AWS Backup bietet jetzt Support für die Instance-Sicherung von Amazon Elastic Cloud Compute (EC2)

AWS Backup automatisiert Sicherungs- und Wiederherstellungsaufträge für Amazon EC2-Instances, ohne dass benutzerdefinierte Skripts oder Lösungen von Drittanbietern erforderlich sind. Dies spart Zeit und vereinfacht den Sicherungsprozess. Kunden, die EC2-Instances verwenden, können ihre Datenschutzanforderungen jetzt auf EC2-Ebene ausführen und sowohl die Amazon Machine Instance (AMI) als auch die angehängten Amazon Elastic Block Store (EBS)-Volumes sichern. Sie können jetzt eine EC2-Instance in der AWS Backup-Konsole auswählen, eine On-Demand-Sicherung durchführen oder einem Sicherungsplan EC2-Instances zuweisen.  
Quelle: aws.amazon.com

Amazon Lightsail erweitert die Auswahl an Instance-Entwürfen

Amazon Lightsail bietet jetzt Ghost- und Django-Entwürfe an. Mit diesen Ergänzungen erweitert Amazon Lightsail seine Auswahl an Blaupausen und vereinfacht das Erstellen von Blogs und Webanwendungen mit nur wenigen Klicks. Lightsail bietet eine kuratierte Auswahl vorkonfigurierter Anwendungsstapel, damit Sie die für Ihr Projekt benötigte Software leicht finden können.  
Quelle: aws.amazon.com

Der AWS Backup unterstützt den Cross-Region Backup

Der AWS Backup unterstützt nun auch Cross-Region Backups, wodurch AWS-Kunden Backups über mehrere Services hinweg in verschiedene Regionen übertragen können. Das Cross-Region Backup bietet eine zentralisierte Lösung, um eine Kopie der Backup-Daten, die mehr als eine Region von den Produktionsdaten entfernt sind, zu speichern. Auf diese Weise können Sie die Geschäftskontinuität, Notfallwiederherstellung und Compliance-Anforderungen leichter erfüllen.  
Quelle: aws.amazon.com

Improved Offline Publishing

The best technology is invisible and reliable. You almost forget it’s there, because things just work. Bad technology never disappears into the background — it’s always visible, and worse, it gets in your way. We rarely stop to think “My, what good Wifi!” But we sure notice when the Wifi is iffy.

Good technology in an app requires solid offline support. A WordPress app should give you a seamless, reliable posting experience, and you shouldn’t have to worry whether you’re online or offline while using WordPress Mobile. And if we’ve done our jobs right, you won’t have to! 

We all need fewer worries in life, so if you haven’t already head to https://apps.wordpress.com/get/ to download the apps.

Offline Publishing

On the go and without a connection?  No worries! The apps will now remember your choices and once you’re back online,your content will be saved and published as requested.  But if you changed your mind about publishing a post while you’re still offline, you can still safely cancel it.

The new Offline Publishing flow.

This improved publishing flow comes together with a revamped UI for yourf post status.  You’ll be able to clearly see which posts are pending, saving or publishing.

Smoother Messaging

We removed several alerts that were being presented while you were offline.  These blocking alerts required you to take action but often provided no insights on either what the problem was, or how to resolve it.

  They have been replaced with contextual non-blocking messages both within the UI, and in notices appearingright above the toolbar.

As a result, you’ll see less disruptive and uninformative alerts, and more inline and informative messages, such as the one shown above.

Safeguards

We also added some safeguards to ensure there are no surprises!

You can cancel offline publishing.

Modifying posts that are scheduled for publishing will cancel the publishing action. Don’t worry, though – you can always reschedule the post for publishing.

All queued save and publishing operations will be canceled if your device stays offline for more than 48 hours.  We want you to be in complete control of what gets published and when.
Quelle: RedHat Stack

Hyperledger Fabric on Azure Kubernetes Service Marketplace template

Customers exploring blockchain for their applications and solutions typically start with a prototype or proof of concept effort with a blockchain technology before they get to build, pilot, and production rollout. During the latter stages, apart from the ease of deployment, there is an expectation of flexibility in the configuration in terms of the number of blockchain members in the consortium, size and number of nodes and ease in management post-deployment.

We are sharing the release of a new Hyperledger Fabric on Azure Kubernetes Service marketplace template in preview. Any user with minimal knowledge of Azure or Hyperledger Fabric can now set up a blockchain consortium on Azure using this solution template by providing few basic input parameters.

This template helps the customers to deploy Hyperledger Fabric (HLF) network on Azure Kubernetes Service (AKS) clusters in a modular manner, that meets the much-required customization with regard to the choice of Microsoft Azure Virtual Machine series, number of nodes, fault-tolerance, etc. Azure Kubernetes Service provides enterprise-grade security and governance, making the deployment and management of containerized application easy. Customers anticipate leveraging the native Kubernetes tools for the management plane operations of the infrastructure and call Hyperledger Fabric APIs or Hyperledger Fabric client software development kit for the data plane workflows.

The template has various configurable parameters that make it suitable for production-grade deployment of Hyperledger Fabric network components.

Top features of Hyperledger Fabric on Azure Kubernetes Service template are:

Supports deployment of Hyperledger Fabric version 1.4.4 (LTS).
Supports deployment of orderer organization and peer nodes with the option to configure the number of nodes.
Supports Fabric Certificate Authority (CA) with self-signed certificates by default, and an option to upload organization-specific root certificates to initialize the Fabric CA.
Supports running of LevelDb and CouchDB for world state database on peer nodes.
Ordering service runs highly available RAFT based consensus algorithm, with an option to choose 3,5, or 7 nodes.  
Supports ways to configure in terms of number and size of the nodes of Azure Kubernetes Clusters.
Public IP exposed for each AKS cluster deployed for networking with other organizations
Enables you to jump start with building your network sample scripts to help post-deployment steps such as create workflows of consortiums and channels, adding peer nodes to the channel, etc.
Node.js application sample to support running a few native Hyperledger Fabric APIs such as new user identity generation, running custom chain code, etc.

To know more about how to get started with deploying Hyperledger Fabric network components, refer to the documentation.

What's coming next

Microsoft Visual Studio code extension support for Azure Hyperledger Fabric instances

What more do we have for you? The template and consortium sample scripts are open-sourced in the GitHub repo, so the community can leverage to build their customized versions.
Quelle: Azure

Neuer digitaler Kurs: AWS Transit Gateway-Netzwerke und -Skalierung

Wir freuen uns, einen kostenlosen Schulungskurs anzukündigen, der zeigt, wie man ein AWS-Transit-Gateway erstellt und konfiguriert. In diesem digitalen Kurs lernen Sie die Einrichtung eines grundlegenden Transit-Gateways, die Erstellung eines Transit-Gateways mit gemeinsamen Domänen und Routingtabellen sowie das Routing und die Propagierung kennen. Anhand von Demonstrationen lernen Sie, wie man ein VPN und eine direkte Verbindung zum AWS Transit Gateway herstellt.
Quelle: aws.amazon.com