#migrate sql workloads to azure | Explore Tumblr Posts and Blogs

marklovesdata · 2 years

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#migrate to azure cloud #migrate sql server #migrate sql workloads to azure

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triage-solutions · 2 days

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We can help you migrate your SQL workloads to the cloud

Securely migrating your SQL workloads to Azure can save you up to 47%. We can help you tap into great offers like these while improving performance. We’re a trusted Microsoft Partner with experience migrating customers to Azure. Learn what we can do for you. #cloud #Azure #SQLServer #WindowsServer

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govindhtech · 21 days

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Check The Azure VMware Solution’s Most Recent Features

AVS Azure VMware Solution

With Azure VMware Rapid Migration Plan, you can save a ton of money while moving or expanding VMware environments to Azure quickly and seamlessly. You can also access 200+ Azure services.

Get a quick migration for workloads on VMware.

Select a migration solution that combines the greatest features of Azure and VMware on fully managed infrastructure for ease of use.

Extend or migrate to the cloud more quickly without the need for re-platforming, reworking, or re-hosting.

Make use of your current abilities and workflow. NSX, vSAN, HCX, and VMware vSphere are all part of the Azure VMware Solution.

Customers of Windows and SQL Server can receive unrivaled cost savings with free Extended Security Updates.

Take care of a range of use cases, such as capex challenges, cyberthreats, license issues, datacenter exits, and capacity requirements.

Benefits

Examine switching to the Azure VMware Solution

Relocation according to your terms

Either transfer cloud-ready workloads to Azure infrastructure as a service (IaaS) or migrate everything exactly as is to Azure VMware Solution.

Effectiveness

By switching to Azure VMware Solution, you can avoid overprovisioning, hardware updates, and decommissioning infrastructure expenditures.

Regularity

Boost IT efficiency by making use of the VMware resources and expertise that already exist.

Value addition

Give IT personnel more time to work on value-adding projects rather than maintaining on-premises software and datacenters.

Dependable

With VMware technology that is completely managed and maintained by Microsoft, you can achieve business continuity, reduced downtime, and fewer disruptions.

Creativity

With access to native Azure services and tools and a highly productive cloud platform, move more quickly.

It gives me great pleasure to present some of the most recent changes Azure has made to the Azure VMware Solution.

Currently, 33 areas provide Azure VMware Solution: More than any other cloud provider, AVS is currently available in 33 Azure regions. Since its introduction four years ago, we have been striving to support customers worldwide through geographic expansion. India Central, UAE North, Italy North, and Switzerland North were the most recent additions. See which region is closest to you by visiting the Azure products by region webpage.

The DoD SRG Impact Level 4 Provisional Authorization (PA) in Azure Government has now authorized the addition of Azure VMware Solution as a service: Azure Government in Arizona and Virginia currently offers AVS.

Increased compatibility with VMware Cloud Foundation (VCF): Customers of NetApp and VMware by Broadcom may now use NetApp ONTAP software for all storage needs, including consolidated and standard architectures, to streamline their VCF hybrid cloud platforms. In order to give NetApp storage systems running VMware workloads symmetric active-active data replication capabilities, the most recent version of ONTAP Tools for VMware (OTV) will offer SnapMirror active sync. By removing data protection from their virtualized compute and enhancing data availability, SnapMirror active sync enables users to work more productively. Study up on it.

New features for Azure VMware Solution: Spot Eco by NetApp with AVS reserved instances may now be used by clients to maximize the value of their deployments when they are expanding or relocating their vSphere virtual machines (VMs). Compute expenses can be greatly decreased by offloading data storage to Azure NetApp Files and managing AVS reserved instances using Spot Eco. Find out more about Azure NetApp Files.

Use JetStream with Azure VMware Solution to Improve Disaster Recovery and Ransomware Protection: Azure’s customers require comprehensive choices to protect their essential workloads without sacrificing application performance. Disaster Recovery (DR) and ransomware protection are major concerns for enterprises today. AVS provides cutting-edge disaster recovery (DR) solutions with near-zero Recovery Point Objective (RPO) and instant Recovery Time Objective (RTO) through partnerships with top technology firms like JetStream. By continuously replicating data, the JetStream DR and Ransomware solution delivers Continuous Data Protection (CDP).

Using affordable and high-performance storage choices like Azure Blob Storage, Azure NetApp Files (ANF), and ESAN-based solutions, it uses heuristic algorithms to detect data tampering through VMware-certified VAIO APIs. Compared to other products on the market that guard against ransomware by taking irreversible photos, Azure’s strategy is distinct. JetStream and Microsoft have collaborated to create a special feature that rehydrates virtual machines (VMs) and their associated data from object storage, enabling them to be deployed to AVS nodes that are provisioned on-demand, either with or without a pilot light cluster. In the case of a disaster or ransomware attack, this guarantees a quick, affordable recovery with little downtime.

The VMware Rapid Migration Plan is a comprehensive suite of licensing perks and programs that Azure just introduced. It will safeguard your price and help you save money when you migrate to Azure VMware Solution. If your needs change, you can shift the value to other types of compute by using Reserved Instances to lock in pricing for one, three, or five years. With Azure Migrate and Modernize services, you may minimize migrating costs. You can also receive special Azure credits for purchasing Azure VMware Solutions. Additional savings on SQL Server and Windows Server licenses might be available to you.

Read more on govindhtech.com

#AzureVMwareSolution #MostRecentFeatures #VMwareRapidMigrationPlan #SQLServer #AzureNetApp #cyberthreats #VMware #Microsoft #cloudprovider #DisasterRecovery #dr #ransomwareattack #azure #sql #technology #technews #news #govindhtech

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sifytechnologiessify · 2 months

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Empowering Digital Transformation with Sify's Azure Managed Cloud Services

In today’s fast-paced digital world, organizations must embrace cloud technology to stay competitive and drive innovation. Microsoft Azure is a leading cloud platform that offers unparalleled scalability, security, and flexibility. However, managing Azure services effectively requires specialized knowledge and expertise. This is where Sify’s Azure Managed Cloud Services come in, providing comprehensive support and solutions to help businesses leverage the full potential of Azure without the complexity.

The Power of Azure with the Expertise of Sify

Microsoft Azure offers a wide range of services and solutions that cater to various business needs, including infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS). While Azure provides the tools for digital transformation, managing and optimizing these services can be challenging. Sify, with its extensive experience and deep technical expertise, helps businesses navigate these challenges, ensuring seamless integration, efficient management, and optimized performance of Azure services.

Key Benefits of Sify’s Azure Managed Cloud Services

Expert Guidance and Support: Sify’s team of certified Azure experts provides round-the-clock support and guidance, ensuring that your Azure environment is always running at peak performance. From initial setup to ongoing management, Sify’s experts are there every step of the way.

Cost Optimization: Managing cloud costs can be complex. Sify helps organizations optimize their Azure spending by identifying unused resources, right-sizing services, and implementing cost-saving strategies. This ensures that you get the most value from your cloud investment.

Enhanced Security and Compliance: Security is a top priority in the cloud. Sify ensures that your Azure environment is secure and compliant with industry standards and regulations. This includes regular security assessments, threat monitoring, and implementation of best practices to safeguard your data and applications.

Scalability and Flexibility: Sify’s Azure Managed Cloud Services are designed to scale with your business. Whether you need to quickly expand your infrastructure or scale down during off-peak periods, Sify ensures that your Azure resources are flexible and responsive to your needs.

Performance Monitoring and Optimization: Sify continuously monitors the performance of your Azure environment, identifying and resolving issues before they impact your operations. Through proactive management and optimization, Sify ensures that your applications and services run smoothly and efficiently.

Disaster Recovery and Business Continuity: Sify provides robust disaster recovery and business continuity solutions to ensure that your critical data and applications are protected. In the event of an outage or disaster, Sify’s solutions help you quickly recover and maintain business operations.

Comprehensive Azure Managed Services by Sify

Sify offers a wide range of services to support and manage your Azure environment, including:

Azure Migration Services: Seamlessly migrate your existing workloads to Azure with minimal disruption. Sify ensures a smooth transition with a detailed migration strategy and execution plan.

Azure Infrastructure Management: Manage and optimize your Azure infrastructure, including virtual machines, storage, and networking. Sify ensures that your infrastructure is configured for optimal performance and cost efficiency.

Azure DevOps Services: Implement DevOps practices and tools to streamline your development and deployment processes. Sify helps you set up and manage Azure DevOps pipelines, ensuring faster and more reliable software delivery.

Azure Data Services: Leverage Azure’s powerful data services, including Azure SQL Database, Cosmos DB, and Azure Data Lake. Sify helps you manage and optimize your data solutions for better insights and decision-making.

Azure AI and Machine Learning Services: Unlock the potential of AI and machine learning with Azure’s advanced services. Sify provides expertise in setting up and managing AI and ML solutions, helping you drive innovation and automation.

Success Story: Driving Digital Transformation for a Leading Retailer

A leading retail company sought to modernize its IT infrastructure and enhance its digital capabilities. Partnering with Sify, they embarked on a comprehensive Azure transformation journey. Sify’s experts designed and implemented a tailored Azure solution that included migrating critical applications, optimizing infrastructure, and setting up robust security measures.

The result was a highly scalable and secure cloud environment that enabled the retailer to launch new digital services, improve customer experience, and achieve significant cost savings. With Sify’s ongoing management and support, the retailer continues to innovate and grow, leveraging the full power of Azure.

Why Choose Sify for Azure Managed Cloud Services?

Sify’s Azure Managed Cloud Services stand out for their expertise, innovation, and commitment to customer success. Here’s why businesses choose Sify:

Proven Expertise: Sify’s team of certified Azure professionals brings extensive experience and deep technical knowledge to every project.

Customer-Centric Approach: Sify’s solutions are tailored to meet the unique needs of each client, ensuring maximum value and impact.

Comprehensive Services: From migration and management to optimization and support, Sify offers end-to-end Azure services.

Innovative Solutions: Sify leverages the latest technologies and best practices to deliver cutting-edge cloud solutions.

Commitment to Excellence: Sify is dedicated to delivering exceptional results and ensuring customer satisfaction through every stage of the cloud journey.

In an era where cloud technology is essential for business success, Sify’s Azure Managed Cloud Services provide the expertise, support, and solutions needed to harness the full potential of Azure. Partner with Sify to transform your cloud strategy, drive innovation, and achieve your business goals.

#azure managed cloud services #azure managed cloud solutions #azure cloud services

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newtglobal · 3 months

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Unlocking Success: Seamlessly Migrating Oracle to Azure PostgreSQL

In today's rapidly evolving tech landscape, many organizations are considering migrating their databases to cloud platforms to take advantage of cost savings, scalability, and advanced features. One such popular move is to Migrate Oracle to Azure PostgreSQL. This guide will walk you through the migration preparation, key practices, azure features, and structured approach for a successful migration. Migration Preparation: Assessment and Tools

Assessment and Planning

Before migrating, conduct an intensive evaluation of your current Oracle database. Recognize all schemas, tables, and dependencies. This will help in understanding the scope of the migration and in planning effectively. Consider the complexity of your database and any potential compatibility issues.

Choosing the Right Tools Choosing the right tools is important for a smooth migration. Microsoft provides tools like the Azure Database Migration Service (DMS) and Oracle SQL Developer. These tools can help with schema conversion, data migration, and post-migration validation.

Key Practices for Smooth Oracle to Azure PostgreSQL Migration

Detailed Planning

A detailed migration plan with clear timelines, milestones, and responsibilities is essential. Anticipate challenges and prepare for contingencies to avoid any disruptions during the migration process.

Extensive Testing

Test extensively at every stage of the migration. Comprehensive testing ensures that the migrated system meets all functional and performance requirements.

Leveraging Expertise

If your team has deficits experience in database migration, think about hiring experts or consultants. Their expertise can help navigate complex migration challenges and ensure a smoother transition.

Leveraging Azure Features

High Availability and Disaster Recovery

Azure PostgreSQL gives built-in high availability and automated backups. Arrange these features to ensure that your database is resilient to failures and that data is backed up regularly.

Security and Compliance

Azure offers advanced security features such as data encryption at rest and in transit, threat detection, and compliance with various regulatory standards. Ensure that these features are configured to protect sensitive data.

Scaling Resources

Azure PostgreSQL allows you to scale resources based on your workload. Use Azure’s monitoring tools to track resource usage and scale up or down as needed to maintain optimal performance. Strategic Approach to Oracle to Azure PostgreSQL Migration Success Migrating Oracle to Azure PostgreSQL involves a structured approach to ensure a smooth transition. First, conduct a comprehensive assessment of the current Oracle environment to identify all database objects and dependencies. Utilize tools like Azure Database Migration Service (DMS) and Oracle SQL Developer for schema conversion, transforming Oracle-specific constructs into PostgreSQL-compatible formats. For data migration, choose offline methods, such as exporting and importing data with tools like Data Pump and pg_dump, or online methods using continuous replication tools like Oracle GoldenGate for minimal downtime. Validate the migrated data thoroughly to ensure accuracy and consistency. Update applications to work with PostgreSQL, adjusting connection strings and SQL queries as necessary. Post-migration, optimize database performance through indexing, query optimization, and parameter tuning. Implement robust monitoring and maintenance practices using Azure's tools to ensure ongoing database health. Provide training and documentation to ensure trouble-free operations in the new environment.

Final Thoughts: Oracle to Azure PostgreSQL Migration - Optimizing Your Database for the Future

Migrating Oracle to Azure PostgreSQL is a transformative step that can unlock numerous advantages for your organization. This process, when approached methodically, ensures a smooth transition with minimal downtime. By following a structured approach and leveraging the right tools, businesses can provide a successful migration. Azure’s robust infrastructure and PostgreSQL’s powerful capabilities make this combination an excellent choice for modern enterprises. Leveraging tools like Azure Database Migration Service and Oracle SQL Developer streamlines the migration, while thorough testing guarantees data integrity and performance. Post-migration, the combination of Azure’s infrastructure and PostgreSQL’s advanced features delivers a scalable, cost-effective, and high-performance database environment, setting your business up for long-term success.

Embarking on the journey to Migrate Oracle to Azure PostgreSQL can be transformative for your organization. With precise planning, thorough testing, and leveraging the expertise available, you can achieve a seamless transition. Thanks For Reading

For More Information, Visit Our Website: https://newtglobal.com/

#Migrate Oracle to Azure PostgreSQL #Azure PostgreSQL

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experlabs · 3 months

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How to Build a Cloud Computing Infrastructure

Cloud Infra Setup consists of the hardware and software components — such as servers, storage, networking, and virtualization software — that are needed to support the computing requirements of a cloud computing model. It allows businesses to scale resources up or down as needed, ensuring cost efficiency and flexibility.

Choose a Cloud Service Provider (CSP)

Popular options include Amazon Web Services (AWS), Microsoft Azure, Google Cloud Platform (GCP), and IBM Cloud.

Evaluate factors such as cost, scalability, security, and compliance to select the best CSP for your needs.

Plan Your Architecture

Define Objectives

Identify your business goals and technical requirements.

Design Architecture

Create a detailed architecture diagram that includes network design, data flow, and component interactions.

Set Up Accounts and Permissions

Create accounts with your chosen CSP

Configure Identity and Access Management (IAM) to ensure secure and controlled access to resources.

Provision Resources

Compute

Storage

Choose appropriate storage solutions like block storage, object storage, or file storage.

Networking

Configure Virtual Private Clouds (VPCs), subnets, and networking rules.

Deploy Services

Databases

Deploy and configure databases (e.g., SQL, NoSQL) based on your application needs.

Application Services

Deploy application services, serverless functions, and microservices architecture as required.

Implement Security Measures

Network Security

Set up firewalls, VPNs, and security groups.

Data Security

Implement encryption for data at rest and in transit.

Compliance

Ensure your setup adheres to industry regulations and standards.

Monitor and Manage

Use cloud monitoring tools to keep track of performance, availability, and security.

Implement logging and alerting to proactively manage potential issues.

Optimize and Scale

Regularly review resource usage and optimize for cost and performance.

Use auto-scaling features to handle varying workloads efficiently.

Benefits of Cloud Infra Setup

Scalability

Easily scale your resources up or down based on your business needs. This means you can handle peak loads efficiently without over-investing in hardware.

Cost Efficiency

Pay only for the resources you use. Cloud Infrastructure Setup and Maintenance eliminates the need for large upfront capital expenditures on hardware and reduces ongoing maintenance costs.

Flexibility

Security

Cloud providers invest heavily in security measures to protect your data. Features like encryption, identity, and access management, and regular security updates ensure your information is safe

Disaster Recovery

Implement robust disaster recovery solutions without the need for a secondary data center. Cloud-based backup and recovery solutions ensure business continuity.

How We Can Help

Our team specializes in setting up Cloud Infra Setup tailored to your business needs. Whether you’re looking to migrate your existing applications to the cloud or build a new cloud-native application, we provide comprehensive services, including:

Cloud Strategy and Consulting: Assess your current infrastructure and develop a cloud migration strategy.

Migration Services: Smoothly transition your applications and data to the cloud with minimal downtime.

Cloud Management: Monitor, manage, and optimize your cloud resources to ensure peak performance and cost-efficiency.

Security and Compliance: Implement security best practices and ensure compliance with industry standards.

Conclusion

Setting up cloud infrastructure is a critical step towards leveraging the full potential of cloud computing. By following a structured approach, you can build a secure, scalable, and efficient cloud environment that meets your business needs.

#cloud services #ecommerce #software development #usa #web development

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lilymia799 · 4 months

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Migrating from SQL Server to Snowflake Essential Steps and Benefits

Transitioning from SQL Server to Snowflake can significantly enhance your data management capabilities. Snowflake's cloud-native architecture offers numerous advantages, including scalability, flexibility, and cost-efficiency, making it a popular choice for modern data warehousing needs. This article outlines the essential steps and benefits of migrating from SQL Server to Snowflake.

Key Steps for Migration

1. Initial Assessment and Planning

Start with a thorough assessment of your existing SQL Server environment. Identify the databases, tables, and other objects that need to be migrated. Understand the data volume, dependencies, and specific requirements of your applications. Develop a comprehensive migration plan that includes timelines, resources, and risk mitigation strategies.

2. Choosing the Right Migration Tools

Select migration tools that facilitate a smooth transition from SQL Server to Snowflake. Tools such as Azure Data Factory, Matillion, and Fivetran can help automate the extraction, transformation, and loading (ETL) processes. These tools ensure data integrity and minimize downtime during the migration.

3. Schema Conversion

SQL Server and Snowflake have different schema structures. Use schema conversion tools to translate SQL Server schemas into Snowflake-compatible formats. Pay attention to data types, indexing, and partitioning strategies to optimize performance in Snowflake.

4. Data Transformation and Migration

Transform your data to align with Snowflake’s architecture. This might involve data cleansing, reformatting, and converting stored procedures and T-SQL code into Snowflake’s SQL dialect. Leverage Snowflake’s capabilities, such as support for semi-structured data and time travel features, to enhance your data operations.

5. Testing and Validation

Perform thorough testing and validation to ensure that the data has been accurately migrated and that all applications function as expected. Validate data integrity, check for any discrepancies, and conduct performance testing to ensure that Snowflake meets your performance requirements.

6. Security and Compliance

Implement robust security measures to protect your data during and after the migration. Ensure that access controls, encryption, and compliance requirements are met in the Snowflake environment. Snowflake provides extensive security features, including role-based access control and end-to-end encryption.

Benefits of Migrating to Snowflake

1. Scalability and Performance

Snowflake’s architecture allows for automatic scaling of compute resources to handle varying workloads efficiently. This elasticity ensures consistent performance without manual intervention, making it ideal for businesses with growing and fluctuating data needs.

2. Cost Efficiency

With Snowflake’s pay-as-you-go pricing model, you only pay for the storage and compute resources you use. This can lead to significant cost savings, especially for organizations with variable data workloads. Snowflake's separation of storage and compute allows you to optimize resource usage and reduce costs.

3. Simplified Data Management

Snowflake offers a fully managed service, reducing the burden of database administration. Automatic updates, maintenance, and performance tuning are handled by Snowflake, allowing your IT team to focus on more strategic tasks and innovations.

4. Advanced Analytics Capabilities

Snowflake supports diverse data types and integrates seamlessly with various data analytics tools. This enables advanced analytics and machine learning applications, allowing you to gain deeper insights from your data. Snowflake’s support for semi-structured data like JSON, Avro, and Parquet enhances your analytical capabilities.

5. Enhanced Data Sharing and Collaboration

Snowflake’s secure data sharing capabilities facilitate seamless collaboration across departments and with external partners. Real-time data sharing without the need for complex ETL processes improves efficiency and enables better decision-making.

6. Robust Security Features

Snowflake incorporates comprehensive security measures, including end-to-end encryption, role-based access control, and detailed auditing capabilities. These features ensure that your data remains secure and compliant with regulatory standards.

#SQL server to snowflake

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akhil-1 · 6 months

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Azure Data Engineer Course | Azure Data Engineer Online Training

Architecture And Usage Of Different Azure Services

Azure Microsoft cloud computing platform, offers a wide range of services to help organizations build, deploy, and manage various applications and solutions. Here's an overview of some key Azure services along with their architecture and common usage

Azure Data Engineer Training Ameerpet

Azure Virtual Machines (VMs):

Architecture: Azure VMs provide on-demand computing resources with customizable configurations, including CPU, memory, and storage. They run on Microsoft's Hyper-V hypervisor technology.

Usage: Ideal for migrating existing applications to the cloud, hosting websites, running development and test environments, and deploying enterprise applications. - Azure Data Engineer Online Training

Azure App Service:

Architecture: A fully managed platform for building, deploying, and scaling web apps, mobile backends, and APIs. It supports multiple programming languages and frameworks.

Usage: Hosting web applications, APIs, mobile app backends, and RESTful services. It's popular for building and deploying web applications quickly without managing infrastructure.

Azure Functions:

Architecture: A serverless compute service that allows you to run event-triggered code without managing infrastructure. It automatically scales based on demand. - Azure Data Engineer Training

Usage: Implementing microservices, event-driven applications, serverless workflows, and automation tasks.

Azure SQL Database:

Architecture: A fully managed relational database service based on Microsoft SQL Server. It offers high availability, security, and automated backups.

Usage: Storing and managing relational data, supporting OLTP (Online Transaction Processing) workloads, and building line-of-business applications.

Azure Cosmos DB:

Architecture: A globally distributed, multi-model database service designed for building highly responsive and scalable applications. It supports multiple data models, including document, key-value, graph, and column family.

Usage: Building real-time applications, IoT solutions, gaming leaderboards, and globally distributed applications that require low-latency access to data.

- Data Engineer Course in Hyderabad

Azure Blob Storage:

Architecture: A scalable object storage service for storing large amounts of unstructured data, such as images, videos, documents, and backups.

Usage: Storing files for web applications, archiving data, serving static website content, and storing data for analytics.

Azure Kubernetes Service (AKS):

Architecture: A managed Kubernetes service for deploying, managing, and scaling containerized applications using Kubernetes.

Usage: Orchestrating containerized workloads, deploying microservices architecture, and building cloud-native applications.

- Azure Data Engineer Training Hyderabad

Azure Active Directory (AAD):

Architecture: A cloud-based identity and access management service that provides authentication and authorization services for applications.

Usage: Securing access to applications, managing user identities, implementing single sign-on (SSO), and integrating with other Azure services.

These are just a few examples of the many services offered by Azure, each designed to address specific use cases and requirements of modern applications and solutions.

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kodehashtechnology · 7 months

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Navigating the Cloud: AWS vs Azure for Enterprise Solutions

As enterprises increasingly embrace cloud computing to drive digital transformation and innovation, choosing the right cloud platform becomes paramount. Amazon Web Services (AWS) and Microsoft Azure are two major players in the cloud computing market, offering a myriad of services tailored for enterprise solutions. In this article, we will navigate the cloud landscape, comparing AWS and Azure to help enterprises make informed decisions when selecting a cloud provider for their business needs.

Market Presence and Reputation:

AWS, launched in 2006, has established itself as the market leader in cloud computing, with a robust global infrastructure and a vast array of services. Its reputation for reliability, scalability, and innovation has made it a preferred choice for enterprises across industries. On the other hand, Microsoft Azure, introduced in 2010, leverages Microsoft's enterprise expertise and extensive customer base to rapidly gain traction in the cloud market. Azure's integration with Microsoft's ecosystem of products and services provides a seamless transition for enterprises already using Microsoft technologies.

Services and Offerings:

Both AWS and Azure offer a comprehensive suite of services, including compute, storage, databases, networking, AI/ML, IoT, and more. AWS provides services like Amazon EC2, Amazon S3, Amazon RDS, and AWS Lambda, while Azure offers Azure Virtual Machines, Azure Blob Storage, Azure SQL Database, and Azure Functions. Enterprises must assess their specific requirements and workload characteristics to determine which platform aligns best with their needs. Additionally, AWS and Azure offer industry-specific solutions and compliance certifications to meet regulatory requirements for sensitive data and workloads.

Integration and Ecosystem:

Integration with existing IT infrastructure and ecosystem is a crucial consideration for enterprises adopting cloud solutions. AWS provides a broad ecosystem of services, tools, and partnerships, enabling seamless integration with third-party applications and open-source technologies. Azure, deeply integrated with Microsoft's ecosystem of products and services, offers built-in compatibility with Windows Server, Active Directory, Office 365, and Visual Studio. Enterprises must evaluate their existing technology stack and strategic partnerships to ensure smooth integration and interoperability with the chosen cloud platform.

Security and Compliance:

Security is a top priority for enterprises migrating to the cloud, and both AWS and Azure offer robust security features and compliance certifications to safeguard sensitive data and workloads. AWS provides a wide range of security services, including identity and access management (IAM), encryption, monitoring, and compliance tools. Azure offers similar security capabilities, along with built-in threat intelligence and advanced threat protection services. Enterprises must implement security best practices, conduct regular audits, and adhere to industry-specific compliance standards to maintain a secure and compliant cloud environment.

Cost Management and Optimization:

Cost management is essential for enterprises seeking to optimize their cloud spending and maximize ROI. Both AWS and Azure offer flexible pricing models, pay-as-you-go billing, and cost management tools to monitor and control cloud expenses. Enterprises can leverage cost-saving initiatives such as reserved instances, volume discounts, and spot instances to optimize their cloud spending. Additionally, cloud management platforms and third-party tools provide insights into usage patterns, resource utilization, and cost optimization recommendations to help enterprises make informed decisions and achieve cost efficiency.

Conclusion:

Choosing between AWS and Azure for enterprise solutions requires careful consideration of factors such as market presence, services, integration, security, compliance, and cost management. While AWS holds a dominant position in the cloud market and offers a vast ecosystem of services, Azure's seamless integration with Microsoft's products and services makes it an attractive option for enterprises with existing Microsoft investments. Ultimately, enterprises must evaluate their unique requirements, strategic objectives, and long-term goals to select the cloud platform that best aligns with their business needs and empowers them to innovate, scale, and succeed in the digital era.

#AWS and Azure #app development #application development #software development

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robertnelson2-blog · 7 months

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Migrate SQL workloads To Azure DP-050

In this course, students will explore the objectives of data platform modernization and how it is suitable for given business requirements. They will also explore each stage of the data platform modernization process and define what tasks are involved at each stage, such as the assessment and planning phase. Students will also learn the available migration tools and how they are suitable for each stage of the data migration process. The student will learn how to migrate to the three target platforms for SQL based workloads; Azure Virtual Machines, Azure SQL Databases and Azure SQL Database Managed Instances. The student will learn the benefits and limitations of each target platform and how they can be used to fulfill both business and technical requirements for modern SQL workloads. The student will explore the changes that may need to be made to existing SQL based applications, so that they can make best use of modern data platforms in Azure. Migrate SQL workloads To Azure DP-050

The audience for this course is data professionals and data architects who want to learn about migrating data platform technologies that exist on Microsoft Azure and how existing SQL based workloads can be migrated and modernized. The secondary audience for this course is individuals who manage data platforms or develop applications that deliver content from the existing data platform technologies.

Module 1: Introducing Data Platform Modernization

In this module, students will learn the purpose of Data Platform Modernization and they will outline the benefits that data platform modernization can bring to an organization. The students will then learn the various stages of a data platform migration projects to understand what is involved in each stage to maximize the chances of a successful Data Platform Modernization Projects. Finally, students will explore the various data migration paths to understand how each approach is different and why you would choose one migration approach over another. Migrate Open Source Data Workloads to Azure DP-070

Lessons

Understand Data Platform Modernization

Understanding the stages of migration

Data Migration Paths

Lab: Introducing Data Platform Modernization

Understand Data Platform Modernization

Understand the Stages of Migration

Data Migration Paths

After completing this module, students will be able to:

Understand Data Platform Modernization

Understand the Stages of Migration

Data Migration Paths

Module 2: Choose the right tools for Data Migration

In this module, the student will be introduced to the Data Migration Guide as a starting point for the source of information that your organization should use for step by step guidance for modernizing your existing data platform. They will then learn the value of the Microsoft Assessment and Planning Toolkit to help discover the data assets that currently exist in their environments. The students will then learn the tools that can be used to help them to assess for compatibility or workload issues using both the Data Migration and Data Experimentation Assistant. The students will then see how the Azure Database Migration Service can be used to aid online migration of databases to reduce the amount of downtime. Finally, an overview of the SQL Migration assistant is provided to show students how to migrate no-SQL Server workloads.

Lessons

Discover the Database Migration Guide

Build your data estate inventory using Map Toolkit

Identify Migration candidates using Data Migration Assistant

Evaluate a Data workload using Database Experimentation Assistant

Data Migration using Azure Database Migration Service

Migrate non-SQL Server workloads to Azure using SQL Migration Assistant

Lab: Choose the right Tools for Data Migration

Identify Migration candidates using Data Migration Assistant

Evaluate a Data workload using Database Experimentation Assistant

After completing this module, students will be able to:

Identify Migration candidates using Data Migration Assistant

Evaluate a Data workload using Database Experimentation Assistant

Module 3: Migrating SQL Workloads to Azure Virtual Machines

In this module, the student will learn how to migrate on-premises SQL workloads to Azure Virtual Machines that are running SQL Server. Students will first explore the migration consideration when migrating from on-premises SQL Server to Azure Virtual Machines and the benefits they can gain by performing the migration. They will then learn the different migration options that can be performed when migrating to Azure Virtual Machines. This will include a look at the benefits and limitations of each approach. The students will finally look at SQL Server workloads that include High Availability and Disaster Recovery to ensure service continuity.

Lessons

Considerations of SQL Server to Azure VM Migrations

SQL Workloads to Azure VM Migration Options

Implementing High Availability and Disaster Recovery Scenarios

Lab: Migrating SQL Workloads to Azure Virtual Machines

After completing this module, students will be able to:

Considerations of SQL Server to Azure VM Migrations

SQL Workloads to Azure VM Migration Options

Implementing High Availability and Disaster Recovery Scenarios

Module 4: Migrate SQL Workloads to Azure SQL Databases

In this module, students will explore what is Azure SQL Database and why it is a suitable target for SQL based workloads. It teaches students how to choose the appropriate SQL Server instance option and why it can fulfill business requirements for data platform modernization. The modules will also show students how they can perform both offline and online migrations to Azure SQL Database. By doing so, they can assess which method may be appropriate to their scenarios at work. It will also show the tools that can be used to enable the data migration process. Finally, they will explore the methods that can be used to load data into Azure SQL Database from an on-premises instance.

Lessons

Choose the right SQL Server Instance option in Azure

Migrate SQL Server to Azure SQL DB offline

Load and Move data to Azure SQL Database

Lab : Migrate SQL Workloads to Azure SQL Databases

After completing this module, students will be able to:

Choose the right SQL Server Instance option in Azure

Migrate SQL Server to Azure SQL DB online

Load and Move data to Azure SQL Database

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best-develpoment-company · 11 months

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What is Cloud Server management and How to set by set Managed Cloud server hosting?

Cloud server management refers to the process of overseeing and maintaining cloud servers, ensuring they run efficiently, securely, and in accordance with the needs of your business. "Best Managed cloud server hosting involves outsourcing" these management tasks to a third-party service provider, which can help you focus on your core business activities while experts take care of the technical aspects of server management. Here are "the steps to set up managed cloud server hosting":

Select a Cloud Service Provider: Choose a cloud service provider such as Amazon Web Services (AWS), Microsoft Azure, Google Cloud, or a different provider based on your specific needs and preferences. The selection of the cloud provider will depend on factors like the services they offer, geographic availability, and pricing.

Choose the Right Cloud Server: Determine the type of cloud server (e.g., virtual machine instances) you need based on your application requirements, such as computing power, memory, storage, and network resources. Your "managed cloud server provider in Delhi" can assist in selecting the appropriate server configurations.

Select a Managed Cloud Server Provider: Research and choose a managed cloud server hosting provider. Consider factors like their reputation, expertise, service offerings, and pricing.

Engage with the Managed Cloud Server Provider: Contact the chosen provider to discuss your server management requirements. They will gather information about your specific needs, expected traffic, and application workloads.

Provision the Cloud Server: The managed cloud server provider will set up the cloud server environment for you based on your requirements. This typically includes deploying virtual machines, configuring storage, and setting up network components.

Data Migration and Application Deployment: If you have existing data or applications to move to the cloud server, work with the provider to ensure a smooth migration process. You may need to install and configure your software and applications as well.

Security Configuration: Ensure that the server and applications are properly secured. This includes setting up firewalls, intrusion detection systems, encryption, and access controls.

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varun766 · 11 months

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What is Azure Cosmos DB service?

Azure Cosmos DB is a globally distributed, multi-model database service provided by Microsoft Azure. It is designed to cater to the needs of modern, cloud-native applications that require fast and seamless access to data with global availability, low-latency performance, and scalability. Azure Cosmos DB is a fully managed NoSQL database service that supports multiple data models, including document, key-value, graph, and column family, making it versatile for a wide range of application scenarios. Apart from it by obtaining Azure Cloud Training, you can advance your career in Azure. With this course, you can demonstrate your expertise in for three certification exams: AZ-104, which is required to attain Azure Administrator Badge (Associate-level), AZ-204, which is required to attain Azure Developer Badge (Associate-level), AZ-305, which is required to attain Azure Solutions Architect Badge (Expert-level), and AZ-400.

Key features of Azure Cosmos DB include:

Global Distribution: Azure Cosmos DB allows you to replicate and distribute data across multiple Azure regions worldwide, ensuring low latency access for users regardless of their geographical location. This global distribution feature contributes to high availability and disaster recovery capabilities.

Multi-Model Support: It supports multiple data models within a single database, allowing you to choose the data model that best fits your application's requirements. You can seamlessly switch between models as your application evolves.

Scalability: Azure Cosmos DB provides horizontal scalability with elastic scaling of throughput and storage. You can easily scale resources up or down to accommodate changing workloads and data volumes.

Automatic Indexing: Cosmos DB automatically indexes data, simplifying query performance optimization. It supports complex queries and allows for the efficient retrieval of data.

Consistency Models: Cosmos DB offers various consistency models, including strong, eventual, and session consistency, allowing you to tailor the level of consistency based on your application's requirements.

Security and Compliance: It integrates with Azure Active Directory for authentication and authorization, ensuring secure access control. Cosmos DB is also compliant with industry standards and regulations like GDPR, HIPAA, and ISO.

Multi-API Support: Azure Cosmos DB provides compatibility with popular NoSQL database APIs, including MongoDB, Cassandra, SQL (Core), Gremlin, and Azure Table Storage. This feature simplifies migration and allows you to leverage existing skills and tools.

Real-Time Analytics: You can enable real-time analytics on your data using Azure Synapse Analytics (formerly SQL Data Warehouse) and other analytics services.

Azure Cosmos DB is suitable for a wide range of applications, such as web and mobile applications, IoT solutions, gaming, e-commerce, and more, where low-latency access to globally distributed data is critical. With its flexibility, scalability, and global reach, Azure Cosmos DB empowers organizations to build highly responsive and resilient applications that can meet the demands of today's data-intensive and globally distributed world.

#Azure Cloud Training #Azure

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garciashawn818 · 1 year

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"Seamless Data Migration: Oracle to Snowflake Integration"

In the ever-evolving landscape of data management and analytics, organizations often find themselves needing to migrate their data from one platform to another. Oracle, a widely-used relational database system, and Snowflake, a cloud-based data warehousing platform, are two powerful tools that serve different purposes in the data ecosystem. This article explores the significance of migrating data from Oracle to Snowflake, the challenges involved, and the strategies for a successful transition.

Why Migrate from Oracle to Snowflake?

1. Cloud Transformation

As businesses increasingly move to the cloud for enhanced scalability, flexibility, and cost-efficiency, Snowflake's cloud-native architecture becomes an attractive choice. Snowflake's platform is designed from the ground up for the cloud, offering seamless integration with popular cloud providers like AWS, Azure, and Google Cloud.

2. Scalability

Snowflake's elastic scaling capabilities allow you to scale your data warehouse resources up or down as needed. This means you can efficiently handle varying workloads and reduce costs during periods of lower demand.

3. Improved Performance

Snowflake's architecture leverages the power of modern cloud computing, resulting in faster query performance and the ability to handle large datasets. This is particularly advantageous for data-intensive industries such as e-commerce and analytics.

4. Concurrency

Snowflake excels in supporting multiple users and concurrent workloads. It provides robust data sharing and collaboration features that make it easier for organizations to work with external partners or clients.

Challenges in Oracle to Snowflake Migration

While the benefits of migrating to Snowflake are clear, the process itself can be complex and challenging. Here are some common hurdles:

1. Data Mapping and Transformation

Data in Oracle may need to be transformed to align with Snowflake's data structure and best practices. Ensuring data consistency and integrity during this transformation is critical.

2. Downtime and Data Migration

Minimizing downtime during migration is crucial for business continuity. Careful planning and execution are required to move data from Oracle to Snowflake without impacting operations.

3. Compatibility Issues

Oracle and Snowflake use different SQL dialects, which can lead to compatibility issues during migration. Ensuring that queries, stored procedures, and triggers work seamlessly in Snowflake is essential.

4. Testing and Validation

Thorough testing and validation of the migrated data are necessary to guarantee accuracy and reliability. Any discrepancies or data quality issues must be addressed before transitioning to Snowflake.

Strategies for Successful Migration

1. Comprehensive Assessment

Begin with a detailed assessment of your existing Oracle database, including data structures, dependencies, and business requirements. This analysis will help you create a migration plan tailored to your organization's needs.

2. Data Mapping and Transformation

Develop a robust data mapping and transformation strategy. Identify the necessary data transformations, create migration scripts, and validate the transformed data to ensure consistency.

3. Choose the Right Tools

Utilize migration tools and services provided by Snowflake, as well as third-party tools if needed, to streamline the migration process. These tools can assist in data extraction, transformation, and loading (ETL).

4. Performance Optimization

Optimize your queries and workload to take advantage of Snowflake's performance capabilities. This may involve reevaluating and rewriting SQL queries to align with Snowflake's strengths.

5. Testing and Validation

Conduct thorough testing and validation of the entire migration process, from data extraction to query performance. Identify and address any issues before the final migration.

6. Training and Documentation

Train your team on Snowflake's features and best practices to ensure a smooth transition. Create documentation to support ongoing data management and usage within Snowflake.

Migrating from Oracle to Snowflake is a strategic move that can lead to improved data management, scalability, and performance. While the process presents challenges, careful planning, the right tools, and a focus on data integrity and performance optimization can pave the way for a successful migration. As organizations increasingly embrace cloud-native data solutions, Oracle to Snowflake integration becomes a crucial step in their data transformation journey.

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govindhtech · 4 months

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VMware Cloud Foundation Licenses on Azure VMware Solution

What is VMware Cloud Foundation?

A multi-cloud platform called VMware Cloud Foundation (VCF) offers everything needed to set up and maintain a private cloud environment.

VMware Cloud Foundation VCF

For many years, Microsoft and Broadcom have worked closely together to support their shared customer base. As customer needs evolve, they still develop and innovate together. They are happy to announce today that VMware Cloud Foundation subscriptions on Azure VMware Solution will now be supported as part of Microsoft and Broadcom’s collaboration expansion. Clients with VMware Cloud Foundation licences can utilise them on both their own datacenters and Azure VMware Solution, providing them with flexibility to adapt to changing business requirements.

Azure VMware Solution

This offers an extra way to buy Azure VMware Solution, which Microsoft has been selling and running since 2019. VMware licences are currently included in the solution that customers can buy, and this will remain an option for customers who would rather buy their VMware licences directly from Microsoft as part of their solution.

Microsoft operates and provides support for a fully managed VMware environment with Azure VMware Solution. Client workloads can be moved “as is” from VMware to Azure with little to no reworking. This simplifies the transfer process and enables users to pick up new Azure talents while maintaining their current skill set.

Through the migration to Azure VMware Solution, which is currently offered in 33 global locations, enterprises may capitalise on Azure’s high-performance and scalable cloud infrastructure. Business-critical features like backup, high availability, threat protection, and performance monitoring are available for customers to adopt. Workloads operating on Azure VMware Solution may also be connected with Azure’s array of over 200 cloud services to modernise corporate applications, boost innovation, and obtain deeper insights from data through powerful AI capabilities.

A private cloud platform that is universal, adaptable, and integrated across cloud endpoints is provided by VMware Cloud Foundation. Customers may take advantage of a highly optimised cloud operating model that combines the security and performance of a private cloud with the scale and agility of a public cloud by using VMware Cloud Foundation on Azure. By implementing VMware Cloud Foundation on Azure, businesses can improve cyber resilience and security, modernise IT infrastructure with a provable total cost of ownership, and give developers a self-service private cloud experience that boosts productivity.

Customers will be able to acquire subscriptions of the new VMware Cloud Foundation software and have total mobility to and from their on-premises environment to Azure VMware Solution with increased licence portability for customers with valid VMware Cloud Foundation entitlements. VMware customers can transfer the balance of an existing subscription to Azure VMware Solution if they have previously purchased and started deploying the new VMware Cloud Foundation. Furthermore, when customers’ needs and requirements change over time, they will be able to transfer their VMware Cloud Foundation subscription between on-premises and Azure VMware Solution. When customers transfer from VMware Cloud Foundation to Azure VMware Solution, they will still be able to use their software subscription rights.

VMware Rapid relocation Plan: Cut down on the time and expense of your relocation The VMware Rapid Migration Plan offers an extensive range of licencing benefits and programmes to shorten the time and expense required for organisations to transition to Azure VMware Solution, in addition to the recently introduced benefit of VMware licence portability.

The scheme consists of:

Price protection: Customers can lock in prices for one, three, or five years with reserved instances.

Savings for SQL Server and Windows Server: In VMware setups, SQL Server and Windows Server are frequently used workloads. Organisations can use their current Windows Server and SQL Server licences in the Azure VMware Solution at a discounted rate by using Software Assurance for on-premises Windows Server and SQL Server licences. Extended Security Updates for older versions that approach end of support are offered free of charge.

Support for migration: To access resources, professional assistance, and funding from Microsoft and its partner ecosystem, use Azure Migrate and Modernise.

Azure credits: Clients can receive extra Azure credits good for other Azure services or the Azure VMware Solution when they buy a new reserved instance.

Assisting you in your cloud journey with Broadcom and Microsoft

They pledge to keep working together and embracing innovation to help their shared clients adjust to their evolving business needs. Later this year, VMware Cloud Foundation licence portability to Azure VMware Solution will be available, so now is a great time to start organising your transfer by getting in touch with your account team or a Microsoft partner.

Azure VMware Solution Pricing

Azure VMware Solution has two pricing tiers:

Base Price: The Azure VMware Solution resource costs per hour. Cost depends on two factors:

Microsoft offers Azure VMware Solution Standard and Premium SKUs with different prices. Your solution can be deployed with several scale units for enhanced capacity. Number of deployed units affects hourly cost.

Outbound data transfer is free for the first 5 GB each month, but you’ll be charged for more. Tiered pricing reduces costs with consumption.

VMware Cloud Foundation Pricing

No price list is available for VMware Cloud Foundation (VCF), unlike Azure VMware Solution. The reason is:

Enterprise Solution: VCF targets larger companies with complicated IT demands. Custom quotes negotiate pricing based on specific needs. Number of cores, desired functionality, and support contracts affect cost.

Indirect Sales Model: VMware’s partners sell VCF and customise solutions and pricing for clients.

There are approaches to estimate VCF pricing:

VMware Partner Contacts: Contact a VMware partner to discuss your needs and get a customised price.

While official price isn’t available, some resources provide industry benchmark figures. These are estimates, not accurate.

Some third-party cloud providers offer managed VCF with pre-configured pricing. This may provide more predictable costs.

Consider these other points:

Total Cost of Ownership (TCO): VCF’s initial licencing cost may seem high, but efficiency, automation, and resource consolidation often cut TCO over time.

Scalability: VCF scales to your needs, so you only pay for what you need.

VCF is best explored with a VMware partner to discuss your needs and get a customised estimate.