Soluções sem servidor | Microsoft Azure

Build, deploy, and operate serverless apps on an end-to-end platform

Deliver more value to the core of your business by minimizing the time and resources you spend on infrastructure-related requirements. Use fully managed, end-to-end Azure serverless solutions to boost developer productivity, optimize resources, and accelerate the pace of innovation.

Why choose Azure serverless solutions?

Increase developer velocity

Reduce the time spent on tasks that are non-core to the business by freeing developers from infrastructure provisioning and management. Build and deploy faster using developer-friendly APIs, low-code/no-code services, and ready-to-use machine learning and cognitive models.

Boost team performance

Improve team agility and performance by using a fully managed platform to build, deploy, and operate applications. Build for any application pattern and environment—hybrid, cloud, and edge. Proactively manage applications with intelligent monitoring and analysis tools.

Improve organizational impact

Accelerate time to market with Azure serverless solutions that help your organization clear the path to innovation and new revenue opportunities. Reduce your infrastructure total cost of ownership and minimize risk with intelligent security management and advanced threat protection.

Build with end-to-end Azure serverless solutions

Enjoy freedom from infrastructure management no matter what type of application you’re building or technologies you’re using. Choose from a range of serverless execution environments, fully managed services, and a comprehensive set of developer tools and services to build your applications.

Compute Workflows and integration DevOps and developer tools AI and machine learning Database Storage Monitoring Analytics

Azure serverless compute

Build applications faster by eliminating the need to manage the infrastructure that runs your code and containers

Serverless Kubernetes

Elastically provision pods inside container instances that start in seconds without the need to manage additional compute resources. Create serverless, Kubernetes-based applications using the orchestration capabilities of Azure Kubernetes Service (AKS) and AKS virtual nodes, which are built on the open-source Virtual Kubelet project. Get the best of an event-driven approach by adding KEDA event-driven autoscaling to your AKS cluster. KEDA is an open-source component that enables containers to process events directly from event sources, and it provides the ability to scale to zero.
Serverless functions

Execute code—written in the language of your choice—with Azure Functions, an event-driven compute experience. Scale on demand and pay only for the time your code is executed. Available as a managed service in Azure and Azure Stack, the open source Functions runtime also works on multiple destinations, including Kubernetes, Azure IoT Edge, on-premises, and even in other clouds.
Serverless application environments

Run and scale web, mobile, and API applications on the platform of your choice—in a high-productivity, fully managed environment—with Azure App Service.

“When we can develop a solution in a week using Azure Functions versus four months using traditional methods, that represents a drastic improvement in our ability to solve business-critical problems and focus our developer talent wherever it’s most needed.”

Hristo Papazov, Senior Software Engineer

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Azure serverless workflows and integration

Create new apps by orchestrating event-based serverless architectures. Build connected services more easily using a simple API facade that abstracts API implementation complexity.

Serverless workflow orchestration

Integrate data and apps instead of writing complex glue code between disparate systems. Visually create serverless workflows with Azure Logic Apps and use your own APIs, serverless functions, or out-of-the-box software as a service (SaaS) connectors, including Salesforce, Microsoft Office 365, and Dropbox.
Serverless API management

Publish, secure, transform, maintain, and monitor APIs with Azure API Management, a fully managed service that offers a usage model designed and implemented to be an organic fit for serverless applications.
Serverless messaging

Simplify event-based application scenarios with Azure Event Grid. Connect serverless logic to events coming from multiple Azure services and external sources using the CloudEvents schema. Build distributed and scalable cloud solutions with connections across private and public cloud environments with the Azure Service Bus messaging infrastructure.

“We can deliver exactly what we had in mind with Azure Logic Apps because it is a flexible and high-performance platform. It offers monitoring of a quality that we have never seen before, and which allows us, for example, to detect anomalies even before they impact our customers. And the pay-per-use economic model is much more advantageous.”

Laurent Guillen, Chief Information Officer

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DevOps and developer tools for serverless

Create serverless apps using familiar tools right from your own developer environment and on your favorite operating system. Get first-class services to build, test and deploy functions, containers, and Kubernetes-based applications

CI/CD for serverless

Get unlimited, cloud-hosted private git repos with Azure DevOps. Easily set up continuous integration/continuous delivery (CI/CD), add automatic package management, automatically trigger builds, and deploy to Kubernetes, Azure Functions, Azure Web Apps, or any cloud.
App development tools

Build, run, and debug serverless applications with a comprehensive set of developer tools. Use emulators to develop your apps locally for advanced scenarios like Functions and Kubernetes, then easily target them to Azure when you’re ready to deploy.

AI and machine learning for serverless

Infuse your serverless applications with ready-to-use AI and machine learning algorithms. Improve productivity and reduce costs with autoscaling compute and DevOps for machine learning.

Cognitive computing

Enable your serverless apps to see, hear, speak, understand and interpret your user needs through natural methods of communication using Azure Cognitive Services via an API or deployed as containers on Kubernetes.
Conversation bots

Use Azure Bot Service to build intelligent bots that interact naturally with your users through channels such as text/SMS, Skype, Microsoft Teams, Slack, Office 365, and Twitter.
Machine learning models

Build, train, and deploy models on Azure Machine Learning service, from the cloud to the edge.

“Azure Cognitive Services and the easy integration offered by Azure help us build solutions and onboard new customers in just four to six weeks.”

Sanjoy Roy, Cofounder at AskSid.ai

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Azure serverless database

Build serverless apps with low-latency access to rich data for a global user base. Use Azure Cosmos DB, a globally distributed, massively scalable, multi-model database service, to create database triggers, input bindings, and output bindings.

“Azure Cognitive Services and the easy integration offered by Azure help us build solutions and onboard new customers in just four to six weeks.”

Daichi Hayata, MCSE Cloud Platform and Infrastructure Image Works Team Advanced Solution Development Group Services Division

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Azure serverless storage

Build static web applications on Azure Blob storage or use it as massively scalable storage for unstructured data. Leverage storage events to respond to operations on blobs with multiple serverless architectures. Blob events are pushed through Event Grid to subscribers using Functions, Logic Apps, or even your own custom HTTP listener.

Using a scalable architecture, camera frames are uploaded into Blob storage, which triggers Azure Functions, returns the number of people in the image, and outputs it into Azure Event Hubs.

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Azure serverless monitoring

As serverless eliminates traditional infrastructure management tasks, it’s more important than ever that developers have the right instrumentation in place to help debug serverless apps. Gain full observability into your serverless apps using Azure Monitor, an extensible application performance management service to monitor your applications. Collect, analyze, and act on telemetry from your cloud and on-premises environments to maximize the availability and performance of your apps.

“By running containerized software in Azure, we have a standard way to create, monitor, scale, and manage our applications. We move and respond to customer needs faster. That’s what agility is all about.”

Ståle Heitmann, Chief Technology Officer

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Azure serverless analytics

Easily develop and run massively parallel real-time analytics on multiple streams of data—including IoT—using Azure Stream Analytics. With no infrastructure to manage, process data on demand, scale instantly, and only pay per job. Quickly build real-time dashboards with Microsoft Power BI for a live command and control view.

“Our Azure-based analytics pipeline can handle the billion events a month we’re throwing at it, and with it, we’re improving our games at an even faster cadence.”

Oliver Löffler, Founder and Chief Technology Officer

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Visão geral

Use o Conector de ACI para provisionar pods que são iniciados em segundos dentro da ACI. Isso permite que o AKS seja executado apenas com a capacidade suficiente para sua carga de trabalho média. Ao ficar sem capacidade no cluster do AKS, expanda os pods adicionais na ACI sem precisar gerenciar nenhum servidor adicional.

Fluxo

1 Contêiner de registros do usuário no Registro de Contêiner do Azure
2 É efetuado pull de imagens de contêiner do Registro de Contêiner do Azure
3 O conector ACI, uma implementação de Kubelet Virtual, provisiona pods dentro da ACI do AKS quando o tráfego vem em picos.
4 Contêineres AKS e ACI gravam no armazenamento de dados compartilhado

Visão geral
Fluxo

Aplicativo de força de trabalho móvel personalizado

Visão geral

Essa arquitetura de aplicativo de força de trabalho móvel usa o Active Directory para proteger dados corporativos de um sistema de back-end do SAP, entregue aos dispositivos por meio do Gerenciamento de API do Serviço de Aplicativo do Azure.

Um aplicativo cliente do Xamarin.Forms com suporte para iOS, Android e Windows funciona offline e permite que os engenheiros de campo exibam e editem os trabalhos atribuídos a eles.

O aplicativo é compilado com o Visual Studio (PC ou Mac) e o Xamarin, compartilhando o código C# no Android, iOS e Windows sem comprometer a experiência do usuário. O Visual Studio App Center é usado para automatizar builds e testes e distribuir para testadores beta e lojas de aplicativos, além de fornecer monitoramento e análise de uso juntamente com o App Insights.

Fluxo

1 Crie o aplicativo usando o Visual Studio e o Xamarin.
2 Adicione o serviço back-end dos Aplicativos Móveis do Serviço de Aplicativo do Azure à solução de aplicativo.
3 Implemente a autenticação por meio do Azure Active Directory.
4 Conecte-se a dados corporativos em sistemas externos, tais como o SAP, usando o Gerenciamento de API do Azure.
5 Implemente a sincronização offline para tornar o aplicativo móvel funcional sem uma conexão de rede.
6 Crie e teste o aplicativo por meio do Visual Studio App Center e publique-o.
7 Implante o aplicativo nos dispositivos usando o App Center.
8 Use o Application Insights para monitorar o Serviço de Aplicativo.

Visão geral
Fluxo

CI/CD para Contêineres

Visão geral

Os contêineres facilitam muito a criação e a implantação contínua dos seus aplicativos. Ao orquestrar a implantação desses contêineres usando o Kubernetes no AKS (Serviço de Kubernetes do Azure), é possível obter clusters de contêineres replicáveis e gerenciáveis.

Ao configurar um build contínuo para produzir orquestração e imagens de contêiner, o Azure DevOps aumenta a velocidade e a confiabilidade da sua implantação.

Fluxo

1 Altere o código-fonte do aplicativo
2 Confirmar código do aplicativo
3 A integração contínua dispara o build do aplicativo e da imagem de contêiner e testes de unidade
4 Push de imagem de contêiner efetuado para o Registro de Contêiner do Azure
5 O gatilho de implantação contínua orquestra a implantação de artefatos de aplicativo com parâmetros específicos do ambiente
6 Implantação no AKS (Serviço de Kubernetes do Azure)
7 O contêiner é aberto usando a Imagem de Contêiner no Registro de Contêiner do Azure
8 O Application Insights coleta e analisa dados de integridade, de desempenho e de uso
9 Examine informações sobre integridade, desempenho e uso
10 Atualize o item da lista de pendências do produto