What is Microsoft Azure used for?-Microsoft azure Zabeel Institute
Microsoft Azure, commonly described as Azure, is a cloud computing solution created by Microsoft for building, screening, deploying, and taking care of applications and services through Microsoft-managed data centers.
This document introduces Microsoft Windows Azure and its cloud computing platform. It discusses key concepts like IaaS, PaaS and SaaS and how Azure provides infrastructure, platform and software as a service. It outlines the benefits of cloud computing like agility, scalability and reduced costs. The document also provides an overview of the Azure platform, its components like compute, storage, SQL Azure and AppFabric. It describes how to develop, deploy and manage applications on Azure using various tools and SDKs.
This document provides an overview of Microsoft Azure fundamentals, including the different cloud hosting models, the various Azure components across infrastructure, platforms, and software as a service. It describes Azure services for compute, web and mobile, data and storage, networking, hybrid integration, analytics, media, Internet of things, developers, and management. The presenter's contact information is provided for any questions.
The document provides an overview of the main services available on the Azure cloud computing platform. It describes compute, networking, storage, mobile, database, web, Internet of Things (IoT), big data, artificial intelligence (AI), and DevOps services available and provides examples of specific services within each category. The services aim to provide scalable, secure, globally accessible options for hosting applications and data in the cloud.
This document introduces Microsoft Azure and provides an overview of its cloud computing services. It discusses Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) and how Azure offers these different models. Key Azure services highlighted include Azure App Service for developing and hosting web and mobile apps, Azure infrastructure for scalable computing, and Cortana Analytics Suite and Azure IoT Suite for advanced analytics and internet of things applications. The document encourages readers to try Azure services and get started through the Azure portal.
Azure Private DNS allows DNS resolution across Azure virtual networks and hybrid scenarios. It provides name resolution for private domains within and between Azure virtual networks. The solution demonstrated used Azure Private DNS zones to enable name resolution across multiple virtual networks in a hub-spoke topology, including resolution between an on-premises network and Azure virtual networks. DNS forwarders were used to resolve names from on-premises to the Azure DNS system. While the solution addressed many scenarios, Azure Private DNS has limitations including supporting a single registration network per zone and conditional forwarding.
What is Microsoft Azure used for?-Microsoft azure Zabeel Institute
Microsoft Azure, commonly described as Azure, is a cloud computing solution created by Microsoft for building, screening, deploying, and taking care of applications and services through Microsoft-managed data centers.
This document introduces Microsoft Windows Azure and its cloud computing platform. It discusses key concepts like IaaS, PaaS and SaaS and how Azure provides infrastructure, platform and software as a service. It outlines the benefits of cloud computing like agility, scalability and reduced costs. The document also provides an overview of the Azure platform, its components like compute, storage, SQL Azure and AppFabric. It describes how to develop, deploy and manage applications on Azure using various tools and SDKs.
This document provides an overview of Microsoft Azure fundamentals, including the different cloud hosting models, the various Azure components across infrastructure, platforms, and software as a service. It describes Azure services for compute, web and mobile, data and storage, networking, hybrid integration, analytics, media, Internet of things, developers, and management. The presenter's contact information is provided for any questions.
The document provides an overview of the main services available on the Azure cloud computing platform. It describes compute, networking, storage, mobile, database, web, Internet of Things (IoT), big data, artificial intelligence (AI), and DevOps services available and provides examples of specific services within each category. The services aim to provide scalable, secure, globally accessible options for hosting applications and data in the cloud.
This document introduces Microsoft Azure and provides an overview of its cloud computing services. It discusses Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) and how Azure offers these different models. Key Azure services highlighted include Azure App Service for developing and hosting web and mobile apps, Azure infrastructure for scalable computing, and Cortana Analytics Suite and Azure IoT Suite for advanced analytics and internet of things applications. The document encourages readers to try Azure services and get started through the Azure portal.
Azure Private DNS allows DNS resolution across Azure virtual networks and hybrid scenarios. It provides name resolution for private domains within and between Azure virtual networks. The solution demonstrated used Azure Private DNS zones to enable name resolution across multiple virtual networks in a hub-spoke topology, including resolution between an on-premises network and Azure virtual networks. DNS forwarders were used to resolve names from on-premises to the Azure DNS system. While the solution addressed many scenarios, Azure Private DNS has limitations including supporting a single registration network per zone and conditional forwarding.
This slide deck provides the basics of Azure App Service. This presentation was presented by Harikharan Krishnaraju, Developer Support Escalation Engineer, Microsoft during the TechMeet360 event organized by BizTalk360, held on December 17, 2016 at Coimbatore.
Microsoft Azure Assessment Service (MAAS) & Modernize - DatasheetTodd Erskine
The document discusses a Microsoft Azure Assessment Service (MaaS) & Modernize offering that assesses an organization's application portfolio to determine which applications can benefit from cloud capabilities. It will also modernize one selected application to migrate it to Microsoft Azure. The assessment will provide recommendations to create a roadmap for modernizing the application portfolio. It will identify applications, conduct a deep dive on their current state, and recommend a target Azure environment. The modernization of a sample application will re-platform it to Azure and move its configuration data, database, and integration with monitoring tools over a 12 week period.
This document provides an overview of Microsoft Azure cloud services and why businesses use the cloud. It discusses Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) models. Key Azure services are mentioned, including Virtual Machines, SQL Database, storage, and web apps. The cloud allows businesses to rapidly setup environments, scale as needed, and increase efficiency at a lower cost compared to on-premises infrastructure.
Advanced Load Balancer/Traffic Manager and App Gateway for Microsoft AzureKemp
While Azure provides native load balancing capabilities, our KEMP Virtual LoadMaster (VLM) significantly improves on these via advance features like application delivery and load balancing in Layer 7 of the network stack. Other features that KEMP VLM delivers for Azure based and hybrid infrastructure deployments are:
- Client authentication and single sign-on (SSO) High Performance Layer 4 & Layer 7 Application Load Balancing
- Intelligent Global Site Traffic Distribution
- Application Health Checking
- IP and Layer 7 Persistence
- Content Switching
- SSL Acceleration and Offload
- Compression
- Caching
- Advanced App Gateway Services
- Provide better Load Balancing over the Internal Load Balancer
- Sophisticated Traffic Manager
https://kemptechnologies.com/solutions/microsoft-load-balancing/loadmaster-azure/
https://azure.microsoft.com/en-us/marketplace/partners/kemptech/vlm-azure/
Virtualization helps companies address address specific business needs:
More secure access to data/organizational resources
Compliance with industry regulations (i.e. FSI, healthcare, government)
An increasingly elastic workforce (i.e. mergers/acquisitions, short-term employees, contractor/partner access)
Employee-specific needs (i.e. BYOD or mobile staff, call centers, branch workers)
Specialized workloads (i.e. design/engineering, legacy apps, software dev test)
Windows Virtual Desktop helps:
Employees stay as productive with a virtualized experience on a PC, phone, tablet, or browser as they are with a physical PC sitting right in front of them
Simplify management, provisioning, and access to corporate data and apps
Support customers as they migrate to the cloud
Reduce the costs and resources associated with managing on-premises infrastructure
Empower IT to transform the workplace
An Azure virtual network (VNet) provides connectivity and security for virtual machines and allows access to the public internet and other VMs. Network security groups contain rules that allow or deny network traffic, and Azure load balancers distribute incoming internet traffic across VMs. Availability sets distribute VMs across update and fault domains for redundancy and high availability. Virtual network gateways connect Azure VNets and on-premises networks, while Traffic Manager controls traffic distribution across endpoints in different datacenters.
This document provides an overview of Microsoft Azure training content including Azure Fundamentals, Storage, Webapps, Cloud Services, Virtual Machines, Media Services, and Active Directory. It describes key cloud computing concepts like IAAS, PAAS, and SAAS and compares traditional computing to cloud computing. It also summarizes several Azure services like Webapps, Storage, Cloud Services, Virtual Machines, Media Services, Azure Search, and Active Directory.
Azure virtual networks (VNet) allow users to logically isolate their Azure resources and expand their on-premises network to Azure. A VNet acts as a representation of a user's network in the cloud, allowing them to control IP addresses, DNS settings, security policies, and more. VNets can be segmented into subnets and connected to on-premises networks through options like site-to-site VPNs or Azure ExpressRoute. This provides enterprise-scale networking capabilities with connectivity and isolation similar to a traditional on-premises environment.
AZ-900T01 Microsoft Azure Fundamentals-01.pptxsayyedghazali
The document discusses key cloud concepts including high availability, scalability, elasticity, agility, fault tolerance, and predictive cost considerations. It describes the public cloud model where resources are owned by cloud providers and accessed over the internet. It also mentions hybrid cloud and the three main service models: Infrastructure as a Service (IaaS) which provides on-demand computing infrastructure; Platform as a Service (PaaS) which provides environments for building and testing software applications; and Software as a Service (SaaS) which provides centrally-hosted software for end users over the internet.
David J. Rosenthal gave a presentation about Microsoft's Azure cloud platform. He discussed how Azure can help companies with digital transformation by engaging customers, empowering employees, and optimizing operations. He provided examples of how companies are using Azure services like AI, IoT, analytics and more to modernize applications, gain insights from data, and improve productivity. Rosenthal emphasized that Azure offers a secure, flexible cloud platform that businesses can use to innovate, grow and transform both today and in the future.
This document outlines an agenda for a presentation on Microsoft Azure in the enterprise. The agenda includes discussions of Microsoft's cloud strategy, an overview of Azure IaaS and PaaS offerings, Azure storage basics, Azure portals and APIs, Azure resource manager, Azure networking, security mechanisms, traffic management, cloud adoption methodology, Azure security center, and operational analytics. It also lists appendices on Azure stack, service fabric, DevOps, and how Azure is described by Gartner. The presentation aims to provide both a high-level overview and deeper dives into specific Azure services and capabilities.
Microsoft Azure is a cloud computing platform that allows users to build, deploy, and manage applications and services through Microsoft-managed data centers. It offers several compute, network, data, and app services to develop applications using any programming language or tool. Key services include virtual machines, web apps, mobile backends, SQL databases, HDInsight Hadoop, caching, backup, and media/messaging capabilities. Azure provides global scale and high availability at a lower cost than traditional infrastructure through a pay-as-you-go model where users only pay for the resources they consume.
This slide deck provides the basics of Azure App Service. This presentation was presented by Harikharan Krishnaraju, Developer Support Escalation Engineer, Microsoft during the TechMeet360 event organized by BizTalk360, held on December 17, 2016 at Coimbatore.
Microsoft Azure Assessment Service (MAAS) & Modernize - DatasheetTodd Erskine
The document discusses a Microsoft Azure Assessment Service (MaaS) & Modernize offering that assesses an organization's application portfolio to determine which applications can benefit from cloud capabilities. It will also modernize one selected application to migrate it to Microsoft Azure. The assessment will provide recommendations to create a roadmap for modernizing the application portfolio. It will identify applications, conduct a deep dive on their current state, and recommend a target Azure environment. The modernization of a sample application will re-platform it to Azure and move its configuration data, database, and integration with monitoring tools over a 12 week period.
This document provides an overview of Microsoft Azure cloud services and why businesses use the cloud. It discusses Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) models. Key Azure services are mentioned, including Virtual Machines, SQL Database, storage, and web apps. The cloud allows businesses to rapidly setup environments, scale as needed, and increase efficiency at a lower cost compared to on-premises infrastructure.
Advanced Load Balancer/Traffic Manager and App Gateway for Microsoft AzureKemp
While Azure provides native load balancing capabilities, our KEMP Virtual LoadMaster (VLM) significantly improves on these via advance features like application delivery and load balancing in Layer 7 of the network stack. Other features that KEMP VLM delivers for Azure based and hybrid infrastructure deployments are:
- Client authentication and single sign-on (SSO) High Performance Layer 4 & Layer 7 Application Load Balancing
- Intelligent Global Site Traffic Distribution
- Application Health Checking
- IP and Layer 7 Persistence
- Content Switching
- SSL Acceleration and Offload
- Compression
- Caching
- Advanced App Gateway Services
- Provide better Load Balancing over the Internal Load Balancer
- Sophisticated Traffic Manager
https://kemptechnologies.com/solutions/microsoft-load-balancing/loadmaster-azure/
https://azure.microsoft.com/en-us/marketplace/partners/kemptech/vlm-azure/
Virtualization helps companies address address specific business needs:
More secure access to data/organizational resources
Compliance with industry regulations (i.e. FSI, healthcare, government)
An increasingly elastic workforce (i.e. mergers/acquisitions, short-term employees, contractor/partner access)
Employee-specific needs (i.e. BYOD or mobile staff, call centers, branch workers)
Specialized workloads (i.e. design/engineering, legacy apps, software dev test)
Windows Virtual Desktop helps:
Employees stay as productive with a virtualized experience on a PC, phone, tablet, or browser as they are with a physical PC sitting right in front of them
Simplify management, provisioning, and access to corporate data and apps
Support customers as they migrate to the cloud
Reduce the costs and resources associated with managing on-premises infrastructure
Empower IT to transform the workplace
An Azure virtual network (VNet) provides connectivity and security for virtual machines and allows access to the public internet and other VMs. Network security groups contain rules that allow or deny network traffic, and Azure load balancers distribute incoming internet traffic across VMs. Availability sets distribute VMs across update and fault domains for redundancy and high availability. Virtual network gateways connect Azure VNets and on-premises networks, while Traffic Manager controls traffic distribution across endpoints in different datacenters.
This document provides an overview of Microsoft Azure training content including Azure Fundamentals, Storage, Webapps, Cloud Services, Virtual Machines, Media Services, and Active Directory. It describes key cloud computing concepts like IAAS, PAAS, and SAAS and compares traditional computing to cloud computing. It also summarizes several Azure services like Webapps, Storage, Cloud Services, Virtual Machines, Media Services, Azure Search, and Active Directory.
Azure virtual networks (VNet) allow users to logically isolate their Azure resources and expand their on-premises network to Azure. A VNet acts as a representation of a user's network in the cloud, allowing them to control IP addresses, DNS settings, security policies, and more. VNets can be segmented into subnets and connected to on-premises networks through options like site-to-site VPNs or Azure ExpressRoute. This provides enterprise-scale networking capabilities with connectivity and isolation similar to a traditional on-premises environment.
AZ-900T01 Microsoft Azure Fundamentals-01.pptxsayyedghazali
The document discusses key cloud concepts including high availability, scalability, elasticity, agility, fault tolerance, and predictive cost considerations. It describes the public cloud model where resources are owned by cloud providers and accessed over the internet. It also mentions hybrid cloud and the three main service models: Infrastructure as a Service (IaaS) which provides on-demand computing infrastructure; Platform as a Service (PaaS) which provides environments for building and testing software applications; and Software as a Service (SaaS) which provides centrally-hosted software for end users over the internet.
David J. Rosenthal gave a presentation about Microsoft's Azure cloud platform. He discussed how Azure can help companies with digital transformation by engaging customers, empowering employees, and optimizing operations. He provided examples of how companies are using Azure services like AI, IoT, analytics and more to modernize applications, gain insights from data, and improve productivity. Rosenthal emphasized that Azure offers a secure, flexible cloud platform that businesses can use to innovate, grow and transform both today and in the future.
This document outlines an agenda for a presentation on Microsoft Azure in the enterprise. The agenda includes discussions of Microsoft's cloud strategy, an overview of Azure IaaS and PaaS offerings, Azure storage basics, Azure portals and APIs, Azure resource manager, Azure networking, security mechanisms, traffic management, cloud adoption methodology, Azure security center, and operational analytics. It also lists appendices on Azure stack, service fabric, DevOps, and how Azure is described by Gartner. The presentation aims to provide both a high-level overview and deeper dives into specific Azure services and capabilities.
Microsoft Azure is a cloud computing platform that allows users to build, deploy, and manage applications and services through Microsoft-managed data centers. It offers several compute, network, data, and app services to develop applications using any programming language or tool. Key services include virtual machines, web apps, mobile backends, SQL databases, HDInsight Hadoop, caching, backup, and media/messaging capabilities. Azure provides global scale and high availability at a lower cost than traditional infrastructure through a pay-as-you-go model where users only pay for the resources they consume.
Azure Web App on Linux @ Global Azure Bootcamp 2017 TaiwanWill Huang
這是 Will 保哥 於 2017/4/22 在 Global Azure Bootcamp 2017 Taiwan 的演講簡報,分享 Azure Web App on Linux 的服務架構、運作方式與注意事項。
Azure Web App on Linux 透過 Docker 容器技術,讓應用程式可以執行在原生 Linux 作業系統之上,這讓 Azure App Service 正式邁向跨平台的 PaaS 雲端服務。
Trivadis TechEvent 2017 Der Azure App Service by Manuel MeyerTrivadis
This document provides an overview of the Azure App Service platform and its main components:
- WebApps allow developers to build scalable web applications in the cloud.
- API Apps make it easy to build and consume REST APIs hosted on Azure.
- Mobile Apps provide a backend for developing mobile applications with features like data storage, authentication, and push notifications.
- Logic Apps allow automating business processes across SaaS and on-premises systems using triggers and actions.
- Function Apps are snippets of cloud hosted code that react to events, useful for data processing, integration, and building APIs.
Azure provides several data related services for storing, processing, and analyzing data in the cloud at scale. Key services include Azure SQL Database for relational data, Azure DocumentDB for NoSQL data, Azure Data Warehouse for analytics, Azure Data Lake Store for big data storage, and Azure Storage for binary data. These services provide scalability, high availability, and manageability. Azure SQL Database provides fully managed SQL databases with options for single databases, elastic pools, and geo-replication. Azure Data Warehouse enables petabyte-scale analytics with massively parallel processing.
Microsoft Azure Security Overview - Microsoft - CSS Dallas AzureAlert Logic
This document provides an overview of security in Microsoft Azure. It discusses how Azure shares responsibility for security with customers and how it secures the platform through methods like preventing and assuming breaches, operational security practices, physical security of datacenters, and architecting for more secure multi-tenancy. The document also summarizes Azure's approach to identity and access management, incident response, data protection, and how customers maintain control over their data.
Monitoring advanced Azure PaaS workloads in the enterprise - Level: 200Karl Ots
Presented at TechDays Sweden on 25.10.2017.
Modern applications leverage a variety of services, and often span across onpremises, public cloud, IaaS and PaaS. Monitoring these environments is different from traditional systems. We have more and more data available from the platfrom with the likes of ARM Activity Logs, Azure Monitor, MOMS and Application Insights. With a massive amount of signal and noise being generated in all these systems, how do we get our arms around what is happening? How will I know if my application uptime is impacted? Are my servers handling the load? Are my integrations still running as they should? How many users are impacted by the incident and what is the root cause? Come and hear how to answer these questions as I walk through what actionable monitoring means in Azure applications. We will cover recent updates to the platform and tooling. After the session, you’ll have deeper understanding of end-to-end monitoring techniques in Azure solutions.
http://tdswe.se/
Microsoft Cloud Computing - Windows Azure PlatformDavid Chou
The document provides an overview of Microsoft's cloud computing platform. It discusses Microsoft's strategy of providing a hybrid cloud that allows customers to run applications both on-premise and in the public cloud. It highlights key services offered, such as compute infrastructure (web and worker roles), SQL Azure database, storage, and AppFabric. Case studies are presented showing how various companies have used the Microsoft cloud platform.
Internet of Things is not a fad. You may consider it a phenomenon, but nowadays it is a reality that is consolidating day after day. If you think it's not true, maybe it's because in our territory we have not arrived yet. But it would be even now.
In this workshop, you will be able to experiment with the creation of a Cloud in Azure infrastructure to connect devices to gather data, analyze them, and possibly perform actions on the device itself.
In the workshop, we will use sensors and actuators to connect to an Arduino. During the workshop we will understand what it means to use Arduino, Raspberry Pi and then a real device.
We'll make an overview of the Azure services needed to collect data from IoT devices, an introduction to the tools and programming languages that are needed.
Target
The ultimate goal is to bring home a simple but functional solution, so that you can continue to experiment and then understand how the IoT can enter your business.
Contents
• Introduction to the Internet of Things
o What it means device
o What Cloud means
o What it means to connect a device to the cloud
• Azure as Cloud Platform for the Internet of Things
or Azure IoT Hub
or Azure Functions and C #
or Azure SQL Database
or Azure Storage
or Azure App Service
• Arduino as a platform to prototype an IoT device
o ESP8266 microcontroller
o Arduino's development environment
o Connect sensors and actuators
o Write a program
Ai big dataconference_eugene_polonichko_azure data lake Olga Zinkevych
Topic of presentation: Azure Data Lake: what is it? why is it? where is it?
The main points of the presentation:
What is Azure Data Lake? Why does this technology call Microsoft Big Data? Azure Data Lake includes all the capabilities required to make it easy for developers, data scientists, and analysts to store data of any size, shape, and speed, and do all types of processing and analytics across platforms and languages. It removes the complexities of ingesting and storing all of your data while making it faster to get up and running with batch, streaming, and interactive analytics.
http://dataconf.com.ua/index.php#agenda
#dataconf
#AIBDConference
33. • ASR はディスクイメージ全体を非同期で複製する。
Active Directoryドメインコントローラーでは、データの不整合が発生する
可能性がある。
• 原則として、Active Directoryドメインコントローラーには ASR を
利用しない。
Active Directory
によるデータ複製
Azure Site Recovery