Microsoft Azure DP-300

Master Azure Database Administration with Tech Cryptors

Microsoft Azure DP-300

Tech Cryptors is dedicated for providing unparalleled customer satisfaction and exceptional value for our esteemed clients.

Tech Cryptors presents the Microsoft Azure DP-300 course, your gateway to becoming an Azure database administration expert. Uncover the intricacies of designing and managing powerful database solutions on Microsoft Azure. Gain practical insights into data security, performance optimization, and disaster recovery, ensuring seamless and efficient operations. Elevate your database management skills with this comprehensive course and establish yourself as a proficient Azure database administrator. Our cutting-edge courses are designed to equip aspiring professionals with practical skills and knowledge to excel in the dynamic world of networking.

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Deploy database offerings on selected platforms: Learn how to set up databases on various platforms in Microsoft Azure DP-300.

Understand automated deployment: Explore automated ways to deploy databases efficiently.

Apply patches and updates for hybrid and IaaS deployment: Keep databases up to date in hybrid and cloud scenarios.

Deploy hybrid SQL Server solutions: Set up solutions that bridge on-premises and cloud-based SQL Servers.

Recommend appropriate database offering based on requirements: Choose the right database solution for specific needs.

Evaluate security aspects of database offerings: Assess security features and considerations for database options.

Recommend table partitioning solution: Suggest methods to divide tables for performance.

Recommend database sharding solution: Propose strategies for distributing data across shards.

Configure Azure SQL Database for scale and performance: Optimize Azure SQL Database for better performance in Microsoft Azure DP-300.

Configure Azure SQL Managed Instance for scale and performance: Enhance the performance of managed instances.

Configure SQL Server on Azure Virtual Machines for scale and performance: Tune SQL Server on Azure VMs for improved performance.

Configure table partitioning: Implement table partitioning for better data management.

Will I Get certification after completing this course?

Yes. Tech Cryptors is ISO 9001:2015 CERTIFIED COMPANY under IAF. Also, we are in collaboration with Shastra INDIAN INSTITUTES TECHNOLOGY Madras. CERTIFICATION will have the significance of the above.

This course is available in Offline Mode or Online Mode?

We conduct this course in BOTH online and offline modes. You can choose the mode suitable for you, even you can SWITCH modes for a couple of lectures in case of any personal issues and emergencies.

One Batch will be accommodated with how many students?

In one batch we allow MAXIMUM 4 students Because we believe that to have a better understanding and to excel in this course PERSONAL ATTENTION is needed.

From When a new batch is starting? and what will be the timmings for the same?

We have new batches starting every 15 days, But you should register asap for your desired date because our batches are filling fast. Batch timings are also kept AS PER YOUR TIME CONVENIENCE, we don’t have any rigid preassigned slots.

How to register for this course? and where to know about Fees and other Queries.

Well, you can SCROLL DOWN and click on WHATSAPP CHAT text OR CLICK HERE to talk with our customer care executive. We are happy to help you with all of your questions and details.

Configure data compression: Compress data to save storage and boost performance.

Evaluate migration requirements: Assess the needs for transferring databases.

Evaluate offline or online migration strategies: Choose the right approach for moving databases in Microsoft Azure DP-300.

Implement an online migration strategy: Perform database migration while online.

Implement an offline migration strategy: Migrate databases in an offline mode.

Perform post-migration validations: Check and validate databases after migration.

Troubleshoot a migration: Resolve issues during the migration process in Microsoft Azure DP-300.

Set up SQL Data Sync for Azure: Synchronize data across multiple SQL databases.

Implement a migration to Azure: Migrate databases to the Azure platform.

Implement a migration between Azure SQL services: Transfer data between different Azure SQL services.

Configure authentication using Active Directory and Azure AD: Manage user access with AD and Azure AD in Microsoft Azure DP-300.

Create users from Azure AD identities: Set up users using Azure AD credentials.

Configure security principals: Define security roles and access principles.

Configure database and object-level permissions with graphical tools: Manage permissions visually.

Apply the principle of least privilege for all securables: Limit access to the minimum required.

Troubleshoot authentication and authorization issues: Solve access-related problems.

Manage authentication and authorization using T-SQL: Control access through Transact-SQL.

Implement transparent data encryption (TDE): Encrypt data for increased security.

Implement object-level encryption: Encrypt specific objects within the database.

Configure server and database-level firewall rules: Set up firewall rules for server and database.

Implement Always Encrypted: Use advanced encryption methods.

Configure secure access: Ensure secure connections to the database.

Configure Transport Layer Security (TLS): Set up secure communication protocols.

Apply a data classification strategy: Categorize and secure data based on importance.

Configure server and database audits: Set up audit mechanisms for tracking.

Implement data change tracking: Monitor changes to data.

Implement dynamic data masking: Protect sensitive data by masking.

Manage database resources with Azure Purview: Organize and manage data resources.

Implement Azure SQL Database ledger: Use ledger functionality for audit trails.

Implement row-level security: Control access at the row level.

Configure Microsoft Defender for SQL: Set up security solutions for SQL.

Prepare an operational performance baseline: Establish a performance reference.

Determine sources for performance metrics: Identify where to gather performance data.

Interpret performance metrics: Understand performance measurements.

Configure and monitor activity and performance: Keep an eye on database activity.

Monitor by using SQL Insights: Utilize SQL Insights for monitoring.

Monitor by using Extended Events: Use Extended Events for in-depth monitoring.

Configure Query Store: Set up the Query Store for query analysis.

Monitor by using Query Store: Monitor queries with Query Store data.

Identify sessions that cause blocking: Find and address blocking issues.

Identify performance issues using dynamic management views (DMVs): Use DMVs to troubleshoot performance problems in Microsoft Azure DP-300.

Identify and implement index changes for queries: Optimize query performance by adjusting indexes.

Recommend query construct modifications based on resource usage: Improve queries based on resource consumption in Microsoft Azure DP-300.

Review execution plans: Analyze execution plans to improve query performance.

Implement index maintenance tasks: Keep indexes optimized.

Implement statistics maintenance tasks: Manage statistics for query optimization.

Implement database integrity checks: Ensure data integrity with regular checks.

Configure database automatic tuning: Set up automatic performance adjustments.

Configure server settings for performance: Optimize server settings for better performance.

Configure Resource Governor for performance: Control resource usage with Resource Governor.

Implement database-scoped configuration: Fine-tune database settings in Microsoft Azure DP-300.

Configure compute and storage resources for scaling: Adjust resources for scaling needs.

Configure intelligent query processing (IQP): Use IQP for smarter query processing.

Manage schedules for regular maintenance jobs: Schedule and manage maintenance tasks.

Configure job alerts and notifications: Set up alerts for job events.

Troubleshoot SQL Server Agent jobs: Resolve issues related to SQL Server Agent jobs.

Automate deployment using Azure Resource Manager templates (ARM templates) and Bicep: Use ARM templates and Bicep for deployment automation.

Automate deployment using PowerShell: Automate deployment using PowerShell scripting.

Automate deployment using Azure CLI: Use Azure CLI for automated deployments.

Monitor and troubleshoot deployments: Keep track of deployments and fix issues.

Create and configure elastic jobs: Set up flexible, scalable jobs in Microsoft Azure DP-300.

Create and configure database tasks using automation: Automate database tasks.

Automate database workflows using Azure Logic Apps: Utilize Logic Apps for database automation.

Configure alerts and notifications on database tasks: Get notified about important database events.

Troubleshoot automated database tasks: Solve issues related to automated tasks.

Recommend HA/DR strategy based on RPO/RTO requirements: Suggest High Availability/Disaster Recovery strategies based on recovery objectives in Microsoft Azure DP-300.

Evaluate HA/DR for hybrid deployments: Assess HA/DR options in hybrid scenarios.

Evaluate Azure-specific HA/DR solutions: Explore HA/DR solutions specific to Azure.

Recommend a testing procedure for an HA/DR solution: Suggest testing methods for HA/DR implementations in Microsoft Azure DP-300.

Recommend a database backup and restore strategy: Propose strategies for database backup and restore in Microsoft Azure DP-300.

Perform a database backup using database tools: Use database tools to back up a database.

Perform a database restore using database tools: Restore a database using database tools.

Perform a database restore to a point in time: Restore a database to a specific time.

Configure long-term backup retention: Set up extended backup retention.

Backup and restore a database using T-SQL: Perform backup and restore tasks using Transact-SQL.

Backup and restore from cloud storage: Use cloud storage for backup and restore operations.

Configure active geo-replication: Set up active geo-replication for disaster recovery.

Configure an Always On availability group: Set up high availability with Always On availability groups.

Configure auto-failover groups: Set up automatic failover groups for high availability.

Configure Always On Failover Cluster Instances on Azure virtual machines: Set up failover clusters on Azure VMs.

Configure quorum options for a Windows Server Failover Cluster: Adjust quorum settings for failover clusters in Microsoft Azure DP-300.

Configure log shipping: Set up log shipping for disaster recovery.

Monitor an HA/DR solution: Keep track of High Availability/Disaster Recovery setups.

Troubleshoot an HA/DR solution: Resolve issues in High Availability/Disaster Recovery configurations in Microsoft Azure DP-300.

Note For Certification

TECH CRYPTORS is an ISO 9001:2015 CERTIFIED COMPANY, also in COLLABORATION with shaastra, INDIAN INSTITUTE OF TECHNOLOGY, madras. Certification will be with Significance of above for attended TRAINING COURSE. Also, every certificate will have a Unique Certificate Number, which will be helpful WORLDWIDE to verify the validity of every individual certificate using www.techcryptors.com.

Microsoft Azure DP-300