation. With Azure Cosmos DB, instead of configuring replication directly, you configure options related to partitioning and data consistency.
Different Azure services support various levels and concepts of replication. For example, For this service replication capabilities depend on the replication type of selected for the storage account. A. Azure SQL Database B. Azure Storage C. Azure Cosmos DB D. Azure Kerbernetes
B. Azure Storage replication capabilities depend on the replication type of selected for the storage account. This replication can be local (within a datacenter), zonal (between data centers within a region), or regional (between regions). Neither your application nor your operators interact with it directly. Failovers are automatic and transparent, and you simply need to select a replication level that balances cost and risk.
Each major process or workload that's implemented by an app should have a single RPO and RTO value. A. True B. False
B. False - Each major process or workload that's implemented by an app should have separate RPO and RTO values.
Recovery Point Objective (RPO): The maximum amount of acceptable data loss. RPO is measured in units of data, not time: "30 megabytes of data", "four GB of data", and so on. A. True B. False
B. False - Recovery Point Objective (RPO): The maximum duration of acceptable data loss. RPO is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on. RPO is about limiting and recovering from data loss, not data theft.
Recovery Point Objective (RPO): The minimum duration of acceptable data loss. RPO is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on. A. True B. False
B. False - Recovery Point Objective (RPO): The maximum duration of acceptable data loss. RPO is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on. RPO is about limiting and recovering from data loss, not data theft.
Recovery Time Objective (RTO) The maximum duration of acceptable data loss. RTO is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on. RTO is about limiting and recovering from data loss, not data theft. A. True B. False
B. False - Recovery Time Objective (RTO): The maximum duration of acceptable downtime, where "downtime" needs to be defined by your specification. For example, if the acceptable downtime duration is eight hours in the event of a disaster, then your RTO is eight hours.
Recovery Time Objective (RTO): The maximum duration of acceptable downtime, where "downtime" is defined by the Azure SLA. For example, if the acceptable downtime duration is eight hours in the event of a disaster, then the Azure RTO is eight hours. A. True B. False
B. False - Recovery Time Objective (RTO): The maximum duration of acceptable downtime, where "downtime" needs to be defined by your specification. For example, if the acceptable downtime duration is eight hours in the event of a disaster, then your RTO is eight hours.
The exact nature of a disaster is more important than the risk analysis as its potential impact through data loss and application downtime. Explore various kinds of hypothetical disasters and try to be general when thinking about their effects. For example, a targeted malicious attack may modify code or data that results in the same kind of impact than an earthquake that disrupts network connectivity and datacenter availability. A. True B. False
B. False - The exact nature of a disaster isn't as important to the risk analysis as its potential impact through data loss and application downtime. Explore various kinds of hypothetical disasters and try to be specific when thinking about their effects. For example, a targeted malicious attack may modify code or data that results in a different kind of impact than an earthquake that disrupts network connectivity and datacenter availability.
The process of specifying an RPO and RTO is effectively the creation of disaster recovery requirements for your storage account. It requires establishing the priority of each resource group and category of users and performing a cost-benefit analysis. A. True B. False
B. False - The process of specifying an RPO and RTO is effectively the creation of disaster recovery requirements for your application. It requires establishing the priority of each workload and category of data and performing a cost-benefit analysis.
The first step in creating a disaster recovery plan is ________________ _____________ _____________ _____________ that examines the impact of different kinds of disasters on the application. A. setting up Azure Recovery B. defining a natural disaster C. performing a risk analysis D. defining RTO and RPO
C. performing a risk analysis
Different Azure services support various levels and concepts of replication. For example, This service is a globally distributed database system, and replication is central to its implementation. A. Azure Storage RBAC (Role Based Access) B. Azure Recovery Services C. Azure mySQL Database D. Azure Cosmos DB
D. Azure Cosmos DB is a globally distributed database system, and replication is central to its implementation. With Azure Cosmos DB, instead of configuring replication directly, you configure options related to partitioning and data consistency.
Different Azure services support various levels and concepts of replication. For example, For this service replication is automatic at a small scale, but recovery from a full Azure datacenter or regional outage requires geo-replication. A. Azure Site-to-Site Recovery B. Azure Full Replication C. Azure Cosmos DB D. Azure SQL Database
D. Azure SQL Database replication is automatic at a small scale, but recovery from a full Azure datacenter or regional outage requires geo-replication. Setting up geo-replication is manual, but it's a first-class feature of the service and well supported by documentation.
Different Azure services support various levels and concepts of replication. For example, Failovers are automatic and transparent, and you simply need to select a replication level that balances cost and risk. A. Azure SQL Database B. Azure Cosmos DB C. Azure Storage D. Azure Recovery Services
D. Azure Storage replication capabilities depend on the replication type of selected for the storage account. This replication can be local (within a datacenter), zonal (between data centers within a region), or regional (between regions). Neither your application nor your operators interact with it directly. Failovers are automatic and transparent, and you simply need to select a replication level that balances cost and risk.
RPO
Recovery Point Objective (RPO): The maximum duration of acceptable data loss. RPO is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on. RPO is about limiting and recovering from data loss, not data theft.
Measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on.
Recovery Point Objective (RPO)
The maximum duration of acceptable data loss.
Recovery Point Objective (RPO)
The maximum duration of acceptable data loss. ________________ is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on and is about limiting and recovering from data loss, not data theft.
Recovery Point Objective (RPO): The maximum duration of acceptable data loss. RPO is measured in units of time, not volume: "30 minutes of data", "four hours of data", and so on. RPO is about limiting and recovering from data loss, not data theft.
For example, if the acceptable downtime duration is eight hours in the event of a disaster, then your _________________ is eight hours.
Recovery Time Objective (RTO): The maximum duration of acceptable downtime, where "downtime" needs to be defined by your specification. For example, if the acceptable downtime duration is eight hours in the event of a disaster, then your RTO is eight hours.
RTO
Recovery Time Objective (RTO): The maximum duration of acceptable downtime, where "downtime" needs to be defined by your specification. For example, if the acceptable downtime duration is eight hours in the event of a disaster, then your RTO is eight hours.
The maximum duration of acceptable downtime, where "downtime" needs to be defined by your specification.
Recovery Time Objective (RTO): The maximum duration of acceptable downtime, where "downtime" needs to be defined by your specification. For example, if the acceptable downtime duration is eight hours in the event of a disaster, then your RTO is eight hours.
