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We're here to help you find itThe Administering a SQL Database Infrastructure course, also known as 20764, is tailored for individuals who manage and maintain SQL Server databases. This course provides a comprehensive understanding of database administration, including security, backup strategies, restoring databases, automation, monitoring, and the import/export of data.
Learners will delve into SQL Server security in the first module, exploring how to Authenticate connections, Authorize logins, and Configure security for databases. As the course progresses, participants will gain expertise in Assigning roles, Authorizing user access, Implementing encryption and Auditing, understanding Recovery models, and Managing backups and Restores. The course also covers Automation with SQL Server Agent, Security configurations, PowerShell management, Extended events, Troubleshooting, and Data import/export.
By completing this course, learners will acquire practical skills in administering SQL database infrastructure, making them valuable assets in maintaining the integrity, availability, and security of SQL Server databases within their organizations.
Successfully delivered 154 sessions for over 259 professionals
Successfully delivered 154 sessions for over 259 professionals
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♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
To ensure that participants are well-prepared to take full advantage of the Administering a SQL Database Infrastructure course, the following prerequisites are recommended:
Please note that while these prerequisites are recommended, we encourage all interested learners to enroll as the course is designed to guide participants through the necessary concepts and practices for administering a SQL database infrastructure effectively.
Administering a SQL Database Infrastructure is a comprehensive course aimed at IT professionals responsible for SQL Server database management and security.
Database Administrators
IT Professionals managing and maintaining SQL Server databases
System Administrators with responsibilities in database security
Database Developers who need to understand the infrastructure concerns
SQL Server Engineers seeking to deepen infrastructure knowledge
Data Protection Officers involved in data security and audit compliance
Technical Support Personnel specializing in SQL Server environments
IT Security Analysts focusing on database security
Professionals preparing for Microsoft's Database Certification exams
Infrastructure Architects designing secure database environments
Data Analysts requiring knowledge of SQL Server administration
IT Consultants providing strategic guidance on database infrastructure
Cloud Database Administrators managing Azure SQL Databases
PowerShell Scripters automating SQL Server management tasks
Performance Tuning and Optimization Specialists
Business Intelligence Professionals dealing with data import/export
Data Management Professionals interested in disaster recovery and high availability strategies
IT Auditors assessing SQL Server security and compliance.
Gain a comprehensive understanding of SQL Server infrastructure administration, including security, data management, automation, monitoring, and troubleshooting to effectively manage and secure your database environment.
SQL Server security involves protecting your SQL database infrastructure from unauthorized access and threats. This includes managing permissions to ensure only authorized users can access data, using strong authentication methods, and encrypting data to protect it both at rest and in transit. Administering a SQL database infrastructure effectively also involves regularly updating and patching the SQL Server software to protect against vulnerabilities. Key practices include careful monitoring of database activities and implementing robust auditing to detect and respond to potential security breaches.
Authenticating connections ensures that communication between systems is secure. When connecting to a SQL database, authentication verifies the identity of a user or another database before allowing access. Typically, this involves a username and a password, but can also include more advanced methods like certificates or encryption keys. It’s crucial because it prevents unauthorized access and protects sensitive data within the database. Proper management and configuration of database authentication form a critical component of administering a SQL database infrastructure, ensuring that only authorized users can perform actions within the database system.
Authorize logins to a professional involves setting permissions and authenticating a user's identity to access specific database functions securely. To authorize logins, a system or database administrator assigns user roles and privileges that determine which parts of the database the professional can access and what actions they can perform. This process involves managing login credentials, using strong passwords, and possibly incorporating multi-factor authentication to improve security. This is essential in maintaining the integrity and security of sensitive data within a database infrastructure, such as SQL databases.
Configuring security for databases involves setting up measures to protect data from unauthorized access and threats. This includes implementing authentication, which ensures only authorized users can access the database, and authorization, defining what data users can view or modify. Encryption is important for protecting data at rest and in transit, making it unreadable without the correct decryption keys. Regularly updating and patching the database infrastructure helps protect against vulnerabilities. Additionally, monitoring access and activities can detect and respond to potential security breaches. Properly administering a SQL database infrastructure involves understanding and applying these security practices to maintain data integrity and privacy.
Assigning roles to a professional in the context of a SQL database involves designating specific responsibilities and permissions to users within the database management system. This is essential for maintaining security and operational efficiency. Typically, roles might include database administrator, who oversees the entire system, data analyst, who interprets and queries the data, or database developer, who designs and implements database schemas and storage. Each role has access permissions tailored to their job functions, ensuring they can only access or manipulate data necessary for their tasks, thereby protecting the data's integrity and privacy.
Authorizing user access involves setting permissions that determine who can view or use certain data within a SQL database. By administering a SQL database infrastructure, one defines and implements rules that help protect sensitive information and ensure that only authorized individuals can perform specific actions, like viewing, editing, or deleting data. This process is vital for maintaining database security and operational integrity, making sure that each user has appropriate access according to their role within the organization. Proper user access control is a fundamental aspect of database management, helping to prevent unauthorized access and data breaches.
Implementing encryption involves protecting data by transforming it into a secure format that only authorized parties can access. This process uses algorithms to convert readable data into a coded form which requires a specific key to decode. In the context of administering a SQL database infrastructure, such as in courses like MOC 20764, encryption is critical for securing sensitive information stored in database systems. It helps prevent unauthorized access, ensuring that sensitive data like personal details, financial information, and confidential corporate data are safeguarded against breaches or unauthorized access.
Troubleshooting is the systematic process of identifying, diagnosing, and resolving issues or malfunctions within a system or device. It involves a logical sequence of checks and tests to pinpoint what is wrong. In the context of administering a SQL database infrastructure, troubleshooting might include examining server logs, checking database connections, or verifying configurations to ensure the system runs efficiently and securely. This approach helps technology professionals minimize downtime and maintain optimal operation of the database systems.
Auditing in the context of SQL database administration involves tracking and logging operations that affect the SQL database infrastructure. Auditors scrutinize these logs to ensure compliance, security, and efficiency of database handling. Measures include monitoring access and changes to the data, ensuring that activities are aligned with internal policies and external regulations. This is crucial for identifying unauthorized access or potential security breaches, helping safeguard against data loss and maintaining system integrity. Administering a SQL Database Infrastructure also involves setting up and managing these auditing controls effectively.
Recovery models in SQL server are configurations that control how transaction logs are maintained and used to restore a database. There are three main types: Simple, Full, and Bulk-Logged. The Simple model requires the least maintenance, discarding old transactions quickly but providing no point-in-time recovery. The Full recovery model logs all transactions, which allows for precise data restoration at any point in time but requires more storage and management. The Bulk-Logged model is a hybrid that minimizes log space for bulk operations, suitable when large data changes occur. Choosing the right model depends on your need for data restoration capabilities and storage resources.
Managing backups involves regularly copying and storing data from a database or system to secure it against loss or corruption. Backup management is crucial for disaster recovery plans, ensuring data can be restored after accidental deletion, database corruption, or system failures. Effective backup strategies include setting up consistent schedules, verifying backup integrity, and ensuring backups are comprehensible and restorable. This practice is essential in administering a SQL database infrastructure, safeguarding data integrity and availability in any unforeseen event, aligning with best practices and compliance requirements.
Data import/export in SQL database infrastructure involves transferring data to and from a database. Importing is about adding data from external files or other databases into your SQL database, which aids in updating or bulk inserting data. Exporting is the opposite, where data from your SQL database is converted into a format usable by other software tools or databases, useful for data analysis or backup purposes. Administering a SQL database infrastructure, as seen in courses like MOC 20764, often includes mastering these processes to maintain data accuracy and accessibility.
Restores in a SQL database infrastructure involve reverting a database back to a previous state using data backups. This process is critical for data recovery after accidental losses or corruption. Administering a SQL database infrastructure includes tasks like setting up backup processes, monitoring database health, and ensuring data integrity and security. Effective management of these restores requires understanding the specific configurations and needs of the database, tailoring the restore processes to minimize downtime and data loss, and regularly testing restore procedures to ensure they function correctly when needed.
Automation with SQL Server Agent is a feature in SQL Server that allows you to schedule and automate various database management tasks. This feature helps manage jobs like backups, database integrity checks, or customized administrative scripts to run at specified times or in response to certain events. It simplifies routine operations, ensuring they are performed consistently without the need for manual intervention, which can minimize errors and free up administrators for more complex tasks. The SQL Server Agent enhances efficiency and reliability in managing the SQL database infrastructure, crucial for maintaining the health and performance of database systems.
Security configurations in SQL database infrastructure involve setting rules and policies that protect data from unauthorized access and threats. These configurations include managing user permissions, ensuring strong authentication mechanisms, and encrypting sensitive data. Additionally, regularly updating the database and applying patches are critical for guarding against vulnerabilities. By effectively administering a SQL database infrastructure, professionals can prevent data breaches, ensure data integrity, and maintain compliance with relevant security standards. Proper configuration and management of security settings are essential for protecting an organization's database assets.
PowerShell management involves using PowerShell, a versatile scripting language, to automate and manage tasks on Windows systems. This tool offers administrators the power to streamline their daily workflow by automating repetitive tasks, configuring system settings, and managing files. With PowerShell, you can generate detailed scripts to handle complex jobs more efficiently, enabling you to control and orchestrate SQL databases and other server infrastructures proficiently. It integrates smoothly with other technologies, including SQL Server, making it an essential skill for managing and administering SQL database infrastructures efficiently.
Extended events in SQL Server are a powerful system designed for administering a SQL database infrastructure. They help in monitoring and analyzing the performance and health of a SQL database. Extended events capture data about SQL Server activities, allowing database administrators to troubleshoot problems and optimize database operations efficiently. This tool offers a low-impact way to collect detailed information about SQL Server, which is crucial in ensuring the smooth operation of database systems. They are a key feature in managing SQL database infrastructures through a flexible event-driven data collection system.
Administering a SQL Database Infrastructure is a comprehensive course aimed at IT professionals responsible for SQL Server database management and security.
Database Administrators
IT Professionals managing and maintaining SQL Server databases
System Administrators with responsibilities in database security
Database Developers who need to understand the infrastructure concerns
SQL Server Engineers seeking to deepen infrastructure knowledge
Data Protection Officers involved in data security and audit compliance
Technical Support Personnel specializing in SQL Server environments
IT Security Analysts focusing on database security
Professionals preparing for Microsoft's Database Certification exams
Infrastructure Architects designing secure database environments
Data Analysts requiring knowledge of SQL Server administration
IT Consultants providing strategic guidance on database infrastructure
Cloud Database Administrators managing Azure SQL Databases
PowerShell Scripters automating SQL Server management tasks
Performance Tuning and Optimization Specialists
Business Intelligence Professionals dealing with data import/export
Data Management Professionals interested in disaster recovery and high availability strategies
IT Auditors assessing SQL Server security and compliance.
Gain a comprehensive understanding of SQL Server infrastructure administration, including security, data management, automation, monitoring, and troubleshooting to effectively manage and secure your database environment.
