Ported to Cloud with Wing_ Blue ZnZone app from _Hexagonal Architecture Explained_.pdf

This document describes a hands-on technical workshop on transforming applications from monoliths to microservices using Red Hat OpenShift. It provides an overview of OpenShift capabilities including container orchestration, application lifecycle management, and cloud-native development tools. It also outlines the goal and steps for a lab on developing applications on OpenShift, including separating development and production environments and promoting applications between environments using CI/CD pipelines.

The document discusses architecting applications for the cloud, focusing on Amazon Web Services (AWS). It outlines the business benefits of cloud computing like lower costs, flexibility, and efficiency. It also describes the technical benefits like automation, scaling, and disaster recovery. The document then provides an overview of key AWS services like EC2, S3, CloudWatch, and Elastic Load Balancing and how they can be used to build scalable cloud applications.

List of Cloud Computing IEEE 2006 Projects. It Contains the IEEE Projects in the Domain Cloud Computing for M.Phil Computer Science students.

This document contains information about several M.Phil Computer Science Cloud Computing projects written in C# and NS2. It provides the titles, languages, links, and short abstracts for each project. The projects focus on topics related to cloud computing including secure cloud storage, data integrity verification, privacy-preserving auditing, and keyword search over encrypted cloud data.

Niko Virtala - Cloud Architect, VR Group (Finnish Railways) In 2016, Finnish Railways reservation system and many other systems were monolithic applications running on mainframe or local datacenters. They began a containerization project focused on modernizing the reservation system. The invest paid off. Today, they have containerized multiple applications, running both on-premises and on AWS today. That’s allowed Finland’s leading public transport agency to shut down a data center and become a technology innovator. In this session, Finnish Rail will explain the processes and tools they used to build a multi-cloud strategy that lets them take advantage of geo-location and cost advantages to run in AWS, Azure and soon Google Cloud. You’ll learn: - How to implement a successful multi-cloud deployment - What challenges you can expect to face along the way - The processes and tools that are critical part of a successful project.

The document discusses using ambients and service-oriented architecture (SOA) approaches to address challenges in cloud computing architectures. It proposes an Ambient-SOA modeling language that allows developers to design ambient-aware models and generate executable code. This approach represents different cloud resource types as ambients and allows applications to be dynamically reconfigured across cloud boundaries when resource demands change.

This document discusses how IT architectures are evolving to optimize for edge computing needs like latency, bandwidth, and connectivity. It introduces Amazon Web Services edge services like AWS Lambda, AWS Greengrass, AWS IoT, and Amazon CloudFront that allow distributing compute and custom logic closer to end users and devices. These services enable developing and running applications offline on IoT gateways and responding to local events in real-time while also connecting devices securely to the cloud.

List of Cloud Computing IEEE 2006 Projects. It Contains the IEEE Projects in the Domain Cloud Computing for M.E Computer Science students.

The document is a presentation about running SagePFW in a private cloud called vCloud by Vertical Solutions. It defines cloud computing, discusses the benefits of vCloud such as scalability, security and cost savings over an in-house IT system. It provides an example showing the vCloud solution can save a SagePFW client over $30,000 in costs over 3 years compared to an in-house system. The presentation concludes by taking questions.