TITLE:
Migrating and Securing Linux,
PostgreSQL, and MySQL

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Linux workloads and open-source databases such as PostgreSQL and MySQL are
essential to modern enterprise IT strategies. Known for their flexibility, cost-efficiency, and
scalability, they power everything from customer-facing applications to data analytics
platforms. As businesses evolve, migrating these workloads to the cloud becomes vital for
enhancing performance, ensuring availability, and bolstering security.
Microsoft Azure has emerged as a preferred destination for such migrations, thanks to its
open-source friendliness, global infrastructure, and secure, scalable services. With
structured Cloud Landing Zone implementation experts in India, companies can adopt
Azure with confidence, leveraging frameworks that align with security, governance, and
operational best practices.
Organizations looking to optimize cloud migration can benefit from working with an Azure
cloud migration specialist in Delhi NCR or the best cloud migration company in India.
This blog explores how Azure supports the migration and security of Linux, PostgreSQL,
and MySQL while ensuring long-term business value and operational excellence.
1. Introduction

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Microsoft Azure has established itself as a top-tier cloud platform for hosting Linux workloads and
open-source databases like PostgreSQL and MySQL. Impressively, over 60% of workloads on Azure now
run on Linux, underlining its commitment to open-source technologies and the enterprise shift towards
more flexible, community-driven platforms.
Azure offers native compatibility with major Linux distributions such as Ubuntu, Red Hat Enterprise
Linux (RHEL), CentOS, and SUSE Linux Enterprise Server (SLES). Its strong collaborations with Red Hat,
Canonical, and SUSE, along with active participation as a platinum member of the Linux Foundation,
reflect Microsoft’s strategic investment in the open-source ecosystem.
By choosing Azure, businesses benefit from high performance, extensive support, and seamless
integration with modern DevOps and container-based workflows. For companies seeking a Cloud
Landing Zone implementation expert in India or the best cloud migration company in India,
Azure’s rich Linux support and enterprise-grade reliability make it the ideal foundation. Enterprises in
the capital region are increasingly turning to Azure cloud migration specialists in Delhi NCR to
leverage Azure's open-source strengths and secure, scalable infrastructure.
2. Why Azure is a Proven Platform for Linux Workloads
and Open-Source Databases
Azure offers a robust suite of storage and compute services that make it an ideal platform for running
Linux workloads at scale. Azure Virtual Machines (VMs) provide broad flexibility with support for
multiple Linux distributions and customizable sizing options. Organizations can scale up or down
based on demand and choose between pay-as-you-go, reserved, or spot instances for optimal cost-
efficiency.
For data storage, Azure Blob Storage supports high-throughput, unstructured data needs with built-in
encryption and redundancy options. Azure Managed Disks offer simplified disk management,
automatic replication, and encryption at rest—ensuring both performance and resilience. Additionally,
Azure Files enables shared file access via NFS or SMB protocols, allowing seamless integration with
legacy Linux applications.
3. Azure’s Storage and Compute Services for
Linux Workloads

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4. Azure Database for PostgreSQL and MySQL – Features and
Benefits
Azure Database for PostgreSQL and MySQL offers powerful managed services, making it easy for
businesses to migrate, manage, and scale databases in the cloud. With automatic backups, patching, and
scaling, it eliminates much of the manual management typically required. The service is designed for high
availability and geo-redundancy, ensuring that applications stay online even in case of regional failures.
Performance is tailored to specific workloads through three performance tiers: Basic, General Purpose, and
Memory Optimized. Azure also prioritizes security with features like VNET, Private Link, and advanced threat
protection, safeguarding databases against potential threats. These built-in features, coupled with automated
management, make Azure Database an optimal choice for businesses looking to optimize their database
workloads in the cloud.
To support containerized workloads, Azure Kubernetes Service (AKS) delivers a powerful,
fullymanaged Kubernetes platform. It supports Linux containers, provides native CI/CD integration,
andsimplifies orchestration with built-in scaling, monitoring, and updates.
For organizations seeking a reliable infrastructure with high availability and security, Azure’s
computeand storage services are a solid foundation. Collaborating with top Azure Landing Zone
partners inDelhi NCR ensures the implementation aligns with industry best practices and meets
business-specific cloud transformation goals.
5. Customer Challenges and Business Outcomes
Many organizations face challenges like high operational costs, scalability concerns, and the
risk of downtime due to outdated systems or manual processes. Azure solves these
problems by offering seamless automation, global reach, and strict security compliance,
enabling businesses to migrate and scale quickly without compromising on performance or
security. Real-world outcomes include improved business continuity, reduced total cost of
ownership (TCO), and enhanced database performance, ensuring that companies stay
competitive in a fast-evolving digital landscape. Leveraging Azure’s managed database
services provides significant operational efficiencies, helping businesses modernize their
database infrastructure with confidence.
6. Deployment Options: IaaS vs. PaaS for Linux and Database
Workloads
When migrating Linux and database workloads to Azure, businesses have the option to
choose between IaaS (Infrastructure as a Service) and PaaS (Platform as a Service)
depending on their specific needs.
IaaS (Infrastructure as a Service) provides full control over virtual machines (VMs), similar to on-
premises environments. Organizations can install, configure, and manage databases themselves on
Azure VMs, offering greater flexibility but requiring more management effort. This option is ideal for
those with specialized needs or legacy systems that require extensive customization.
PaaS (Platform as a Service), such as Azure Database for MySQL/PostgreSQL, provides fully
managed services, taking care of tasks like backups, patching, scaling, and monitoring. It simplifies
database management by offering auto-scaling and built-in performance optimizations, allowing
businesses to focus on their applications instead of infrastructure. With PaaS, customers benefit
from a hassle-free cloud experience, significantly reducing administrative overhead.
For enterprises looking to streamline their cloud migration, cloud migration experts in Delhi NCR and
cloud migration services in Noida can offer tailored solutions, ensuring smooth transitions. Additionally,
enterprise cloud migration consulting Noida can help optimize the use of IaaS and PaaS based on
workload requirements, providing robust, scalable solutions
7. Migration Process and Tools
Migrating databases between PostgreSQL and MySQL requires careful planning and the right tools to
ensure a seamless transition.
a. PostgreSQL to MySQL
To migrate from PostgreSQL to MySQL, the MySQL Workbench Migration Wizard is an
excellent tool. It allows for the migration of both schema and data, making it easier to convert
PostgreSQL tables into MySQL format. The wizard provides a visual interface to review schema
conversion, data mapping, and SQL translation, helping to ensure that all data is accurately
transferred without compatibility issues.
b. MySQL to PostgreSQL
When migrating from MySQL to PostgreSQL, pgLoader is a powerful command-line tool that
supports schema translation and data type conversion. It enables users to execute the migration
process with a single command. The tool also generates detailed logs that help users check for
errors during the migration, ensuring any issues can be quickly addressed.
c. Other Tools
• Hevo Data: This no-code platform offers real-time data pipelines, making it easier to move
large datasets between different systems without requiring complex coding.
• Estuary Flow: A solution for streaming replication and ETL processes, particularly useful when
migrating live systems. It allows for continuous data migration with minimal downtime.
• Dump and Restore: For PostgreSQL, tools like pg_dump and pg_restore are essential for
backing up and restoring databases. These tools can create backups of PostgreSQL databases
and then restore them to a new environment, simplifying migration.
d. Pre-Migration Checklist
Before initiating any migration, it is critical to follow a pre-migration checklist:
• Backup strategies: Ensure complete and up-to-date backups of all critical data.
• Application compatibility testing: Verify that the application functions correctly on the target
database.
• Downtime planning and rollback procedures: Prepare for potential downtime and establish
rollback procedures in case of any unforeseen issues.
For businesses looking for a smooth migration process, consulting an Azure cloud migration specialist
in Delhi NCR or the best cloud migration company in India can help guide the process. Engaging
cloud migration experts in Delhi NCR and utilizing cloud migration services in Noida ensures a
secure, efficient, and successful migration. Additionally, enterprise cloud migration consulting in
Noida can optimize migration strategies tailored to the unique needs of enterprises.
8. Security Best Practices for Linux, PostgreSQL, and MySQL
on Azure
Securing your Linux servers and databases like PostgreSQL and MySQL on Azure is crucial to protect
sensitive data and maintain the integrity of your systems.
•a. Linux Server Security
To secure Linux servers on Azure, follow these best practices:
•Secure SSH: Disable root login, use key-based authentication, and limit access by IP to reduce unauthorized
access.
•Regular Updates and Patch Management: Keep your system up-to-date with the latest patches to minimize
vulnerabilities. Regularly check for security updates to prevent exploitations.
•Principle of Least Privilege: Implement strict user access controls. Ensure user accounts and roles are granted the
minimum privileges necessary for their function, reducing potential attack surfaces.
•b. Database Security (MySQL & PostgreSQL)
•Create Dedicated Users: Use unique, strong passwords for each database user. Assign restricted roles based on
user needs to minimize exposure.
•Use REQUIRE SSL: Configure both MySQL and PostgreSQL to use SSL for secure client-server communication,
ensuring data is encrypted during transit.
•Role-Based Access Control (RBAC): Implement RBAC to ensure that users only have access to the data and
functionalities they need, minimizing the risk of unauthorized actions.
•c. Firewall and Network Security
•Network Security Groups (NSGs): Configure NSGs to control inbound and outbound traffic to your Linux servers
and databases, restricting access to trusted sources.
•Azure Firewall: Use Azure Firewall to provide an additional layer of protection by filtering traffic and monitoring
connections.
•Isolate Databases: Place databases in private subnets with VNET integration to prevent direct exposure to the
public internet. This adds an extra layer of network isolation.
d. Encryption and Auditing
• SSL/TLS: Use SSL/TLS to encrypt data in transit, protecting it from interception during communication
between clients and servers.
• Transparent Data Encryption (TDE): Enable TDE on databases like PostgreSQL and MySQL to encrypt
data at rest, safeguarding sensitive information.
• Database Auditing: Enable auditing to track database activities. This is essential for compliance,
breach detection, and proactive security monitoring.
For organizations in need of robust migration and security practices, cloud migration services in Noida
and enterprise cloud migration consulting in Noida can offer tailored solutions to secure and migrate
your workloads seamlessly to Azure. Engaging with a trusted cloud migration services provider ensures
that security best practices are implemented effectively throughout the migration process.
9. Demos and Using the Latest Product Capabilities
Azure provides a range of tools for seamless database provisioning and migration. Provisioning
Azure Database for MySQL/PostgreSQL can be done easily via the Azure Portal or the command-line
interface (CLI). The Portal offers an intuitive graphical interface to create and configure databases, while
the CLI provides automation capabilities for repetitive tasks.
For live migration, you can use tools like pgLoader for PostgreSQL or MySQL Workbench for MySQL.
These tools facilitate efficient data transfer and schema conversion, ensuring a smooth migration
process.
Setting up replication and failover groups is essential for high availability. Azure’s database services
allow for easy configuration of these features, providing automated backups and disaster recovery
options.
Azure also integrates Azure Monitor and Log Analytics to track performance metrics and monitor
system health in real-time. These tools allow for efficient auditing and performance tuning. Security
policies can be applied using Azure Policy, ensuring compliance with organizational standards.
10. Migration and Security Tools by Microsoft and Third Parties
Azure Migrate provides comprehensive support for discovery, assessment, and migration of workloads to
Azure. It helps businesses plan and execute migration strategies, reducing risks and downtime.
Database Migration Service (DMS) supports the seamless migration of PostgreSQL and MySQL
databases to Azure, offering tools for schema conversion, data transfer, and validation.
Azure Arc is a powerful tool for managing hybrid cloud environments, allowing you to extend Azure
management to on-premises and multi-cloud databases.
For database management and migration, third-party tools like DataGrip, Navicat, and Flyway can
enhance functionality. DataGrip and Navicat are popular for their database management and query
capabilities, while Flyway helps with database version control and schema migrations, providing
enhanced flexibility for development teams.
11. Conclusion
Migrating and securing Linux, PostgreSQL, and MySQL databases on Azure brings significant
benefits, including improved performance, scalability, and robust security features. By leveraging
Azure’s fully managed services, businesses can ensure optimal database performance while scaling
according to their needs. The right deployment model—whether IaaS or PaaS—plays a critical role in
determining the level of control and management overhead, so choosing the right option based on
workload requirements is essential.
Effective migration requires careful planning and the right tools. Utilizing tools like Azure Migrate, DMS,
and third-party solutions such as pgLoader and MySQL Workbench, businesses can streamline the
migration process while maintaining data integrity and minimizing downtime.
Finally, securing Linux servers and open-source databases in the cloud is a top priority. Implementing
best practices for server security, database access control, encryption, and auditing ensures that
sensitive data remains protected. Engaging with an Azure cloud migration specialist in Delhi NCR or
the best cloud migration company in India can provide tailored solutions for a seamless and secure
migration process. Cloud migration experts in Delhi NCR and cloud migration services in Noida offer
valuable support for enterprises looking to optimize their cloud infrastructure. Enterprise cloud
migration consulting in Noida helps businesses make informed decisions, ensuring smooth and secure
database migration to Azure.

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