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Azure Cloud Engineers design, deploy, and manage cloud infrastructure on Microsoft Azure, ensuring scalability, security, and reliability.
Proficiency varies, but service selection depends on workload requirements, cost, and compatibility, tailored to specific use cases.
Secure data and resources with Azure Active Directory, Virtual Networks, Network Security Groups, encryption, and Azure Security Center for monitoring and threat protection.
AZs provide data center redundancy. Design high-availability architectures by distributing resources across AZs, using load balancers, and employing fault tolerance mechanisms.
The framework provides guidance on building secure, high-performing, resilient, and efficient infrastructures through best practices, focusing on the five pillars of the framework.
Utilize tools like Azure Resource Manager templates or Terraform to define and automate the provisioning and management of Azure resources in a structured, version-controlled manner.
Monitor resource utilization, implement cost allocation tags, use Azure Cost Management, leverage reserved instances, and optimize resource utilization to manage costs effectively.
AKS simplifies container orchestration and scaling. Manage containerized applications using AKS to deploy, manage, and orchestrate container workloads in Azure.
Utilize services like Azure Backup, Azure Site Recovery, Azure Blob Storage, and Azure Archive Storage for data backup, disaster recovery, and archiving.
Implement Azure Active Directory, role-based access control (RBAC), multi-factor authentication (MFA), and Azure Key Vault for secure access and identity management.
Azure certifications validate knowledge and skills. Mention relevant certifications you hold, such as Microsoft Certified: Azure Administrator, Microsoft Certified: Azure Solutions Architect, etc.
Configure Azure Monitor, Azure Security Center, and Azure Log Analytics to monitor and log activities. Establish alerting and response procedures to address security incidents.
Consider migration strategies such as rehosting, refactoring, rearchitecting, or repurchasing. Plan data transfer, security, and application compatibility during migration.
Utilize Azure Auto Scaling, Application Gateway, and Azure Load Balancer to automatically adjust resource capacity to meet varying workloads
Azure Functions enables serverless computing by executing code in response to events, without managing infrastructure. Create functions and define triggers based on events.
Design Azure Virtual Networks with subnets, Network Security Groups, Azure Firewall, and VPN Gateway to isolate and secure network resources.
Azure and customers share responsibility for security. Azure secures the infrastructure, while customers are responsible for securing data, applications, and configurations.
Implement Azure services like Azure Policy, Azure Blueprints, and Azure Security Center to monitor, audit, and enforce compliance with specific regulations and standards.
Optimize application performance with Azure Auto Scaling, Azure Cache, Azure Load Balancer, and Azure SQL Database performance tuning, while monitoring with Azure Monitor.
Choose Azure services like Azure Blob Storage for object storage, Azure Disk Storage for block storage, and Azure SQL Database for managed databases, based on specific storage requirements.
Use Azure Site Recovery, Azure Traffic Manager, and Azure Global VNet Peering to transfer resources between regions efficiently with minimal disruption.
Monitor cost allocation tags, use Azure Cost Management, implement cost-saving measures like reserved instances, and optimize resource utilization to manage costs effectively.
Implement rolling updates, blue-green deployments, and traffic routing with Azure Traffic Manager to minimize downtime during maintenance and ensure continuous availability.
Azure Resource Manager is an IaC tool that enables the definition and automation of Azure resource provisioning, simplifying resource management and deployment.
Stay informed through Azure training, online courses, Microsoft Ignite, and Azure whitepapers. Participate in Azure user groups and explore new Azure services and features.
Use multi-AZ architectures, data replication, and Azure Load Balancer for data redundancy and high availability.
Optimize network performance by choosing the right Virtual Machine sizes, using Azure ExpressRoute, and leveraging Azure Content Delivery Network (CDN).
Secure data at rest with Azure Disk Encryption. Use Azure VPN Gateway and Azure Firewall to protect data in transit. Employ Azure Key Vault for key management.
Managed Identities and Service Principals provide secure authentication and authorization for Azure services and applications, eliminating the need for credentials and enhancing security.
Set up multiple deployment slots, use Azure Traffic Manager for blue-green deployments, and leverage feature flags for gradual feature rollouts and testing.
Azure App Service is a fully managed platform for building, deploying, and scaling web apps. It simplifies application deployment by automating infrastructure management.
Implement identity federation with Azure Active Directory, SAML, and Azure AD B2C for single sign-on and secure access control.
Utilize Azure Monitor, Azure Network Watcher, and Azure Application Insights to identify and diagnose performance issues. Implement improvements based on findings.
Use Azure Policy, Azure Blueprints, and Azure Security Center to track and enforce policies. Collaborate with auditors and implement necessary controls to meet compliance standards.
Azure Logic Apps simplifies workflow automation by providing pre-built connectors for integrating with external systems, enabling seamless automation of business processes.
Use Azure Blob Storage for scalable object storage, set data lifecycle policies, and leverage Azure Archive Storage for cost-effective archiving.
Utilize Azure Key Vault for secure secret storage and management. Store sensitive data as environment variables for applications to access securely.
Use Azure Functions to create serverless applications and Azure API Management to manage APIs. Implement auto-scaling and caching for optimal performance and resource utilization.
Configure geo-replication, active geo-replication, and failover groups for high availability of Azure SQL Databases. Monitor for potential issues and implement recovery procedures.
Use AKS to orchestrate container workloads, create and manage pods and services. Azure Container Instances (ACI) allows for running containers without managing underlying infrastructure.
Monitor VMs using Azure Monitor, collect metrics and performance data, and optimize instances by resizing, auto-scaling, and using Azure Accelerated Networking.
Establish a disaster recovery plan using Azure Site Recovery, Azure Traffic Manager, and Azure Blob Storage for data replication and recovery.
Consider factors such as workload type, CPU and memory requirements, network performance, and pricing options when selecting the right Azure VM size.
Use Azure Database Replication, Azure Cosmos DB, and Azure Geo-replication to ensure data integrity and consistency across multiple regions.
Utilize Azure Cost Management to analyze cost data and Azure Policy to set cost thresholds and receive alerts for effective cost management and control.
Azure Load Balancer distributes incoming traffic across multiple instances, enhancing application availability and fault tolerance by ensuring efficient load distribution.
Secure serverless applications by configuring Azure Functions security policies, implementing RBAC, and using Azure Web Application Firewall (WAF) for protection against threats.
Azure Virtual WAN simplifies network management by providing centralized connectivity and routing between VNets and regions, streamlining network configuration and security.
Implement read regions and configure global distribution in Azure Cosmos DB to offload read-heavy workloads, enhance read capacity, and maintain data consistency.
Use Azure ExpressRoute, VPN connections, and Azure Virtual Network to securely integrate on-premises data centers with Azure while optimizing performance and network reliability.