Reinventing the future with a transformation cloud

Looking back on the past year, I see challenges—but also reinvention. Reinvention in how children are educated. Reinvention in how medical professionals provide care. Reinvention in how customers purchase products. This reinvention was made possible by all of the IT leaders around the world who had a vision about what could be possible with technology.Technology has allowed people to work and complete critical activities safely outside of their standard locations. But, it has also enabled transformation in ways we have not seen before: in how people collaborate, in how businesses operate, and most important to me, in how organizations innovate.Rethinking what it means to transformThe leading indicator for organizations that are accelerating their innovation during this time is how they are thinking about transformation. Instead of asking infrastructure questions about where their apps and services should run, they are asking transformation questions about how to build an environment that enables every person, process, and technology to adapt in order to bring the highest level of innovation to the business. Innovative companies have moved beyond migrating their data centers to the cloud, changing not only where their business is done but, more importantly, how it is done. For example, Papa John’s recently announced they are building a digital platform that looks at real-time data across the business to improve its loyalty programs, website, and customer and partner experiences. Albertsons Companies is transforming itself by reinventing grocery shopping, both the digital and physical aisle, through shoppable maps, AI-powered conversational commerce, and predictive grocery list building. Airbus is reimagining their work environment to embrace the hybrid work reality. And Siemens is partnering with Google Cloud to reinvent industrial manufacturing with AI to empower employees, automate mundane tasks, and improve product quality.  Here, transformation is made possible with technologies that enable new innovations for their customers versus decisions about where infrastructure should be run. And this aligns with a recent study by Forrester that states the top two IT initiatives for the next 12 months are to increase innovation and to invest in technology that helps employees do their jobs better.1Some of the best conversations I’ve had with customers are focused on how to:Accelerate transformation while also maintaining the freedom to adapt to market needs.Make every employee—data scientists to sales associates—smarter with real-time data to make the best decisions.Bring people together and enable them to communicate, collaborate, and share with each other when they can not meet in person.Protect everything that matters to us—our people, our customers, our data, our customers’ data, and each transaction we undertake.This new customer thinking is driving new technology requirements—requirements that can be solved through a transformation cloud. A transformation cloud accelerates an organization’s digital transformation through app and infrastructure modernization, data democratization, people connections, and trusted transactions. The result is an organization – and its workers –  that can take advantage of all of the benefits of cloud computing to drive innovation.The new requirements for innovationOrganizations want to work with multiple cloud providers to choose the best technology for each of their apps and services while also mitigating against inevitable cloud outages and vendor lock in. They value the flexibility of open source based solutions and look to our multicloud platforms like Google Kubernetes Engine and Anthos to instill freedom in how they innovate and drive differentiated customer experiences. It is no surprise that, in a recent Google-commissioned IDG research study, 78% of Global IT leaders stated that multi/hybrid cloud support is a major consideration when selecting a cloud provider and 74% preferred open source cloud solutions.2 Customers like MLB, DenizBank, and Macquarie Bank understand the necessity of a multicloud strategy and are taking advantage of Google Cloud’s open, hybrid architecture to give them the maximum flexibility to run their business how and where they want.These organizations also want to use data to better understand their customers, enhance their products, and improve inventory accuracy in order to make real-time decisions—and bring it together into a cohesive data cloud. They value how analytics solutions democratize access to data for all employees and how embedded AI helps them predict and automate the future. The Forrester study mentioned above also shows that companies focused on improving their use of data for better decision-making, are taking actions to improve data self-service capabilities and make access to data and insights more democratic.3 Customers like Twitter, PayPal, The Home Depot, HSBC, and Stanford Medicine, unify their data across their organizations to power deeper AI-driven business insights, make better real-time decisions, and build and run their data-driven applications. And while technology is driving many of the transformations we see, so are an organization’s people. Workers are finding new ways to strengthen human connections, deepen their impact, and serve customers while transforming how work happens—as shown in the fact that 59% of organizations in the IDG study accelerated or newly introduced remote working and collaboration capabilities in 2020.4 Customers like Kia Motors, Cambridge Health Alliance, and PwC are using Google Workspace to enable teams of all sizes to connect, create,  collaborate, and to drive innovation from any device, and any location.Finally, the innovation that we see in every digital transaction is matched with new ways to protect and secure the business. Organizations want to protect their employees, customers, and partners against emerging threats, analyze massive amounts of data to secure infrastructure, and build a long term strategy for strategic governance of their assets regardless of their location. Getting this right is essential as organizations see security as a top pain point impeding innovation.5 Customers like Equifax and Evernote are using Google Cloud’s secure platform and security products to extend customer confidence anywhere their systems may operate.Google Cloud technologies are already powering customers’ transformation cloudsSupporting our customers’ reinventions are our top priority and we believe that together, we can pave the way for what is next. With our investments in multicloud and AI/ML, to sustainable infrastructure, industry solutions, and technology that improves our communities, such as COVID-19 vaccine distribution, we are proud that our customers trust Google Cloud solutions to digitally transform their business.We have lots more to tell you about in the coming months, starting with our Data Cloud Summit on May 26th. Between this event, and the multiple other events we have this summer, you will learn about how our industry leadership and collaboration with our partners are enabling our customers to build powerful transformation clouds to support their continued reinvention.1. Forrester Analytics Business Technographics® Priorities And Journey Survey, 20212. IDG Communications, Inc: “No Turning Back: How the Pandemic Has Reshaped Digital Business Agendas”, 20213. Of the companies that prioritize data in decision making, 37% are improving data self-service capabilities and 30% are making access to data and insights more democratic (Forrester Analytics Business Technographics® Priorities And Journey Survey, 2021)4. IDG Communications, Inc, “No Turning Back: How the Pandemic Has Reshaped Digital Business Agendas”, 20215. 33% of organizations stated Security risks & concerns as a top pain point impeding innovation (IDG Communications, Inc, “No Turning Back: How the Pandemic Has Reshaped Digital Business Agendas”, 2021)Related ArticleNew research on how COVID-19 changed the nature of ITTo learn more about the impact of COVID-19 and the resulting implications to IT, Google commissioned a study by IDG to better understand …Read Article
Quelle: Google Cloud Platform

Browse and query Cloud Spanner databases from Visual Studio Code

Visual Studio Code is one of the most widely-used IDEs, due in part to the variety of extensions that are available to developers. For developers who are building applications that interact with Cloud Spanner, we’re excited to announce the Google Cloud Spanner driver for the popular SQLTools extension for VS Code. The SQLTools extension works with a variety of SQL drivers and allows developers to manage database connections, execute and generate queries, and more from within VS Code. By using the Cloud Spanner driver with SQLTools, developers can browse tables and execute queries, DDL statements, and DML statements on Cloud Spanner databases without having to leave the IDE.In this post, we’ll walk through the process of installing the extension, connecting to a Cloud Spanner database, and using SQLTools with the database.PrerequisitesBefore you get started, you’ll need to have a Google Cloud Platform project with a Cloud Spanner instance and a database. This codelab will walk you through the process if you haven’t used Cloud Spanner before. Alternatively, you can use the emulator. You’ll also need to have VS Code installed on your computer.InstallationTo install the Cloud Spanner driver for SQLTools, click on the Extensions icon in VS Code, search for “cloud spanner driver”, and install the extension called Google Cloud Spanner Driver. Alternatively, you can install the Cloud Spanner driver for SQLTools from the Visual Studio Marketplace.Once the extension is installed, you’ll see a database icon for SQLTools, as highlighted by the red rectangle in the image below, show up in VS Code. Click this database icon to access the extension.Connecting to a Cloud Spanner databaseWith the extension installed, click the Add New Connection icon in SQLTools to open the Connection Assistant and choose Google Cloud Spanner Driver. You can connect either to a Spanner instance on Google Cloud or to an emulator instance. Configuring a connection using the emulatorThe Cloud SDK offers a local, in-memory emulator that you can use while developing and testing. To use the SQLTools extension with the emulator, you must first start the emulator. Then, in the Connection Settings step, enter values for Connection name, Google Cloud Project ID, Spanner Instance ID, andSpanner Database ID. Select the checkbox next to Connect to emulator. When you use this setting, the instance and database you specified will be automatically created for you in the emulator if they do not already exist.Configuring a connection to a Cloud Spanner database on Google CloudIf you are connecting to a Cloud Spanner database running on Google Cloud, you’ll need to provide the Google Cloud Project ID, Spanner Instance ID, and Spanner Database ID. You can enter any value you like for theConnection name. You’ll also need to specify your credentials in one of two ways: enter the absolute path to your credential key file in the Connection Assistant or set the GOOGLE_ACCOUNT_CREDENTIALS environment variable to the path to your credential key file. If you are using the GOOGLE_ACCOUNT_CREDENTIALS environment variable, note that if VS Code was already running before you set the environment variable, then you will need to restart VS Code. Your service account will need to be granted appropriate permissions for interacting with Cloud Spanner. For more information about credentials, see the documentation on creating service accounts and service account keys. You can find a list of Cloud Spanner roles in this table.Testing and establishing connectionsOnce you’ve entered the connection settings information, you can click TEST CONNECTION to make sure the connection is successful, and then click SAVE CONNECTION.On the final step of the Connection Assistant, click CONNECT NOW.Browsing database tablesIn the Connections section of SQLTools, you can view the tables in your database. In the screenshot below, you can see the columns in the comments table.Right-clicking on a table name provides options such as showing table records or generating an insert query.Executing queries and statementsThe Cloud Spanner driver supports executing queries, DDL statements, and DML statements. If you execute multiple statements in a single script, each statement will be executed in a separate transaction. Note that the extension is intended for use during development and testing, not for administration of production database environments.Queries use single-use read-only transactions, while DML statements use read-write transactions. Make sure that the service account you’re using has the necessary permissions to execute the queries or statements. For more information on types of transactions, see the documentation. Next stepsInteracting with your Cloud Spanner databases from within your IDE can make your development process more efficient and reduce the need to switch between multiple tools and interfaces. Ready to try it yourself? Install the Cloud Spanner driver for SQLTools and start exploring and interacting with your Cloud Spanner databases from within VS Code. If you have suggestions or issues, you can raise them in the issue tracker or for questions or comments, feel free to reach out to me on Twitter. We would love to hear your feedback.Related ArticleInclude Cloud Spanner databases in your CI/CD process with the Liquibase extensionIn February, we announced the beta version of the Liquibase Cloud Spanner extension that allows developers to use Liquibase’s open-source…Read Article
Quelle: Google Cloud Platform

Mit AWS Systems Manager können Sie jetzt Runbooks klonen

Mithilfe des AWS Systems Manager können IT-Administratoren nun Runbooks und andere Systems-Manager-Dokumente wie beispielsweise Befehlsdokumente klonen. Dank dieser Funktion können Sie schnell Kopien Ihrer vorhandenen Runbooks oder öffentlich zugänglichen verwalteten Dokumente erstellen und diese je nach Anwendungsfall anpassen.
Quelle: aws.amazon.com

AWS kündigt eine Preissenkung für Amazon Managed Service for Prometheus (AMP) an

Heute senken wir den Preis der aufgenommenen metrischen Proben um bis zu 84 % für Amazon Managed Service for Prometheus (AMP). Amazon Managed Service for Prometheus (AMP) ist ein vollständig verwalteter Prometheus-kompatibler Überwachungsservice, der die Überwachung von Anwendungen nach Maß einfach macht. Mit AMP können Sie die Open Source Prometheus Query Language (PromQL) zur Überwachung der Leistung von containerisierten Workloads auf AWS oder On-Premises verwenden. AMP skaliert automatisch die Aufnahme, Speicherung und Abfrage von Betriebsmetriken (von, beispielsweise, Ihren Clustern von Amazon Kubernetes Service [Amazon EKS]), wenn Workloads wachsen oder schrumpfen, und ist in AWS-Sicherheitsservices wie AWS Identity and Access Management (IAM), AWS PrivateLink und AWS CloudTrail integriert, um einen schnellen und sicheren Zugriff auf Daten zu ermöglichen.
Quelle: aws.amazon.com