Einführung in Voicemail für Amazon Connect

Voicemail für Amazon Connect bietet den Benutzern als Add-on eine Voicemail-Lösung, die sie mit ihrer Amazon Connect-Instance verknüpfen können. Kunden beginnen mit der Bereitstellung einer AWS CloudFormation-Vorlage zur Ausrüstung der Architektur mit den notwendigen AWS-Services, Amazon Connect-Agenten mit Voicemail-Features wie Voicemail-Aufzeichnungen und -Transkripten auszustatten. Die Lösung bietet eine visuelle Oberfläche, auf der Führungskräfte und Administratoren die Voicemail-Einstellungen für die gesamte Amazon Connect-Instance und für jeden Agenten festlegen können.
Quelle: aws.amazon.com

AWS Data Exchange hat mehrere Verbesserungen für die Konsole veröffentlicht, die Abonnenten und Anbietern die Interaktion mit Datensätzen erleichtern

AWS Data Exchange hat mehrere Verbesserungen veröffentlicht, die Abonnenten und Anbietern die die Nutzung von AWS Data Exchange und die Interaktion mit Datensätzen erleichtern. Wir haben das Hauptorganisationsmenü umstrukturiert, damit Sie häufig besuchte Seiten einfacher und mit weniger Klicks finden. Als Datenanbieter haben Sie nun die Möglichkeit, Datensätze und Überarbeitungen so anzuzeigen, wie sie auch den Abonnenten angezeigt werden. Wählen Sie dazu einen beliebigen Datensatz aus einem Ihrer aufgeführten Produkte in der ADX-Konsole aus. Als Bestandsabonnent haben Sie nun die Möglichkeit, die neue Seite „Entitled data sets“ (Berechtigte Datensätze) zu nutzen, um schnell all Ihre berechtigten Datensätze in einer bestimmten AWS-Region basierend auf Ihren aktiven Abonnements zu finden und auf sie zuzugreifen.  
Quelle: aws.amazon.com

Mobile Kommunikationsanwendungen mit Amazon Chime SDKs für iOS und Android entwickeln

Anwendungsentwickler können Amazon Chime SDKs für iOS und Android jetzt verwenden, um ihre mobilen Anwendungen um Audioanruf-, Videoanruf- und Bildschirmfreigabefunktionen zu erweitern. Wie die zuvor veröffentlichte Amazon Chime SDK für JavaScript können die mobilen SDKs verwendet werden, um Verbindungen zu Meeting-Ressourcen in Amazon Chime SDK herzustellen, die in AWS-Konten von Kunden verwaltet werden und Methoden bereitstellen, lokale Audio- und Videogeräte zu verwalten und Medienstreams an native UI-Elemente zu binden.
Quelle: aws.amazon.com

Update #2 on Microsoft cloud services continuity

Since last week’s update, the global health pandemic continues to impact every organization—large or small—their employees, and the customers they serve. Everyone is working tirelessly to support all our customers, especially critical health and safety organizations across the globe, with the cloud services needed to sustain their operations during this unprecedented time. Equally, we are hard at work providing services to support hundreds of millions of people who rely on Microsoft to stay connected and to work and play remotely.

As Satya Nadella shared, “It’s times like this that remind us that each of us has something to contribute and the importance of coming together as a community”. In these times of great societal disruption, we are steadfast in our commitment to help everyone get through this.

For this week’s update, we want to share common questions we’re hearing from customers and partners along with insights to address these important inquiries. If you have any immediate needs, please refer to the following resources.

Azure Service Health – for tracking any issues impacting customer workloads and understanding Azure Service Health
Microsoft 365 Service health and continuity – for tracking and understanding M365 Service health
Xbox Live – for tracking game and service status

What have you observed over the last week?
In response to health authorities emphasizing the importance of social distancing, we’ve seen usage increases in services that support these scenarios—including Microsoft Teams, Windows Virtual Desktop, and Power BI.

We have seen a 775 percent increase of our cloud services in regions that have enforced social distancing or shelter in place orders.
We have seen a very significant spike in Teams usage, and now have more than 44 million daily users. Those users generated over 900 million meeting and calling minutes on Teams daily in a single week. You can read more about Teams data here.
Windows Virtual Desktop usage has grown more than 3x.
Government use of public Power BI to share COVID-19 dashboards with citizens has surged by 42 percent in a week.

Have you made any changes to the prioritization criteria you outlined last week?
No. Our top priority remains support for critical health and safety organizations and ensuring remote workers stay up and running with the core functionality of Teams.

Specifically, we are providing the highest level of monitoring during this time for the following:

First Responders (fire, EMS, and police dispatch systems)
Emergency routing and reporting applications
Medical supply management and delivery systems
Applications to alert emergency response teams for accidents, fires, and other issues
Healthbots, health screening applications, and websites
Health management applications and record systems

Given your prioritization criteria, how will this impact other Azure customers?
We’re implementing a few temporary restrictions designed to balance the best possible experience for all of our customers. We have placed limits on free offers to prioritize capacity for existing customers. We also have limits on certain resources for new subscriptions. These are ‘soft’ quota limits, and customers can raise support requests to increase these limits. If requests cannot be met immediately, we recommend customers use alternative regions (of our 54 live regions) that may have less demand surge. To manage surges in demand, we will expedite the creation of new capacity in the appropriate region.

Have there been any service disruptions?
Despite the significant increase in demand, we have not had any significant service disruptions. As a result of the surge in use over the last week, we have experienced significant demand in some regions (Europe North, Europe West, UK South, France Central, Asia East, India South, Brazil South) and are observing deployments for some compute resource types in these regions drop below our typical 99.99 percent success rates.

Although the majority of deployments still succeed, (so we encourage any customers experiencing allocation failures to retry deployments), we have a process in place to ensure that customers that encounter repeated issues receive relevant mitigation options. We treat these short-term allocation shortfalls as a service incident and we send targeted updates and mitigation guidance to impacted customers via Azure Service Health—as per our standard process for any known platform issues.

When these service incidents happen, how do you communicate to customers and partners?
We have standard operating procedures for how we manage both mitigation and communication. Impacted customers and partners are notified through the Service Health experience in the Azure portal and/or in the Microsoft 365 admin center.

What actions are you taking to prevent capacity constraints?
We are expediting the addition of significant new capacity that will be available in the weeks ahead. Concurrently, we monitor support requests and, if needed, encourage customers to consider alternative regions or alternative resource types, depending on their timeline and requirements. If the implementation of these efforts to alleviate demand is not sufficient, customers may experience intermittent deployment related issues. When this does happen, impacted customers will be informed via Azure Service Health.

Have you needed to make any changes to the Teams experience?
To best support our Teams customers worldwide and accommodate new growth and demand, we made a few temporary adjustments to select non-essential capabilities such as how often we check for user presence, the interval in which we show when the other party is typing, and video resolution. These adjustments do not have significant impact on our end users’ daily experiences.

Is Xbox Live putting a strain on overall Azure capacity?
We’re actively monitoring performance and usage trends to ensure we’re optimizing services for gamers worldwide. At the same time, we’re taking proactive steps to plan for high-usage periods, which includes taking prudent measures with our publishing partners to deliver higher-bandwidth activities like game updates during off-peak hours.

How does in-home broadband use impact service continuity and capacity? Any specific work being done with ISPs?
We’ve been in regular communication with ISPs across the globe and are actively working with them to augment capacity as needed. In particular, we’ve been in discussions with several ISPs that are taking measures to reduce bandwidth from video sources in order to enable their networks to be performant during the workday.

We’ll continue to provide regular updates on the Microsoft Azure blog.
Quelle: Azure

Loading geospatial data into BigQuery just got easier with FME

With all of the geographical data available today, we made sure that Google Cloud’s BigQuery data warehouse includes first-class support for geospatial data types and functions. With this unique capability, you can process and analyze geospatial data at scale. To accelerate the workflows of our geospatial customers, we’re announcing our partnership with Safe Software, the maker of FME.FME is a data integration platform designed to support spatial data worldwide, and 2020.0 brings the ability to ingest data from more than 450 geo formats and applications and materialize them as BigQuery tables.FME is ideal to use when you need to ingest and transform one of the myriad geospatial file and data formats and land that data in BigQuery. FME is designed to help you overcome common data integration challenges. Using a visual interface, you can build workflows to extract, transform, load, integrate, validate, and share data. Plus, you can build event-based workflows to automate your data integration tasks, create notification services, and take advantage of real-time processing.Using FME to connect to BigQuery GISThere are hundreds of GIS file types and projections. Loading them into a data warehouse requires transforming the data type and its projection into the native projection of the data warehouse. In this case, BigQuery GIS uses the WGS84 coordinate system. Workflows are scalable: When you build a data integration workflow in FME, you can ingest a single file or hundreds at a time, transform them, and load them directly into BigQuery tables, all within FME. Here’s a look at the FME Workbench interface, the authoring environment for data integration workflows.FME supports hundreds of formats, applications, and systems, and includes 493 transformers to help data manipulation tasks like geometry and geography creation, validation, generalization, and coordinate system reprojections. With data coming from different sources, data validation and quality control is a critical step in your workflow. The transformers are accessible through the GUI and let you create consistent and repeatable spatial data pipelines. That way you can make sure the data migrated to data warehouses like Google BigQuery is valid and meets all requirements. Using geospatial data in productionWe’ve heard from customers using FME and BigQuery that they can move and transform data more quickly to focus on innovation.”We’ve been using FME to transform shp, GeoJson, CAD and various other data types for several years,” says Adam Radel, IT director for GISP, State of Utah Department of Transportation. “We’ve imported over 1,000 files to BigQuery using FME in just a few weeks. The addition of the BQ writer to FME is game-changing for us. I’m excited that my team has such a powerful tool available to them.”  How to load geospatial data from FME to BigQueryCheck out this detailed look at how the loading process works. The example starts with the assumption that the user has data to load, a shape file for an example, and a licensed or trial version of FME Desktop installed on a virtual machine or on their local machine. (Note: FME has example files for loading.) If you don’t have FME running already, get started with a trial straight from the Google Cloud Marketplace, and check out these instructions on how to deploy FME in Google Cloud.To use the data that you load with FME, you can also check out examples of how to query data in BigQuery GIS, like plotting hurricane paths in BQ GIS or k-means clustering of spatial with BQML. We modeled the BQ GIS syntax on PostGIS, so you’ll find the queries easy to compose as well. And click on Explore in GeoViz from the user interface to get a quick styleable visualization of your results. For a more scalable, cloud-native GIS visualization solution that can use BigQuery as a scalable spatial backend, take a look at our partner CARTO.
Quelle: Google Cloud Platform