Discussion on Adoption

 

1. How will the migration ensure minimal downtime, especially for critical systems?

Answer: The migration will follow a phased approach with a staging environment set up first. Critical systems will remain operational until the new infrastructure is tested and validated. We will conduct User Acceptance Testing (UAT) and failover simulations to ensure minimal impact. Additionally, critical workloads will be moved during off-peak hours, and robust backup and disaster recovery plans will be in place.

2. How will you handle the migration of sensitive data, especially PII?

Answer: We will leverage Microsoft Purview for data classification and ensure Azure Information Protection (AIP) is used to label and encrypt sensitive data like PII. Both data at rest and in transit will be encrypted using Azure Key Vault and TLS/SSL protocols, ensuring compliance with privacy regulations like GDPR and HIPAA. During migration, Role-Based Access Control (RBAC) and Row-Level Security (RLS) will be enforced to ensure only authorized users can access sensitive data.

3. What measures are in place to ensure the integrity of the data during migration?

Answer: We will use Azure Data Factory for secure data migration with built-in data validation pipelines that automatically verify the integrity of the data. These pipelines will identify any discrepancies during transfer and apply corrective measures. Additionally, Azure Monitor and Log Analytics will provide continuous tracking of the migration process to ensure data integrity is maintained throughout.

4. What are the potential risks associated with this migration, and how are you mitigating them?

Answer: The primary risks include downtime, data loss, and security breaches. To mitigate these:

  • We’ll ensure thorough testing in a staging environment before moving any production workloads.
  • Data backup strategies are in place to restore information in case of any loss during migration.
  • Role-Based Access Control (RBAC) and Multi-Factor Authentication (MFA) will be enforced to prevent unauthorized access.
  • A comprehensive Disaster Recovery Plan (DR) will be implemented to handle any unforeseen issues.

5. How will the migration affect existing SSRS reports and PowerBI Embedded services?

Answer: Existing SSRS reports will be migrated to Power BI Embedded in Microsoft Fabric. We will utilize Power BI Report Server as an intermediate to convert and adapt these reports. Row-Level Security (RLS) will be applied to ensure proper access controls for sensitive report data, and Azure Monitor will help track report performance post-migration to avoid any service disruptions.

6. What will be the ongoing governance and security practices post-migration?

Answer: Post-migration, we will implement Azure Policy and Microsoft Purview for continuous governance and compliance. Regular audit logs, policy enforcement, and Azure Monitor alerts will ensure that any violations are identified and addressed promptly. Tagging strategies and cost management tools like Azure Cost Management will help manage resources and optimize cost. Automation via Azure Blueprints will maintain compliance without manual intervention.

7. How will you ensure the project remains within the agreed budget and timeline?

Answer: We will closely follow a detailed project plan with milestones and deliverables reviewed at each phase. Cost optimization tools within Azure, such as budgets and alerts, will be used to track spending. Any changes that could impact the timeline or budget will be discussed with you in advance, ensuring that we stay aligned with your business goals.

8. How will Microsoft Fabric Co-Pilot be integrated without disrupting the existing F64 framework?

Answer: Microsoft Fabric Co-Pilot will be integrated carefully, with a detailed evaluation of how it interacts with the current F64 framework. We will conduct thorough testing in the staging environment before introducing Co-Pilot into production, ensuring it enhances analytics tasks without disrupting existing data pipelines.

9. How will the Azure landing zone design contribute to governance and scalability?

Answer: The Azure landing zone design follows Microsoft’s Well-Architected Framework, which enables scalability, centralized governance, and cost efficiency. Management groups, policies, and blueprints will be applied at the subscription level to enforce governance across workloads, while Hub-and-Spoke architecture ensures scalability with secure, centralized management of network resources.

10. Can you provide proof of similar successful projects?

Answer: Yes, we have successfully handled multiple projects involving Microsoft Fabric migrations and data governance implementations. We will provide you with case studies and customer references to demonstrate our expertise in this area.


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1. What are the benefits of moving to a Landing Zone architecture?

Answer: A Landing Zone architecture in Azure allows for centralized governance, scalability, and improved cost management. It’s designed according to Azure’s Well-Architected Framework, which means that security, reliability, and operational efficiency are built-in. This structure also allows us to apply role-based access controls (RBAC), policies, and tags at the management group and subscription levels, ensuring that resources are managed efficiently and securely.

2. How will you ensure that resources are organized and governed properly across multiple business units?

Answer: We will use a structured Management Group hierarchy within Azure, where each business unit is represented by a management group. Azure Policies and Blueprints will be applied at the management group level to ensure governance and compliance across all subscriptions and resource groups. Tagging strategies will be implemented to enable cost tracking and resource management specific to each business unit.

3. How will Azure’s Hub-and-Spoke architecture benefit us in terms of network security and performance?

Answer: Azure’s Hub-and-Spoke architecture allows us to centralize services like firewalls, VPN gateways, and application gateways in the Hub, which improves network security by filtering traffic through central control points. The Spoke networks are used to isolate workloads (e.g., production, development, testing), improving performance by reducing unnecessary traffic between different environments and ensuring better control of network flows.

4. How will you manage and secure identities across the Azure ecosystem?

Answer: Identity management will be centralized using Azure Active Directory (AAD). We will implement Multi-Factor Authentication (MFA) and Conditional Access Policies to ensure secure access control. Resources related to identity, such as domain controllers and Azure Key Vaults, will be placed in a dedicated Identity Management Group, and strict Role-Based Access Control (RBAC) will be enforced.

5. How will cost optimization be managed, and how will we track it?

Answer: Cost optimization will be managed using Azure Cost Management and Budgets. We will set up alerts and spending limits to monitor resource usage and costs. By applying a tagging strategy at the resource level, each business unit will be able to track its own resource consumption, allowing you to analyze and optimize costs across departments. Azure Advisor will also provide recommendations on cost-saving opportunities.

6. What strategies are in place to ensure data protection and compliance with industry regulations?

Answer: We will use Azure Policy and Microsoft Purview to ensure that all data governance and compliance requirements, such as GDPR, are met. Data will be encrypted at rest and in transit using Azure Encryption Services and TLS/SSL. Audit logs and continuous monitoring will track data access and ensure that all policies are adhered to.

7. How will the Disaster Recovery (DR) strategy be implemented in Azure?

Answer: We will implement a Disaster Recovery (DR) strategy by utilizing Azure Site Recovery (ASR) and Geo-Redundant Storage (GRS) for backups. A secondary region will be set up for critical workloads to ensure business continuity in case of a failure in the primary region. DR simulations and failover testing will be conducted regularly to ensure that the DR plan is functional and effective.

8. How will you ensure network security, especially with public-facing services?

Answer: Public-facing services will be protected using Azure Application Gateway with Web Application Firewall (WAF) and DDoS Protection Standard to mitigate risks of attacks. Azure Firewall Premium will control inbound and outbound traffic, and any L7 traffic will be routed through appropriate solutions like Azure Front Door or Application Gateway before reaching backend services. Private Link and Network Security Groups (NSGs) will also be used to restrict access to internal resources.

9. How will the sandbox environment be isolated from production to prevent security issues?

Answer: The Sandbox environment will be a completely isolated unit within the Management Group hierarchy, with no policies or restrictions applied to it. This will prevent any accidental interaction with production systems. The sandbox will be used solely for testing and experimentation, and Access Controls will ensure that only authorized personnel can interact with it.

10. What is the overall migration approach, and how will it minimize risks?

Answer: Our migration will follow the 7 R’s strategy: Re-hosting, Re-platforming, Re-factoring, etc., depending on the workload. We will start with an Assessment and Discovery phase to understand the existing environment, followed by a Planning and Design phase to set up the necessary infrastructure. Migration will be carried out incrementally, and workloads will be validated through testing and cutover procedures to ensure a smooth transition. Disaster Recovery plans and backups will also be in place to mitigate risks during migration.

11. What is your approach to handling legacy applications that may not be easily migrated?

Answer: For legacy applications that cannot be migrated directly, we will evaluate whether they can be re-hosted (lift-and-shift) or re-platformed to cloud-native services such as Azure App Services or Azure SQL Database. For applications that require major changes, re-factoring will be considered. If necessary, certain applications will be retained on-premises with the option to revisit their migration at a later stage.

12. How will security and governance be enforced continuously across the Azure landscape?

Answer: Security and governance will be enforced using Azure Policies, Blueprints, and Management Groups. Policies will be applied at various levels (management group, subscription, resource group) to ensure that security and compliance rules are followed across the Azure landscape. Continuous monitoring will be done using Azure Monitor and Microsoft Sentinel to track any policy violations, unauthorized access, or potential threats.

13. How will Azure services like Sentinel and Defender fit into our overall security strategy?

Answer: Azure Sentinel will be used as the central security information and event management (SIEM) system to monitor and detect threats across the Azure environment. Microsoft Defender for Cloud will provide ongoing security assessments and recommendations to protect your workloads. These tools will be integrated into our overall security strategy to ensure real-time threat detection, automated responses, and compliance with security benchmarks.

By preparing for these questions, you can confidently address any concerns from the customer, highlighting the comprehensive governance, security, and scalability benefits of the Azure Landing Zone and Microsoft Fabric architecture.


********************* PLAN


Here are some potential tough questions that could be raised based on typical cloud transformation plans:

1. What specific benefits will we gain from moving to a cloud-based architecture?

Answer: The cloud offers enhanced scalability, cost optimization, and agility. Resources can be scaled up or down based on demand, reducing unnecessary costs. The cloud also allows faster deployment of new services and increased resilience with disaster recovery and high availability options. Moreover, integrated security and compliance features provide a stronger governance framework.

2. How will the cloud transformation impact our existing on-premise systems?

Answer: The transformation will be conducted in phases to ensure minimal disruption. Critical on-premise systems will remain operational until they can be safely migrated or integrated into the cloud environment. Hybrid cloud strategies may also be employed, allowing the coexistence of cloud and on-premise infrastructure.

3. What are the risks of moving to the cloud, and how will you mitigate them?

Answer: The primary risks include downtime, data loss, security breaches, and cost overruns. These risks will be mitigated by implementing a strong disaster recovery plan, data backup, and security policies such as encryption and role-based access controls (RBAC). Additionally, cost management tools will be used to monitor resource usage and prevent budget overruns.

4. How do you plan to handle data migration, especially for legacy systems?

Answer: Data migration will follow a phased approach, starting with low-risk workloads and gradually moving to more complex systems. Legacy systems will either be re-hosted (lift-and-shift), re-platformed, or re-factored based on their compatibility with cloud services. We will use tools like Azure Migrate to ensure data integrity during the migration.

5. How will you ensure compliance with industry regulations (e.g., GDPR, HIPAA) during cloud migration?

Answer: Azure Policy and Microsoft Purview will be used to enforce compliance standards. All sensitive data will be encrypted, and audit logs will be enabled to track data access. Multi-factor authentication (MFA) and conditional access policies will also ensure that only authorized personnel can access sensitive information.

6. How will security be handled, especially for sensitive data in the cloud?

Answer: We will implement comprehensive security measures, including encryption of data at rest and in transit, network security groups (NSGs), firewalls, and Azure Sentinel for threat detection. Role-based access controls will be enforced, and data classification using Azure Information Protection (AIP) will ensure that sensitive data remains protected.

7. How will performance be impacted during and after migration?

Answer: Performance will be carefully monitored throughout the migration process using tools like Azure Monitor. We will conduct extensive testing in a staging environment before fully transitioning workloads to the cloud. Post-migration, we will use Azure Autoscale to dynamically allocate resources based on demand, ensuring optimal performance.

8. What is the strategy for disaster recovery (DR) and business continuity?

Answer: We will implement a disaster recovery plan using Azure Site Recovery (ASR) to replicate critical workloads to a secondary region. In the event of a disaster, automatic failover will ensure minimal downtime. Geo-redundant storage (GRS) and regular backups will be used to maintain business continuity.

9. How will you manage and optimize costs in the cloud environment?

Answer: Azure Cost Management tools will be used to monitor and optimize resource usage. We will set spending limits and budgets to ensure that costs are controlled. Additionally, reserved instances and autoscaling will be employed to optimize cost-efficiency, avoiding over-provisioning and reducing underutilized resources.

10. How will governance be enforced across multiple teams and environments?

Answer: We will enforce governance using Azure Management Groups, policies, and blueprints. These will ensure that all teams follow consistent standards for security, compliance, and resource management. Tagging strategies will also be used to track resources and monitor cost allocation across departments.

*******************************General questions

1. Why is Azure the best cloud platform for our needs?

Answer: Azure is one of the most reliable and scalable cloud platforms with global coverage, strong security compliance, and seamless integration with existing Microsoft technologies. It offers a comprehensive range of services, from infrastructure to advanced AI/ML capabilities, enabling us to build a cloud environment tailored to your business needs.

2. What is the benefit of using a Hub-and-Spoke architecture in Azure?

Answer: The Hub-and-Spoke architecture centralizes essential services such as networking, firewalls, and identity management in the Hub, making it easier to manage security and governance. Spokes are isolated environments for different workloads (e.g., production, development), providing better control, scalability, and flexibility while maintaining network security and reducing operational overhead.

3. How does Azure ensure our data is secure, especially from external threats?

Answer: Azure offers enterprise-grade security features such as data encryption at rest and in transit, firewalls, Azure DDoS Protection, and Web Application Firewalls (WAF). In addition, we implement Azure Sentinel for proactive threat detection, and Azure Active Directory (AAD) with Multi-Factor Authentication (MFA) for identity management, ensuring your data remains secure from external threats.

4. How do we manage access control in Azure across multiple teams?

Answer: We use Role-Based Access Control (RBAC), which allows us to assign specific permissions based on job roles within your organization. This ensures that only authorized personnel have access to specific resources. Azure Active Directory (AAD) will handle user identity and access management, and policies can be enforced to limit access based on roles and requirements.

5. How does Azure support disaster recovery and business continuity?

Answer: Azure Site Recovery (ASR) ensures that critical workloads can be replicated across regions for disaster recovery purposes. In case of an outage or disaster in the primary region, workloads can be quickly failed over to a secondary region, minimizing downtime. We also implement regular backups and geo-redundant storage options to safeguard data and ensure business continuity.

6. What governance controls will be in place for our cloud environment?

Answer: Governance will be enforced using Azure Policies, Blueprints, and Management Groups to ensure consistent security, compliance, and resource management across your cloud environment. This allows us to apply policies like tagging for resource tracking, cost management, and compliance with industry regulations (e.g., GDPR, HIPAA). Automated alerts and audits will help maintain continuous compliance.

7. How will migrating to Azure affect the performance of our applications?

Answer: Azure provides a highly scalable environment that allows us to optimize performance by allocating resources dynamically based on demand. We will leverage tools like Azure Monitor and Azure Autoscale to ensure that your applications are always running at optimal performance levels. Additionally, load balancing and traffic management solutions will distribute workloads efficiently.

8. How do we ensure cost management and optimization after migration to Azure?

Answer: We will use Azure Cost Management and Budgets to track and optimize costs in real time. Cost-saving strategies like autoscaling, reserved instances, and right-sizing resources will ensure that you only pay for what you use. We’ll also implement tagging strategies to help allocate costs across departments and services for greater transparency.

9. How will you handle the transition from our on-premises infrastructure to Azure?

Answer: The transition will follow a phased approach. First, we’ll set up a staging environment in Azure and thoroughly test it. Once validated, we will migrate workloads incrementally to minimize disruption. Critical systems will remain operational until the new infrastructure is fully ready and tested. Azure Migrate tools will ensure data integrity and smooth migration.

10. How will Azure improve the scalability of our infrastructure?

Answer: Azure allows for elastic scaling, meaning resources can be automatically adjusted based on real-time demand. This means you can scale up during peak times and scale down when demand is lower, optimizing costs and ensuring performance. Azure’s global presence also allows you to expand workloads across multiple regions if needed.

11. What tools will you use for monitoring and managing our cloud infrastructure?

Answer: We will use Azure Monitor, Azure Log Analytics, and Azure Sentinel for real-time monitoring, logging, and security event management. These tools will allow us to detect potential issues early and resolve them proactively. You will also receive reports and dashboards for transparency into the health and performance of your infrastructure.

12. How will our cloud environment handle increasing traffic or load?

Answer: Azure Autoscale will automatically increase or decrease resources based on the traffic or load your applications experience. Additionally, we will implement load balancing solutions like Azure Application Gateway and Azure Traffic Manager to distribute traffic efficiently across your applications and ensure high availability, even during traffic spikes.

13. What is the backup strategy for our data in Azure?

Answer: We will use Azure Backup to create automated backups of critical data and workloads, with the option to store backups in geo-redundant storage (GRS) for added resilience. Backups can be configured to follow your desired retention policies, ensuring that data is recoverable in case of accidental deletion, corruption, or disaster.

14. How does Azure ensure compliance with regulatory requirements (GDPR, HIPAA)?

Answer: Azure offers compliance certifications for a wide range of regulatory frameworks, including GDPR, HIPAA, ISO, and SOC. Azure Policy and Microsoft Purview will help us ensure that your workloads are compliant with these regulations. We’ll set up audit trails and data protection policies to manage sensitive data and ensure compliance is continuously maintained.

15. How will we ensure that cloud resources are used efficiently across departments?

Answer: We’ll implement a tagging strategy for all resources, allowing you to track costs and usage by department, project, or environment. Additionally, Azure Cost Management tools will provide insights into how resources are being used, offering recommendations on cost optimization and efficiency improvements across your organization.

Azure Purview

 

What is Azure Purview?

Azure Purview is a unified data governance service that helps organizations discover, manage, and govern their data across a wide range of sources, both on-premises and in the cloud. It allows you to get a comprehensive view of your data estate, track data lineage, and classify sensitive information, making it easier to comply with regulatory requirements and manage data assets.

Why Do We Use Azure Purview?

  1. Data Discovery and Classification:

    • Azure Purview enables you to automatically discover and classify data across various sources (databases, files, SaaS services, etc.), helping you keep track of where data is stored and how it's being used.
    • It identifies and tags sensitive data like personally identifiable information (PII), credit card details, etc., allowing for better data management and compliance with laws like GDPR or HIPAA.
  2. Data Lineage and Cataloging:

    • Purview helps you understand the flow and transformation of data from its origin to its destination by providing data lineage tracking. This is crucial for auditing, troubleshooting, and maintaining data integrity.
    • It builds a centralized data catalog, making it easier for users across the organization to discover and understand available data assets.
  3. Unified Data Governance:

    • Azure Purview provides a centralized platform for enforcing data governance policies, ensuring that the right people have access to the right data and that data is used responsibly.
    • It integrates with various Microsoft and third-party tools, making it easier to govern data consistently across your ecosystem.
  4. Improved Data Compliance:

    • It helps ensure compliance with internal policies and external regulations by automatically scanning and classifying data, flagging compliance risks, and generating insights into data usage.
  5. Enterprise-wide Data Insights:

    • Purview provides high-level insights into your data estate, allowing business leaders to make better decisions based on accurate and well-governed data.

How Do We Use Azure Purview?

  1. Data Source Integration:

    • First, you connect your data sources to Azure Purview, which can include databases (SQL, Oracle), cloud storage (Azure Data Lake, AWS S3), SaaS services (Salesforce, Dynamics 365), and even on-premises systems.
    • Azure Purview then scans these data sources to discover and index data assets.
  2. Data Cataloging:

    • Once the data is discovered, Azure Purview automatically catalogs it. This catalog is searchable, making it easier for teams to find the data they need.
    • You can tag and annotate data assets to improve the understanding and context of each data source.
  3. Data Classification:

    • Azure Purview applies automated data classification to identify and classify sensitive data such as personal, financial, or health-related information.
    • You can also create custom classifications based on your organization’s specific requirements.
  4. Data Lineage Tracking:

    • Purview provides end-to-end data lineage visualization. This shows how data moves through various systems, how it is transformed, and where it is consumed, giving full visibility into the data journey.
  5. Governance and Policy Management:

    • You can define governance policies in Purview that control who has access to data, how data is used, and how it must be protected. These policies are enforced across your data estate.
  6. Collaboration and Search:

    • Teams can use Purview’s data catalog to search and discover relevant data. With tagging, annotations, and asset descriptions, users can find the right data and understand its context.
    • Data professionals (e.g., data scientists or analysts) can use Purview to ensure the data they work with is accurate, compliant, and trusted.

Summary:

  • Azure Purview is a comprehensive data governance tool that allows you to discover, classify, track, and govern data across on-premises and cloud systems.
  • Why use it: It helps in maintaining data compliance, protecting sensitive information, managing data assets efficiently, and improving data-driven decision-making.
  • How to use it: Integrate your data sources, allow Purview to catalog and classify your data, visualize data lineage, and enforce governance policies.

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Conceptual Flow of Azure Purview

At a high level, using Azure Purview involves a series of interconnected steps, from setting up the service to managing data governance. Here’s the breakdown of how it works:

1. Setup and Data Source Integration

What You Do:

  • Provision Azure Purview: You start by creating an Azure Purview account from the Azure Portal. Once the account is created, you configure it to start governing your data.
  • Connect Data Sources: You need to register the data sources you want to govern. These can be from multiple environments, including:
    • Azure (e.g., Azure Data Lake, Azure SQL, Azure Synapse)
    • On-Premises (e.g., SQL Server, Oracle DB)
    • Other Cloud Providers (e.g., AWS S3, Google Cloud)
    • SaaS applications (e.g., Salesforce, Dynamics 365)

What Purview Does:

  • Scan the Data Sources: After you register a data source, Purview will perform an initial scan of the connected data sources. Scanning involves inspecting the metadata (but not the actual data) to build a catalog of all available data assets (e.g., tables, files, reports, etc.).
  • Metadata Collection: Purview collects metadata such as data source names, schema, column names, data types, etc. This creates a foundation for understanding what data exists across your ecosystem.

Concept:

The scanning process allows Purview to discover and catalog all data assets. This scan is automated and periodically repeated to keep the catalog updated.


2. Data Cataloging

What You Do:

  • Define Data Asset Ownership and Tags: You can manually add details like who owns the data asset, its business context, and assign tags for easier searchability.
  • Organize by Business Units: You can logically organize the discovered data assets by business unit, data domain, or other relevant categories to align with organizational needs.

What Purview Does:

  • Automatically Builds a Data Catalog: Purview creates a searchable data catalog where each asset is a part of this structured repository. The catalog is searchable and provides detailed information about each data asset (e.g., data location, usage).
  • Enables Data Discovery: Purview allows users within the organization to search through the catalog for relevant data using metadata, tags, and descriptions.

Concept:

The data catalog is essentially a metadata repository that provides a complete picture of your data estate. It organizes all the metadata into a single place where users can easily find and understand what data exists, regardless of where it is stored.


3. Data Classification

What You Do:

  • Set Data Classification Rules: While Purview can automatically classify data, you can also define custom classification rules. For example, if certain fields contain personally identifiable information (PII), you can create custom classifiers for them.
  • Initiate Data Classification: You trigger data classification by setting Purview to scan the data for specific types of sensitive information (PII, financial data, health data).

What Purview Does:

  • Auto-Classification: Purview will use built-in classifiers to automatically identify and label sensitive data. For instance, it will scan through your metadata and classify columns like “SSN” or “Credit Card Number” as PII.
  • Custom Classification: Purview supports custom classification rules, meaning if your organization has unique data classification needs, you can define your own classifiers.
  • Generate Sensitive Data Reports: After classification, Purview creates reports on where sensitive data is located and how much of it exists, helping you manage compliance requirements.

Concept:

The classification process helps organizations manage data sensitivity and compliance by automatically detecting and tagging sensitive information. This enables organizations to maintain better control over regulated or confidential data.


4. Data Lineage Tracking

What You Do:

  • Configure Data Lineage Collection: You can manually integrate Purview with data pipelines, ETL jobs, or processes that move or transform data. For example, integrating with Azure Data Factory, SQL databases, and other processing services.

What Purview Does:

  • Automatic Lineage Discovery: Purview captures and visualizes data lineage by tracking how data moves and transforms through systems. It shows the data’s journey, from its origin (e.g., source system) to the final destination (e.g., reporting or analytics).
  • Track Data Changes: Purview tracks transformations applied to the data (e.g., from raw to cleaned), which is vital for auditing purposes.

Concept:

Data lineage gives you visibility into the flow of data across your systems, which is crucial for audits, compliance, and troubleshooting. It ensures you understand where the data comes from, how it is processed, and where it goes.


5. Governance Policies and Access Control

What You Do:

  • Define Governance Policies: You can set data access policies and governance rules within Purview. This includes who can access specific data assets and under what conditions.
  • Assign Roles: Define roles and responsibilities for data stewards, custodians, or users who need access to specific data.

What Purview Does:

  • Enforce Policies: Purview helps enforce these policies across the data estate. For example, it can restrict access to sensitive data to only specific individuals or teams.
  • Provide a Governance Dashboard: It provides an overview of governance activities, including compliance status, policy violations, and asset access.

Concept:

Purview acts as a policy enforcement layer for your data governance strategy, ensuring that access control and data protection rules are applied consistently across your environment.


6. Insights and Reporting

What You Do:

  • Generate Compliance Reports: You can generate reports to showcase compliance with internal or external regulations.
  • Use Dashboards for Monitoring: You can monitor the health of your data governance framework and look at dashboards to see sensitive data locations, policy adherence, and data usage patterns.

What Purview Does:

  • Provides Business Insights: Purview generates insights into how data is being used across the organization, which data is most accessed, and whether any governance issues exist.
  • Compliance Monitoring: Purview continuously scans the environment for any data governance violations or risks, providing alerts and recommendations to address them.

Concept:

Purview provides ongoing visibility and insights into your data estate, helping you monitor compliance, optimize data usage, and track overall data health.


End-to-End Flow Summary:

  1. Set up Azure Purview → Register your data sources.
  2. Scan and Discover Data → Purview creates a data catalog from metadata.
  3. Classify Sensitive Data → Purview automatically classifies data (e.g., PII, financial data).
  4. Track Data Lineage → Purview visualizes data movement across systems.
  5. Define Governance Policies → You establish rules for access and protection.
  6. Monitor Compliance and Insights → Purview tracks compliance and provides actionable insights.

Conclusion:

Azure Purview is a robust tool for managing your data governance strategy. It handles everything from automatic data discovery, cataloging, and classification to tracking data lineage and enforcing governance policies. With Purview, you can ensure your data is well-governed, secure, and compliant across your entire organization.


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Scenario: Retail Company Data Governance with Azure Purview

Company Background:
A retail company, RetailCo, operates in multiple regions and deals with a wide variety of data, including sales transactions, customer profiles, product catalogs, and supply chain information. RetailCo has data stored across various systems like SQL databases, Azure Data Lake, and on-premises storage, with some systems storing sensitive customer information (e.g., names, emails, credit card numbers). RetailCo also has data pipelines that process sales data for generating reports.

Goal:
RetailCo needs to ensure that all data across these systems is discoverable, well-governed, and classified correctly to meet compliance requirements such as GDPR. They also need to track how customer data flows through the system to ensure it is handled securely.

Step-by-Step with Azure Purview:

1. Setting Up Azure Purview and Connecting Data Sources

What RetailCo Does:

  • Creates an Azure Purview Account from the Azure Portal.
  • Connects Data Sources: They register their Azure Data Lake, SQL Server, and on-premises Oracle DB as data sources in Azure Purview. These contain sales data, customer profiles, and product data.

What Purview Does:

  • Scans the Data Sources: Purview automatically scans these sources and collects metadata (e.g., table names, columns, file names, and types) without accessing the actual data.

Scenario Example:
RetailCo’s SQL Server has a “CustomerInfo” table, containing columns like CustomerID, Name, Email, and CreditCardNumber. After scanning, Purview discovers the CustomerInfo table and stores its metadata in the Purview catalog.


2. Building the Data Catalog

What RetailCo Does:

  • Assigns Business Tags: The data management team at RetailCo tags data sources to identify ownership (e.g., Sales, Marketing, Supply Chain), so other users can easily find the relevant data.

What Purview Does:

  • Creates a Searchable Catalog: The discovered data assets (like the CustomerInfo table) are now part of a centralized, searchable catalog, accessible by teams across the company.

Scenario Example:
The CustomerInfo table gets tagged with "Sensitive" and "Sales Department". When users search for customer-related or sales-related data, they can easily find this table in the catalog.


3. Classifying Sensitive Data

What RetailCo Does:

  • Custom Classification Rules: RetailCo defines custom rules in Purview to classify data that may contain sensitive information, such as customer email addresses or credit card numbers.

What Purview Does:

  • Auto-Classifies Data: Purview automatically scans the metadata of the CustomerInfo table and detects that Email and CreditCardNumber columns contain sensitive data. It flags these columns as PII (Personally Identifiable Information) and PCI (Payment Card Information).

Scenario Example:
RetailCo now has visibility that the CreditCardNumber column in the CustomerInfo table is classified as PCI, ensuring they know exactly where sensitive payment data is located.


4. Tracking Data Lineage

What RetailCo Does:

  • Sets Up Data Lineage Tracking: RetailCo connects its data pipelines (e.g., Azure Data Factory) and processing jobs to Purview, so it can track how sales data flows and is transformed.

What Purview Does:

  • Captures Data Lineage: Purview automatically records data lineage, showing how data moves from raw transactional logs in Azure Data Lake to the SalesReports table in the SQL Server, and finally into Power BI for reporting.

Scenario Example:
The company’s sales data flows from a transactional file in Azure Data Lake, gets cleaned in Azure Data Factory, and is stored in SQL Server. Purview captures this flow, so RetailCo can visually trace every step of how sales data is processed from raw files to final reports.


5. Defining Governance Policies

What RetailCo Does:

  • Defines Data Access Policies: RetailCo sets governance policies in Purview that restrict access to sensitive data, such as credit card numbers, to only specific individuals (e.g., the Finance team).

What Purview Does:

  • Enforces Policies: Purview automatically enforces these policies across connected data sources. If someone outside of the Finance team tries to access the CreditCardNumber column, access is denied.

Scenario Example:
Only the Finance team at RetailCo can access the CreditCardNumber column in the CustomerInfo table. If an unauthorized user from the Marketing team tries to retrieve credit card data, Purview ensures they don’t have access.


6. Monitoring and Reporting

What RetailCo Does:

  • Uses Purview’s Dashboard: The data governance team uses Purview's dashboards to monitor data compliance, view data usage patterns, and identify any governance violations.

What Purview Does:

  • Provides Insights: Purview continuously monitors data usage and provides insights into sensitive data locations, policy violations, and compliance status. It also flags any unauthorized access attempts or compliance risks.

Scenario Example:
RetailCo’s compliance officer regularly checks Purview’s compliance reports to ensure GDPR compliance. They get an alert if sensitive customer data (like emails or credit card numbers) is accessed by an unauthorized team or if there are untagged data assets.


End-to-End Flow Summary for RetailCo:

  1. Set up Purview and Register Sources: RetailCo sets up Purview and connects various data sources.
  2. Scan and Discover Data: Purview scans these sources and builds a data catalog.
  3. Classify Sensitive Data: Purview automatically classifies PII and PCI data, flagging sensitive columns like CreditCardNumber.
  4. Track Data Lineage: Purview tracks the journey of data from raw files to final reports, providing complete visibility into how data is processed.
  5. Define Governance Policies: RetailCo defines and enforces data access policies, ensuring only authorized teams can access sensitive data.
  6. Monitor and Report: Purview provides insights and compliance monitoring, ensuring RetailCo meets regulatory requirements like GDPR.

Conclusion:

By using Azure Purview, RetailCo achieves full data visibility and governance across its diverse data sources. They can automatically discover and classify sensitive data, track how data flows through the organization, and enforce strict access policies. This allows them to meet compliance requirements and ensure data is used responsibly across the business.

This scenario-driven approach illustrates how Azure Purview can be implemented to manage complex data estates in real-world situations, ensuring governance, security, and compliance.


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Azure Purview can classify unstructured data like documents, including files such as Word documents, PDFs, Excel files, text files, and more. Purview is capable of scanning and classifying unstructured data stored in various locations such as Azure Data Lake, Blob Storage, and other supported storage systems.

How Purview Classifies Unstructured Data:

  1. Data Scanning:

    • Purview can scan unstructured data sources (e.g., files and documents) to extract metadata and perform content analysis. It looks for patterns and keywords within the document to identify sensitive information like personally identifiable information (PII), financial data, or health data.
  2. Built-in and Custom Classifications:

    • Built-in classifiers: Purview comes with built-in classifiers for common types of sensitive data, such as credit card numbers, email addresses, social security numbers, and financial records.
    • Custom classifiers: You can also define custom classification rules to tag data based on your organization’s specific needs. For instance, you can create a custom rule to detect legal documents or internal memos.
  3. Sensitive Data Classification:

    • When scanning unstructured data, Purview uses regular expressions, machine learning models, and sensitive data labels to identify and classify content that may contain confidential or sensitive information. For example, it can flag any files containing social security numbers or health-related information (e.g., HIPAA-compliant data).
  4. Metadata and Tags:

    • After classification, Purview associates the file with tags that reflect its sensitivity. For example, a PDF containing client information might be tagged as PII or Confidential. These tags make it easier to discover and manage sensitive documents.

Example Scenario:

If your company stores unstructured data, such as contracts or financial reports in Azure Blob Storage or Azure Data Lake, Azure Purview can:

  • Scan the documents.
  • Automatically classify documents containing credit card numbers or personal data as sensitive.
  • Add relevant tags to these documents for easy discovery and management.
  • Provide insights into where sensitive unstructured data resides, ensuring better control and compliance.

Conclusion:

Azure Purview can indeed classify unstructured data like documents, enabling organizations to discover, tag, and manage sensitive content across their data estate, including both structured and unstructured data sources. This is particularly useful for data governance and ensuring compliance with regulatory requirements like GDPR, HIPAA, or PCI-DSS.


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Azure Purview’s pricing model is based on several components, each covering different aspects of the data governance service. The key factors influencing the cost of using Azure Purview include data map storage, data scans, classifications, and resource consumption for running these processes. Here's a breakdown of how pricing works for Azure Purview:

1. Data Map Storage

The Data Map is the central repository in Azure Purview that stores metadata, classifications, data lineage, and other information about your data estate.

  • Pricing Model: You are charged based on the storage capacity of the data map. This is measured in Capacity Units (CUs).
  • 1 Capacity Unit = 1 million data assets or 1 TB of metadata storage.
  • Cost: You pay a fixed monthly fee for each Capacity Unit used. As your metadata increases with the growth of your data estate, more Capacity Units may be required.

2. Data Scanning

When you use Azure Purview to scan data sources (both structured and unstructured), you are charged based on the volume of data scanned.

  • Pricing Model: The cost is calculated based on the number of vCore-hours consumed during the scanning process.
  • vCore-Hours: This is a measure of the virtual CPU cores used for the scan, multiplied by the duration of the scan in hours. Different data sources might take varying amounts of vCore-hours depending on the size and complexity of the data.
  • Cost: You pay for the number of vCore-hours used for scanning. For example, scanning a 1TB database will cost more than scanning a 100GB dataset.

3. Data Classification

Azure Purview can classify data assets during scans to identify sensitive information like PII, financial data, and other confidential data. Classification runs in parallel with the scanning process.

  • Pricing Model: You pay for additional vCore-hours if you enable data classification along with scanning.
  • Cost: The cost is an additional charge over scanning, based on how much compute power is used for classifying the data during the scan. More complex classifications or large datasets may incur higher costs.

4. Data Insights and Management

Purview generates insights and dashboards for monitoring compliance, sensitive data locations, and governance policy adherence.

  • Pricing Model: There is no direct charge for insights or dashboard generation. However, these are tied to the data map, and additional storage or scans may be required to keep the data map up to date, which could indirectly influence cost.

5. Scanning Frequency

How often you scan your data sources also affects the pricing. You can schedule scans to occur periodically (e.g., daily, weekly), and each scan will consume vCore-hours and contribute to your overall cost.

  • Pricing Tip: You can control costs by setting appropriate scanning schedules based on the nature of the data sources. For example, highly dynamic datasets might require frequent scans, while static data can be scanned less frequently.

6. Free Tier

Azure Purview offers a free tier with limited capacity for trying out the service. The free tier includes:

  • 1 Capacity Unit for Data Map storage.
  • 1 vCore-hour of data scanning each month. This free tier is useful for small-scale testing, but large production environments will likely exceed these limits.

Example Pricing Scenario:

Let’s say a company uses Azure Purview to manage their data estate, and they have:

  • 500GB of metadata stored in the Purview Data Map.
  • They run scans on 3 data sources (an Azure Data Lake, an SQL Server, and an on-premises file system) once a week.
  • They enable data classification during scans.

For this setup:

  1. Data Map Storage: 500GB fits within 1 Capacity Unit, so they’ll pay the monthly fee for 1 Capacity Unit.
  2. Data Scanning: Each scan of the data sources (based on the size and complexity of the data) consumes 10 vCore-hours per scan. With weekly scans, this results in 40 vCore-hours per month.
  3. Classification: Since classification is enabled, additional vCore-hours will be required, adding extra compute costs on top of scanning.

Cost Optimization Tips:

  • Use on-demand scans: Instead of frequent, scheduled scans, consider on-demand scanning to reduce unnecessary vCore-hour consumption.
  • Monitor Data Map growth: Keep an eye on your data map usage to ensure you’re not storing excessive metadata that might increase your Capacity Units.
  • Leverage Free Tier: If you’re just starting or have a small data estate, make use of the free tier for trial purposes.

Conclusion:

Azure Purview pricing is flexible and scalable, depending on the size of your data estate, the complexity of scans, and how often you run them. Costs primarily come from Data Map storage and vCore-hours used for scanning and classification. Monitoring and controlling scan schedules, data map usage, and classification settings can help optimize costs.


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Azure Purview and Microsoft Purview (formerly known as Microsoft 365 Compliance), while they share the same "Purview" branding, are designed for different purposes and serve distinct functions in the Microsoft ecosystem. Here's a breakdown of the differences:

1. Azure Purview:

  • Purpose: Azure Purview is a unified data governance service focused on helping organizations discover, catalog, classify, and govern data across on-premises, multi-cloud, and SaaS environments.
  • Focus:
    • Data discovery across an organization’s data estate (both structured and unstructured data).
    • Provides data lineage, metadata management, and data classification.
    • Helps with data governance and compliance by ensuring data is properly managed across various data sources.
  • Scope: Azure Purview is used for enterprise-wide data governance that includes Azure services, on-premises data, and other cloud providers (AWS, Google Cloud), as well as SaaS applications.
  • Example Use Case: A company with data spread across Azure Data Lake, SQL databases, AWS S3, and on-premises Oracle databases uses Azure Purview to create a centralized data catalog, track data lineage, and classify sensitive data for governance and compliance.

2. Microsoft Purview (formerly Microsoft 365 Compliance):

  • Purpose: Microsoft Purview (M365 Compliance) is focused on managing information protection and compliance for Microsoft 365 services (such as Exchange Online, SharePoint Online, OneDrive, and Teams).
  • Focus:
    • Information protection by identifying and securing sensitive information within Microsoft 365 applications (e.g., documents, emails, chats).
    • Compliance management tools, including data loss prevention (DLP), insider risk management, information governance, eDiscovery, and records management.
    • Provides tools to help organizations meet regulatory and internal compliance requirements.
  • Scope: It is mainly focused on the Microsoft 365 ecosystem and integrates deeply with Microsoft services like SharePoint, Exchange, OneDrive, and Teams. It doesn’t focus on broader enterprise data governance but rather information compliance and protection within the Microsoft 365 environment.
  • Example Use Case: A company wants to prevent sensitive information (like credit card numbers or PII) from being shared through emails or Teams chats. They use Microsoft Purview DLP (Data Loss Prevention) to automatically detect and block such information within Microsoft 365 services.

Key Differences:

Feature/AspectAzure PurviewMicrosoft Purview (MS 365 Compliance)
Primary FocusEnterprise-wide data governance and discovery.Information protection, compliance, and risk management for Microsoft 365.
Scope of DataWorks across Azure, on-prem, and multi-cloud (AWS, Google).Limited to Microsoft 365 services (Exchange, SharePoint, Teams, etc.).
Core Capabilities- Data cataloging, classification, and lineage.
- Data governance across diverse sources.
- Data Loss Prevention (DLP), retention policies, information protection.
- Compliance reporting and eDiscovery.
Use CaseManaging and governing data across the entire data estate, including hybrid and multi-cloud environments.Ensuring compliance and data protection within Microsoft 365 services.
Compliance FocusGeneral data governance and regulatory compliance for enterprise data.Focused on regulatory compliance and protecting M365 data.
IntegrationWorks with Azure, on-premises, and other cloud environments.Deep integration with Microsoft 365 services.
Who Uses ItData governance teams managing data across multiple sources and locations.Compliance officers, IT admins, and security teams focusing on M365 data protection.

Summary:

  • Azure Purview is a data governance solution aimed at organizations looking to manage and govern data across a variety of sources, whether in Azure, on-premises, or multi-cloud environments. It’s focused on discovery, cataloging, and data classification.
  • Microsoft Purview (M365 Compliance) is focused on information protection and compliance within the Microsoft 365 suite (Exchange, SharePoint, Teams, etc.), providing tools like DLP, eDiscovery, and insider risk management.

In short, Azure Purview governs data across the entire enterprise, while Microsoft Purview (M365 Compliance) is specifically for managing compliance and information protection in Microsoft 365.


Microsoft Purview (formerly known as Microsoft 365 Compliance) does classify data, but it does so specifically within the Microsoft 365 ecosystem (e.g., Word, Excel, emails, SharePoint, OneDrive, and Teams). This classification is part of its information protection and compliance features, which help safeguard sensitive data and ensure compliance with organizational policies.

Here’s how data classification works in Microsoft Purview within Microsoft 365 services:

1. Data Classification in Microsoft Purview (M365)

Microsoft Purview provides data classification capabilities through sensitivity labels and automatic classification in apps like Word, Excel, Outlook, Teams, etc.

  • Sensitivity Labels: These labels allow you to classify and protect data based on its sensitivity (e.g., Confidential, Public, Highly Confidential). Sensitivity labels are applied to documents, emails, and other data within Microsoft 365 apps.

  • Manual Classification: Users can manually apply sensitivity labels to their documents or emails to categorize information as "Confidential," "Highly Confidential," or "Internal," depending on how sensitive the information is.

  • Automatic Classification: Microsoft Purview can automatically apply sensitivity labels to data based on content inspection. For example, if a document contains sensitive information like credit card numbers, Social Security numbers, or other personal data, Microsoft Purview can automatically classify the document as Confidential or apply encryption to protect it.

2. How Does It Work in Word, Excel, and Outlook?

  • Manual Application of Sensitivity Labels:

    • In Word, Excel, PowerPoint, and Outlook, users can apply sensitivity labels directly to their files or emails. For example, when composing an email in Outlook, a user might label it as "Confidential", ensuring that only intended recipients can access it.
    • These labels can restrict actions like forwarding, printing, or copying the document or email, adding extra layers of protection.
  • Automatic Data Classification:

    • Microsoft Purview’s Information Protection tools can automatically classify files and emails based on predefined policies. For instance, if a Word document contains the phrase "Internal Use Only" or a credit card number, it can automatically apply a "Confidential" label.
    • This works via Data Loss Prevention (DLP) and Sensitive Information Types (SIT) that identify patterns (e.g., for PII, financial info) and apply the appropriate label.

3. How Does Classification Work?

  • Sensitivity Labels are created and managed by admins in the Microsoft Purview Compliance Center. Admins can define what each label means, such as Public, Internal, Confidential, or Highly Confidential, and specify the level of protection associated with each label (e.g., encryption, rights management).
  • When a user applies a sensitivity label to a document or email:
    • It can encrypt the content, ensuring only authorized users can open it.
    • It can apply watermarks, headers, or footers indicating the sensitivity level.
    • It can restrict specific actions like forwarding or printing.
  • Automatic Classification works by scanning content for specific patterns, keywords, or sensitive information types (like credit card numbers or social security numbers), then applying labels automatically.

Example Scenario:

  • In Word: If a user writes a document that contains sensitive company financial data, they can manually label it as "Confidential". Alternatively, if the document contains keywords like "Classified" or patterns like credit card numbers, Microsoft Purview’s automatic classification will label it as "Confidential", encrypting the document and adding usage restrictions.

  • In Outlook: When composing an email that includes customer PII (personally identifiable information), the system can prompt the user to apply a "Confidential" sensitivity label, or it can do so automatically based on predefined rules. The email will be encrypted, and the recipient will not be able to forward it or copy its contents.

4. Integration with Data Loss Prevention (DLP)

  • Data Loss Prevention (DLP) is a feature in Microsoft Purview that works in conjunction with sensitivity labels to ensure sensitive information doesn’t leave the organization inappropriately.
  • For example, DLP policies can scan emails, files, and documents for sensitive content (like credit card numbers, health data, or trade secrets) and either block the data from being shared or apply a "Confidential" label with encryption.

How It Differs from Azure Purview:

  • Azure Purview focuses on governing and cataloging data across various data sources, including structured and unstructured data in multi-cloud and on-premises environments. Its classification capabilities are used for data governance at a broader, enterprise-wide level.
  • Microsoft Purview (M365), on the other hand, focuses on information protection within the Microsoft 365 ecosystem (Word, Excel, SharePoint, OneDrive, etc.). It helps secure sensitive information within these platforms through labels, DLP, and encryption.

Conclusion:

Microsoft Purview (M365 Compliance) does classify data, particularly within the Microsoft 365 environment (e.g., Word, Outlook, Excel), by using sensitivity labels and automatic classification features. This classification helps protect sensitive information, ensuring that data is labeled appropriately (e.g., Confidential, Highly Confidential) and applying protection like encryption or usage restrictions to keep it safe.


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Microsoft Purview now combining both the former Azure Purview and Microsoft 365 compliance solutions, the branding has evolved to provide a unified data governance and compliance platform. However, the conceptual workflows for the governance of enterprise-wide data (formerly Azure Purview) and information protection and compliance (formerly Microsoft 365 Compliance) remain distinct.

Here’s how we can reconcile the previous explanations under this new Microsoft Purview umbrella:

Updated Understanding of Microsoft Purview:

Microsoft Purview now represents a comprehensive solution for both:

  1. Data governance across on-premises, multi-cloud, and SaaS environments (formerly Azure Purview).
  2. Information protection, compliance, and risk management within the Microsoft 365 ecosystem (formerly Microsoft 365 Compliance).

Conceptual Flows: Unified but Distinct in Scope

Even though these services fall under a single Microsoft Purview brand, the core functionalities of each component (data governance vs. information protection) still operate similarly, with the following flows:


1. Data Governance Flow (Formerly Azure Purview)

This part of Microsoft Purview focuses on enterprise-wide data governance. It involves managing, discovering, classifying, and governing data across hybrid and multi-cloud environments.

Step-by-Step Flow:

  1. Data Source Integration: You connect various data sources, including Azure, AWS, on-premises databases, and SaaS applications to Microsoft Purview.
  2. Data Cataloging: Purview scans these sources and catalogs the data. This includes building a metadata repository for structured and unstructured data.
  3. Data Classification: Purview automatically classifies sensitive data across these sources using built-in or custom classifiers (e.g., identifying PII in an on-premises SQL database).
  4. Data Lineage: Track how data flows across the organization, showing transformations, processing, and how it's consumed across systems.
  5. Governance Policies: Define access control and compliance rules for managing data in a unified way, ensuring proper governance across cloud, hybrid, and on-prem environments.
  6. Insights and Monitoring: Purview provides insights into the governance health of the organization’s data estate, helping you ensure that data is well-managed and compliant.

Example: A retail company uses Microsoft Purview to govern data spread across Azure Data Lake, AWS S3, and on-premises SQL Server, classifying customer data as sensitive and tracking its lineage as it moves through ETL pipelines.


2. Information Protection and Compliance Flow (Formerly Microsoft 365 Compliance)

This aspect of Microsoft Purview focuses on managing sensitive information within Microsoft 365 services, ensuring compliance, and providing tools for information protection, data loss prevention (DLP), and eDiscovery.

Step-by-Step Flow:

  1. Sensitivity Label Setup: You define sensitivity labels to classify data as Confidential, Public, etc. within Microsoft 365 services like Word, Excel, Outlook, SharePoint, and Teams.
  2. Manual and Automatic Labeling: Users apply sensitivity labels manually to emails or documents, or Microsoft Purview applies them automatically based on rules (e.g., if an email contains credit card numbers, it’s labeled as Confidential).
  3. Data Loss Prevention (DLP): DLP policies are created to block or restrict the sharing of sensitive data across Microsoft 365 services. These rules prevent PII from being emailed to unauthorized parties or shared outside the organization.
  4. Compliance Monitoring and Alerts: Purview continuously monitors for compliance violations within Microsoft 365, alerting administrators to risky behavior, like unauthorized sharing of sensitive data.
  5. eDiscovery and Auditing: Purview provides eDiscovery tools to search across Microsoft 365 services during legal or regulatory investigations, while audit logs track how sensitive data is accessed or shared.
  6. Compliance Reporting: Generate reports to show compliance with regulations like GDPR, HIPAA, or SOX using built-in templates.

Example: A finance company uses Microsoft Purview to apply DLP policies in Outlook, preventing sensitive financial data from being shared outside the organization. They also use eDiscovery to find relevant emails for legal cases.


Unifying the Two in Microsoft Purview

The new Microsoft Purview unifies these services, allowing organizations to:

  • Govern enterprise data (formerly Azure Purview) across multi-cloud, hybrid, and on-prem environments.
  • Manage information protection and compliance for data specifically within Microsoft 365 services.

Although the branding is unified, the conceptual flows and use cases are still distinct:

  • Data governance focuses on a broader data estate (hybrid, multi-cloud, and on-prem).
  • Information protection is focused on Microsoft 365 services.

How They Work Together

  1. Data Discovery and Governance (across the entire enterprise):
    • Microsoft Purview provides end-to-end data discovery, governance, and classification for structured and unstructured data, whether it's stored in Azure, AWS, or on-premises systems.
  2. Information Protection and Compliance (within Microsoft 365):
    • For data specifically in Microsoft 365 apps (emails, documents, chats), Microsoft Purview applies sensitivity labels, DLP policies, and compliance monitoring to protect sensitive data, ensure it's handled properly, and prevent leaks.

Practical Example of Unified Usage:

A healthcare organization might use Microsoft Purview to:

  1. Govern data across their data estate:

    • Azure Data Lake stores sensitive health records, while on-premises SQL stores patient information.
    • Microsoft Purview discovers, catalogs, and classifies this data, ensuring sensitive patient records are tracked and managed according to healthcare compliance laws like HIPAA.
  2. Protect data within Microsoft 365:

    • The same organization uses Outlook and Teams to communicate about patient cases internally.
    • Microsoft Purview applies sensitivity labels to emails and DLP policies to prevent patient records from being emailed externally by accident.
    • eDiscovery helps them respond to legal requests for specific patient-related communications.

Conclusion:

With the new Microsoft Purview, you get a comprehensive platform that offers both:

  • Enterprise-wide data governance across multi-cloud and hybrid environments (what was previously Azure Purview).
  • Information protection and compliance within Microsoft 365 services (formerly Microsoft 365 Compliance).

While the branding has unified under Microsoft Purview, the core governance and compliance flows operate similarly to how they did previously, with data governance focusing on the broader data estate and information protection focusing on Microsoft 365. The combination gives organizations a holistic approach to data management, governance, and compliance across both enterprise data and productivity tools.


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Conceptual Flow of Microsoft Purview (M365 Compliance)

Microsoft Purview ensures that sensitive information within Word, Excel, Outlook, SharePoint, OneDrive, and Teams is protected, classified, and managed according to your organization’s compliance and security policies.

1. Setup and Policy Definition

What You Do:

  • Configure Sensitivity Labels: You start by defining sensitivity labels in the Microsoft Purview Compliance Center. Sensitivity labels are used to categorize and protect documents and emails based on their level of confidentiality (e.g., Public, Internal, Confidential, Highly Confidential).

    • You define what each label means and set up policies for handling sensitive data (e.g., encrypting documents, applying watermarks, or restricting email forwarding).
  • Create Data Loss Prevention (DLP) Policies: Define DLP policies to automatically detect and protect sensitive information such as personal identifiable information (PII), financial information, or health data in documents or emails. DLP policies allow you to block or restrict sharing of sensitive data.

What Purview Does:

  • Policy Enforcement: Once labels and policies are defined, Microsoft Purview automatically enforces these policies across your Microsoft 365 environment (emails, documents, chats, etc.).
  • Custom or Built-in Templates: You can use built-in templates for common regulatory compliance requirements (e.g., GDPR, HIPAA), or create custom rules that match your organization’s unique needs.

Concept:

In this step, you define the rules that govern how sensitive data should be classified, protected, and managed within Microsoft 365 services.


2. Sensitivity Label Application

What You Do:

  • Manual Label Application: Users can manually apply sensitivity labels to documents, spreadsheets, or emails. For example, when drafting an email or creating a document in Word or Excel, they select a label like “Confidential” or “Public” depending on the sensitivity of the content.

  • Automatic Label Application: You configure auto-classification policies to automatically apply sensitivity labels to documents or emails that contain sensitive information (like credit card numbers or social security numbers).

What Purview Does:

  • Automatic Data Classification: When a document, email, or message contains patterns matching predefined sensitive information types (e.g., PII or financial data), Microsoft Purview automatically applies the appropriate label.
    • For example, if an email contains a credit card number, Purview can automatically classify it as Confidential and encrypt the content to prevent unauthorized access.
  • Enforce Encryption and Rights Management: Sensitivity labels can enforce encryption, restrict document sharing, or apply other rights management features (like preventing printing or forwarding).

Concept:

At this stage, data within Microsoft 365 (emails, documents, chats) is classified either manually by users or automatically by Purview, ensuring that sensitive data is labeled correctly and protected based on the label’s rules.


3. Data Loss Prevention (DLP) Enforcement

What You Do:

  • Create DLP Rules: You define Data Loss Prevention (DLP) rules to detect and protect sensitive data, ensuring that information like PII, health records, or trade secrets does not leave the organization without appropriate safeguards.

  • Configure Alerts and Actions: You can set rules to alert administrators or prevent users from sending sensitive information through emails, sharing it in Teams, or uploading it to OneDrive or SharePoint.

What Purview Does:

  • Detect and Block Sensitive Data: Microsoft Purview scans files, emails, and communications for sensitive information based on the DLP rules you’ve configured. It can block the action, notify users of potential violations, or apply encryption automatically.

  • Policy Suggestions: Purview can also provide recommendations when it detects sensitive data, such as prompting the user to apply a Confidential label or blocking the transfer of sensitive data.

Concept:

DLP helps organizations proactively protect sensitive information by preventing it from being exposed outside authorized boundaries (e.g., emailing PII outside the organization). It automatically detects and responds to potential data leakage risks.


4. Monitoring and Alerts

What You Do:

  • Set Compliance Alerts: You configure alerts in Microsoft Purview to notify you or other administrators if any compliance violations or sensitive data handling issues arise.

  • Define Retention and Archiving Policies: You set up retention policies to ensure critical emails, documents, and Teams conversations are retained for legal or compliance reasons. You can also set policies to automatically archive data after a certain period.

What Purview Does:

  • Monitor for Violations: Purview continuously monitors for potential compliance violations. If a user tries to share a document containing sensitive information without proper authorization or classification, Purview sends an alert.

  • Dashboards and Reporting: Purview provides a compliance dashboard that gives an overview of potential risks, compliance status, and violations across Microsoft 365. This includes tracking sensitive data usage and flagging policy breaches.

Concept:

This step helps ensure ongoing monitoring and oversight of sensitive data handling across the organization. Alerts and reports provide real-time feedback, allowing the compliance team to act quickly on any violations.


5. eDiscovery and Audits

What You Do:

  • Initiate eDiscovery: You can use eDiscovery tools in Microsoft Purview to find relevant emails, documents, or messages for legal or compliance investigations. You search for specific keywords, users, or timeframes across your organization’s Microsoft 365 data.

  • Set Audit Logs: You configure audit logs to track activities like who accessed sensitive documents, whether data classification labels were changed, or whether sensitive data was shared inappropriately.

What Purview Does:

  • Perform Search and Export: During eDiscovery, Purview searches through all relevant data sources (Outlook, SharePoint, OneDrive, Teams) and compiles the requested data for legal or compliance purposes.

  • Audit and Track Activity: Purview logs all actions taken on sensitive data, including who accessed it, how it was shared, and whether any policy violations occurred. Audit logs are helpful for regulatory audits and investigations.

Concept:

eDiscovery and audit capabilities ensure that organizations can comply with legal or regulatory requests to provide evidence of how data is handled, ensuring accountability and transparency.


6. Compliance and Governance Insights

What You Do:

  • Review Compliance Status: You regularly review the compliance dashboard to get insights into your organization's data protection status and identify any gaps or risks.

  • Generate Reports: You generate compliance reports for GDPR, HIPAA, or other regulatory requirements, demonstrating that the organization is following required data handling procedures.

What Purview Does:

  • Insights into Data Usage and Risks: Microsoft Purview provides insights into how data is being used, whether sensitive data is being adequately protected, and whether any compliance issues need attention.

  • Generate Compliance Reports: Purview can automatically generate reports that show your organization’s compliance status with specific regulatory frameworks, helping you ensure continuous adherence to legal requirements.

Concept:

In this final step, Purview provides continuous feedback and reports to ensure the organization stays compliant with internal policies and external regulations. The dashboard offers a centralized view of the organization’s information protection landscape.


End-to-End Flow Summary for Microsoft Purview (M365 Compliance):

  1. Setup Policies and Sensitivity Labels: Define sensitivity labels and DLP rules to classify and protect data.
  2. Apply Sensitivity Labels: Manually or automatically apply labels to emails, documents, and communications to classify them.
  3. Enforce Data Loss Prevention: Purview scans content for sensitive data and blocks inappropriate sharing or applies protection.
  4. Monitor and Alert: Continuously monitor compliance, receive alerts for potential violations, and enforce retention policies.
  5. eDiscovery and Auditing: Search for relevant data and track access or modifications to sensitive information for audits or legal requirements.
  6. Generate Compliance Reports: Use dashboards and reports to track compliance with internal policies and regulatory frameworks.

Conclusion:

Microsoft Purview (M365 Compliance) provides a robust, integrated solution for information protection and compliance within Microsoft 365 services. Through sensitivity labels, data loss prevention, eDiscovery, and audit tracking, it helps organizations safeguard sensitive information, ensure compliance, and mitigate risks across emails, documents, and communications within Microsoft 365.

Discussion on Adoption

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