This document provides an overview of Amazon Web Services (AWS) including compute services like EC2, storage services like S3 and EBS, database services like RDS and DynamoDB, networking services like VPC and ELB, developer tools like Lambda and more. It describes the core capabilities and features of each major AWS service.
Comparison of AWS, GCP & Azure web solutionsbasit raza
This document compares website solutions on AWS, GCP, and Azure cloud platforms. It outlines that AWS offers simple website hosting starting at $6.03/month, static website hosting for $0.50-1/month, and enterprise hosting with scaling capabilities. GCP offers static hosting on Cloud Storage, VMs on Compute Engine, containers on Container Engine, and managed platforms on App Engine. Azure provides shared, dedicated, isolated, and consumption compute options. The document also notes that on-demand pricing varies by over triple depending on CPU and SSD configuration, and other factors like billing increments and regions also affect final pricing.
When moving to Feature-Driven Development (FDD), with geographically distributed development centers, it is customary to have a dedicated light weight environment per feature-development effort and to have robust automation support for the build and deploy life cycle of each feature branch at your own will.
In this session, learn about the Feature-Driven Development transition story of a cloud-based supply chain leader that shows how AWS services helped provide a highly scalable, elastic, and cost-effective solution to facilitate on-demand Feature Development Environments supported by an independent build, deployment, and test-automation framework.
This document provides an overview of Amazon Web Services (AWS) and its cloud computing services. It describes AWS as a pay-as-you-go cloud platform that offers flexible, reliable, scalable and cost-effective solutions. It discusses the different types of cloud services AWS provides, including Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). The document also outlines specific AWS computing offerings like storage, databases, and development tools, as well as features like regions, availability zones, and local zones for improved performance and reliability.
This document provides an introduction and overview of Amazon Web Services (AWS). It discusses what the cloud is and how AWS infrastructure works with regions and availability zones. It then focuses on explaining Amazon Elastic Compute Cloud (EC2), describing what EC2 is, the terminology used, how resources are shared, and the differences between local disks vs Elastic Block Store storage. The document concludes with a thank you and mentions future sessions will provide more in-depth coverage of specific AWS services.
The document provides an overview of Amazon Web Services (AWS), including its basic concepts, services, pricing model, and Identity and Access Management (IAM) service. AWS is a cloud computing platform offering on-demand computing resources including computing, storage, databases, analytics and deployment services. Customers pay for only the resources they use, allowing them to scale up or down depending on their needs. IAM allows customers to securely control access to AWS services and resources.
This document compares cloud platforms Amazon Web Services (AWS) and Microsoft Azure. It finds that AWS is more oriented toward infrastructure as a service (IaaS) while Azure is more platform as a service (PaaS) oriented, though both platforms offer services across IaaS and PaaS. The document also compares specific cloud storage, databases, networking, deployment, middleware, tools and high availability/disaster recovery features between AWS and Azure.
This document summarizes Rob Gillen's presentation on Amazon Web Services (AWS) and Windows Azure. The presentation covers:
1. An overview of the cloud computing market and discussion of core cloud primitives.
2. Examples of fault tolerance techniques used by AWS and Azure like regions, availability zones, load balancing, and replication.
3. Lessons learned on vendor-specific implementations including an example of an incorrect network change at AWS that caused a "replication storm".
4. Examples of application architectures that leverage cloud services for dynamic scaling, fault tolerance, and background processing using independent components, load balancing, and queues.
This document outlines a project on Amazon Web Services (AWS) cloud computing platform. It begins with an introduction to AWS, describing how it was launched in 2006 as a cloud services platform providing on-demand computing resources. The document then covers AWS' global infrastructure, including availability zones and edge locations. It also details several AWS cloud services such as EC2, S3, IAM, and CloudFront. Features and benefits of AWS like scalability, security and pay-as-you-go pricing model are highlighted. Finally, the document analyzes an example cloud architecture usage case and provides a critical evaluation of AWS outages.
AWS vs Azure | Difference Between Microsoft Azure and Amazon AWS | AWS Traini...Edureka!
This AWS vs Azure tutorial shall discuss the differences between AWS and Azure. It can be helpful for people who are trying to migrate to and from AWS and Azure. Towards the end, we will be launching instances in both AWS and Azure environment. This tutorial is ideal for those who want to become the master of all trades in the cloud computing world!
In this AWS vs Azure tutorial you will understand:
1. Cloud Providers
2. AWS vs Azure
3. Job Trends
4. Who wins?
5. Demo
#awsvsazure #awscertification #awstraining #awssolutionsarchitect
AWS provides cloud computing services that allow users to pay only for resources used, scale instantly to meet demand, and avoid long-term commitments or upfront expenses. It offers flexibility to choose development platforms and services and has a global infrastructure across 16 regions and 42 availability zones. AWS launched in 2006 and has since expanded its services and global footprint while maintaining industry security certifications and audits.
Amazon Web Service Sales Role Play - Case StudyVineet Sood
I have enjoyed the interaction with the various gentlemen at AWS so far. All my discussions were thought provoking and the process gave me good learning’s. I found the sales role play exciting exercise which encouraged me to put a best effort and I am sharing this reference with everyone.
AWS is a leading cloud computing company that provides lower IT costs through easily scalable computing, database, storage and application development services. It is preferred by developers for its comprehensive web app services including testing across multiple platforms and SDKs. AWS also offers career skills learning and is the established market leader in enterprise cloud services.
Amazon Web Services or simply known as AWS has been continually expanding its services to support virtually any cloud workload, and it now has more than 40 services.
For more details - http://www.i2k2.com/services/amazon-web-services/aws/
This document provides an introduction to AWS and summarizes the key services and benefits it offers. It discusses how AWS enables agility and continuous innovation through a broad platform and services that are continually upgraded. It also allows organizations to trade capital expenses for variable costs and realize cost savings through economies of scale. The document highlights compute, storage, database, analytics, app development and mobile services available on AWS and how they can be used to develop, deploy and scale applications.
An approachable overview of Amazon and the range services offered by Amazon Web Services. This presentation was given to the Worthing Digital meetup group on Feb 20th 2018
Cloud Computing With Amazon Web Services, Part 1: Introduction - When It's Sm...white paper
Cloud computing allows users to access scalable computing resources over the internet on a pay-per-use basis. Amazon Web Services provides several services that offer basic computing building blocks like storage, computing power, messaging, and datasets. These services allow developers to build scalable applications in a cost-effective manner without having to manage their own infrastructure. Upcoming articles in the series will provide more details on each Amazon Web Service.
Services comparison among Microsoft Azure AWS and Google Cloud Platformindu Yadav
This article helps to understand services comparison between Microsoft Azure, Amazon Web Services (AWS) and Google Cloud. When we are planning a multicloud solution with Azure, AWS and GCP, you can compare the IT capabilities of Azure, AWS and GCP services in all categories.
In the following tables, there are multiple services listed for for Azure, AWS and GCP.
Building and running your business starts with compute, whether you are building mobile apps, or running massive clusters to sequence the human genome. AWS has over 70 infrastructure services and plans to deliver more than 1,000 new features in 2016. With more than twice as many compute instance families, twice the compliance certifications, and the largest global footprint of any other cloud vendor, AWS provides a robust and scalable platform to help organizations of all types and sizes innovate quickly.
Amazon has three main businesses: online retail, selling technology infrastructure to other companies, and cloud computing services. Amazon Web Services (AWS) provides on-demand access to computing resources and services through its global infrastructure, aiming to reduce upfront costs and allow customers to scale up or down easily. AWS has a variety of services for computing, storage, databases, applications and analytics.
This document provides an overview of Amazon Web Services (AWS). It discusses how AWS disrupted the technology industry, provides global usage statistics showing AWS's dominance in the cloud market, and outlines the various AWS services and platforms. These include compute, storage, database, networking, administration/security services, and deployment/management tools. The document also references serverless architectures and includes an example solution architecture using many AWS services like S3, EC2, DynamoDB, and more.
Azure SQL App Service provides MySQL hosting options both within Azure and Azure Stack. In Azure, MySQL is currently in preview and based on the MySQL Community Edition, with the same family as Azure SQL. Azure Stack allows for more customization, including custom pricing tiers, worker tiers, and software installation. Docker Enterprise Edition is included for free with all editions of Windows Server 2016.
This document introduces core concepts of AWS through a sample standard web architecture. It discusses what AWS is, how and why Amazon launched it, and provides examples of key AWS services like VPC, EC2, EBS, ELB, and managed services. It also covers AWS architecture concepts like regions, availability zones, and infrastructure as code.
A brief comparison between two cloud platforms AWS vs. Azure. Compare Microsoft Azure services, pricing, customers and more with Amazon AWS through slides.
The document provides an agenda for the AWS Summit in Sao Paulo, Brazil. It includes keynotes from Amazon leadership, technical and solutions tracks, and networking opportunities. It also highlights Amazon Web Services' global infrastructure including regions and edge locations, and the breadth of computing, storage, database, and application services available on AWS.
The document summarizes AWS Summit 2012 held in Sao Paulo, Brazil. It highlights AWS regions and edge locations globally, as well as AWS services for compute, storage, database, networking, deployment and administration, and applications. It also discusses the pace of innovation at AWS with new services and features added regularly to the platform.
Architecting for AWS Cloud - let's do it right!Misha Hanin
The power of AWS cloud needs to be understood to be harnessed in the most effective manner. This first Winnipeg AWS User Group meetup provides a forum to explore the technology approach delivering successful solutions on AWS.
This document summarizes Rob Gillen's presentation on Amazon Web Services (AWS) and Windows Azure. The presentation covers:
1. An overview of the cloud computing market and discussion of core cloud primitives.
2. Examples of fault tolerance techniques used by AWS and Azure like regions, availability zones, load balancing, and replication.
3. Lessons learned on vendor-specific implementations including an example of an incorrect network change at AWS that caused a "replication storm".
4. Examples of application architectures that leverage cloud services for dynamic scaling, fault tolerance, and background processing using independent components, load balancing, and queues.
This document outlines a project on Amazon Web Services (AWS) cloud computing platform. It begins with an introduction to AWS, describing how it was launched in 2006 as a cloud services platform providing on-demand computing resources. The document then covers AWS' global infrastructure, including availability zones and edge locations. It also details several AWS cloud services such as EC2, S3, IAM, and CloudFront. Features and benefits of AWS like scalability, security and pay-as-you-go pricing model are highlighted. Finally, the document analyzes an example cloud architecture usage case and provides a critical evaluation of AWS outages.
AWS vs Azure | Difference Between Microsoft Azure and Amazon AWS | AWS Traini...Edureka!
This AWS vs Azure tutorial shall discuss the differences between AWS and Azure. It can be helpful for people who are trying to migrate to and from AWS and Azure. Towards the end, we will be launching instances in both AWS and Azure environment. This tutorial is ideal for those who want to become the master of all trades in the cloud computing world!
In this AWS vs Azure tutorial you will understand:
1. Cloud Providers
2. AWS vs Azure
3. Job Trends
4. Who wins?
5. Demo
#awsvsazure #awscertification #awstraining #awssolutionsarchitect
AWS provides cloud computing services that allow users to pay only for resources used, scale instantly to meet demand, and avoid long-term commitments or upfront expenses. It offers flexibility to choose development platforms and services and has a global infrastructure across 16 regions and 42 availability zones. AWS launched in 2006 and has since expanded its services and global footprint while maintaining industry security certifications and audits.
Amazon Web Service Sales Role Play - Case StudyVineet Sood
I have enjoyed the interaction with the various gentlemen at AWS so far. All my discussions were thought provoking and the process gave me good learning’s. I found the sales role play exciting exercise which encouraged me to put a best effort and I am sharing this reference with everyone.
AWS is a leading cloud computing company that provides lower IT costs through easily scalable computing, database, storage and application development services. It is preferred by developers for its comprehensive web app services including testing across multiple platforms and SDKs. AWS also offers career skills learning and is the established market leader in enterprise cloud services.
Amazon Web Services or simply known as AWS has been continually expanding its services to support virtually any cloud workload, and it now has more than 40 services.
For more details - http://www.i2k2.com/services/amazon-web-services/aws/
This document provides an introduction to AWS and summarizes the key services and benefits it offers. It discusses how AWS enables agility and continuous innovation through a broad platform and services that are continually upgraded. It also allows organizations to trade capital expenses for variable costs and realize cost savings through economies of scale. The document highlights compute, storage, database, analytics, app development and mobile services available on AWS and how they can be used to develop, deploy and scale applications.
An approachable overview of Amazon and the range services offered by Amazon Web Services. This presentation was given to the Worthing Digital meetup group on Feb 20th 2018
Cloud Computing With Amazon Web Services, Part 1: Introduction - When It's Sm...white paper
Cloud computing allows users to access scalable computing resources over the internet on a pay-per-use basis. Amazon Web Services provides several services that offer basic computing building blocks like storage, computing power, messaging, and datasets. These services allow developers to build scalable applications in a cost-effective manner without having to manage their own infrastructure. Upcoming articles in the series will provide more details on each Amazon Web Service.
Services comparison among Microsoft Azure AWS and Google Cloud Platformindu Yadav
This article helps to understand services comparison between Microsoft Azure, Amazon Web Services (AWS) and Google Cloud. When we are planning a multicloud solution with Azure, AWS and GCP, you can compare the IT capabilities of Azure, AWS and GCP services in all categories.
In the following tables, there are multiple services listed for for Azure, AWS and GCP.
Building and running your business starts with compute, whether you are building mobile apps, or running massive clusters to sequence the human genome. AWS has over 70 infrastructure services and plans to deliver more than 1,000 new features in 2016. With more than twice as many compute instance families, twice the compliance certifications, and the largest global footprint of any other cloud vendor, AWS provides a robust and scalable platform to help organizations of all types and sizes innovate quickly.
Amazon has three main businesses: online retail, selling technology infrastructure to other companies, and cloud computing services. Amazon Web Services (AWS) provides on-demand access to computing resources and services through its global infrastructure, aiming to reduce upfront costs and allow customers to scale up or down easily. AWS has a variety of services for computing, storage, databases, applications and analytics.
This document provides an overview of Amazon Web Services (AWS). It discusses how AWS disrupted the technology industry, provides global usage statistics showing AWS's dominance in the cloud market, and outlines the various AWS services and platforms. These include compute, storage, database, networking, administration/security services, and deployment/management tools. The document also references serverless architectures and includes an example solution architecture using many AWS services like S3, EC2, DynamoDB, and more.
Azure SQL App Service provides MySQL hosting options both within Azure and Azure Stack. In Azure, MySQL is currently in preview and based on the MySQL Community Edition, with the same family as Azure SQL. Azure Stack allows for more customization, including custom pricing tiers, worker tiers, and software installation. Docker Enterprise Edition is included for free with all editions of Windows Server 2016.
This document introduces core concepts of AWS through a sample standard web architecture. It discusses what AWS is, how and why Amazon launched it, and provides examples of key AWS services like VPC, EC2, EBS, ELB, and managed services. It also covers AWS architecture concepts like regions, availability zones, and infrastructure as code.
A brief comparison between two cloud platforms AWS vs. Azure. Compare Microsoft Azure services, pricing, customers and more with Amazon AWS through slides.
The document provides an agenda for the AWS Summit in Sao Paulo, Brazil. It includes keynotes from Amazon leadership, technical and solutions tracks, and networking opportunities. It also highlights Amazon Web Services' global infrastructure including regions and edge locations, and the breadth of computing, storage, database, and application services available on AWS.
The document summarizes AWS Summit 2012 held in Sao Paulo, Brazil. It highlights AWS regions and edge locations globally, as well as AWS services for compute, storage, database, networking, deployment and administration, and applications. It also discusses the pace of innovation at AWS with new services and features added regularly to the platform.
Architecting for AWS Cloud - let's do it right!Misha Hanin
The power of AWS cloud needs to be understood to be harnessed in the most effective manner. This first Winnipeg AWS User Group meetup provides a forum to explore the technology approach delivering successful solutions on AWS.
Amazon Web Services (AWS) is a cloud computing platform that provides scalable computing resources and services to customers worldwide. [AWS utilizes Amazon's expertise from running their global e-commerce business to offer a variety of computing services including compute, storage, databases, analytics, and more through an on-demand delivery model.] AWS operates in multiple regions and availability zones to provide high availability and reliability for applications. Customers pay only for what they use with no upfront infrastructure costs.
AWS Solution Architect Associate certification covers key AWS services including compute, networking, storage, databases, deployment and management. The document provides an overview of cloud computing concepts like service models, deployment models and terminology. It also summarizes the history and growth of AWS including over 1 million active customers in 190 countries and $20 billion in annual revenue.
re:Invent 2019 ARC217-R: Operating and managing hybrid cloud on AWSAnuj Dewangan
The document discusses operating and managing hybrid cloud environments on AWS. It provides an overview of AWS services that can help with fleet management, operations and monitoring, identity/security management, and developer tools to provide a consistent experience across on-premises and AWS environments. It also discusses examples of MassMutual and GreenPages using various AWS and third-party services to manage hybrid cloud environments at their organizations.
O'Reilly Webcast: Architecting Applications For The CloudO'Reilly Media
This presentation analyzes aspects of the Amazon EC2 IaaS cloud environment that differ from a traditional data center and introduces general best practices for ensuring data privacy, storage persistence, and reliable DBMS backup. Presented by Jorge Noa, CTO of Hyperstratus
The document discusses the benefits of AWS for education and research. It highlights how AWS can help remove waste from on-premise infrastructure management and allow institutions to focus more on their core missions. Examples are given of how AWS supports use cases like lecture capture, student labs, and learning management systems in a scalable and cost-effective manner. The document also provides an overview of AWS services and capabilities across compute, storage, databases, analytics and other areas.
The document summarizes an AWS workshop agenda that covers building a scalable and available web application on AWS. It includes labs on using S3, EBS, EC2, RDS, DynamoDB, load balancing, auto scaling, and security. It also covers a log processing scenario using AWS logging and EMR. Key services discussed include S3, EC2, EBS, RDS, DynamoDB, CloudFront, ELB, CloudWatch, and EMR.
This document outlines a seminar on cloud computing that covers its history, components, service models, types, advantages, disadvantages, and applications. It discusses how cloud computing evolved from early concepts in the 1950s to the first public cloud launched by Amazon in 2006. The key components are clients, datacenters, and distributed servers. The main service models are Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS). The types of clouds include public, private, and hybrid clouds. The main advantages are lower costs, improved performance, and unlimited storage. Potential disadvantages include internet dependency and security concerns. Common applications of cloud computing include social networking, email, search
This document outlines a seminar on cloud computing that covers its history, components, service models, types, advantages, disadvantages, and applications. It discusses how cloud computing evolved from early concepts in the 1950s to the first public cloud launched by Amazon in 2006. The key components are clients, datacenters, and distributed servers. The main service models outlined are Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS). The types of clouds covered are public, private, and hybrid clouds. Advantages include lower costs and improved performance, while disadvantages include reliance on internet and potential security issues. Common applications of cloud computing include social networking, email, and search
Operating and Managing Hybrid Cloud on AWSTom Laszewski
Operating in a hybrid architecture is a necessary component of an enterprise cloud adoption journey. Security, provisioning, change management, and monitoring are all key aspects of managing any hybrid cloud environment. This session will cover the AWS Services, open source tools, and AWS partners that can provide enterprises with a secure, well-governed, performant, reliable, and well-operated hybrid cloud environment. Infrastructure and application continuous delivery and improvement solutions, along with best practices to automate hybrid cloud provisioning and operations activities will be covered.
re:Invent 2019 CMP320 - How Dropbox leverages hybrid cloud for scale and inno...Anuj Dewangan
The document discusses how Dropbox leverages a hybrid cloud architecture with AWS to achieve scale, agility, and innovation. The hybrid infrastructure powers Dropbox's massive scale with over 600 million users and 3 exabytes of data storage. It also enables faster product development and flexibility. Key services discussed include Previews for document processing, Audit Logs for a distributed data store, analytics pipelines, and machine learning training on AWS with inference on-premises. Dropbox's use of hybrid cloud unlocks global expansion capabilities.
This document discusses scaling applications in the AWS cloud. It begins with an overview of AWS services like EC2, S3, RDS, and ELB. It then walks through creating a simple cloud application and database, and improving it by separating components, adding redundancy, caching, and autoscaling. A real-world example is shown using Vert.x, Kinesis, Docker, and deployment scripts to dynamically scale a streaming data application across Availability Zones.
The Agony and the Ecstasy of being Agile when the Schedule is NotAidan Casey
This document discusses the structure and practices of an agile engineering team at Johnson Controls Cork that works on connected, converged security products. It describes their use of cross-functional and specialist teams organized in 2-week sprints and monthly milestones. The teams follow continuous delivery practices like microservices architecture, automated testing, and shared development environments. It also outlines lessons learned around team collaboration, ownership of shared resources, and balancing product roadmap with customer requests.
Rise of the Machines - AI in the Agile WorldAidan Casey
Slides from my talk at aginext 2019.
In this session we’ll examine the AI capabilities available today in simple layman’s terms and explore how these will be used to augment and shape the agile world of tomorrow.
Artificial Intelligence (AI) has catapulted us into a brave new world of self-driving cars, delivery drones and talking robots. A combination of AI technologies including advanced machine learning, deep learning and natural language processing are now set to change the way we build and deliver products enabling us to build smarter software faster.
Imagine a world where product backlog prioritisation and feature discovery are aided by unbiased data analytics from AI systems. Self-learning products and adaptive user interfaces will automatically respond and adapt based on data driven analysis of real time user behaviour. Trouble shooting and recovery from production outages is accelerated and assisted by AI operations bots. This convergence of AI systems with the agile world will offer teams unprecedented visibility into their work and their products.
Organisations must celebrate failure to achieve successAidan Casey
Organisations must celebrate failure to achieve success. Failure provides opportunities to learn and grow. Embracing a growth mindset and experimental approach helps organizations build, measure, and learn from failures. Key aspects include establishing trust, empowering teams to solve problems, prioritizing experiments over features, and learning from every failure.
Organisations must celebrate failure to achieve success Aidan Casey
This document discusses how organizations can achieve success by embracing failure. It recommends establishing a growth mindset culture where failure is viewed as an opportunity to learn and improve. Key aspects include shifting from only focusing on delivering features to prioritizing experimentation, establishing trust so teams feel safe to fail, and regularly reviewing failures to learn from mistakes. Metrics like the ICE score and AARRR can help evaluate experiments and determine their potential impact. Overall, the document argues that failure is inevitable and should be seen as a starting point for growth rather than something to avoid.
Agile in the City London - creating a sense of purpose in agile teamsAidan Casey
This document discusses how to craft a sense of purpose in agile development teams. It recommends establishing self-organizing teams, open communication, continuous learning through retrospectives, allocating time for self-improvement, sharing a clear vision, and understanding why the work is being done in order to instill a sense of purpose rather than just a sense of urgency. Celebrating customer feedback, craftsmanship, and learning from failures can also contribute to a team having purpose.
Creating a sense of purpose in agile teamsAidan Casey
This document discusses how to craft a sense of purpose in agile teams. It recommends setting boundaries for self-organizing teams while allowing freedom, promoting open communication, using a leadership style that asks questions, and allocating time for continuous learning and self-improvement through techniques like brown bags, communities of practice, and conferences. It also suggests having a clear inspiring vision that everyone understands, speaking openly about risks and opportunities, and celebrating customer feedback to build a sense of purpose over urgency.
This document discusses the seven deadly sins of microservices and how to avoid them. The sins include lusting after new technology without consideration for operations, gluttony by not implementing circuit breakers, greed in creating too many small services, sloth by not properly separating services, wrath from ignoring issues in distributed systems, envy of other teams' deployment processes, and pride in thinking tests are not needed. The document provides recommendations to help address each sin such as starting small, service ownership, automated testing, monitoring, and continuous delivery practices.
- Project Kudu is an open source .NET Foundation project that powers deployments and hosting for Azure Web Apps, WebJobs, and Mobile Services. It provides features like configurable build steps, diagnostic tools, and APIs.
- Azure Web Apps provides auto-scaling, high availability, continuous deployment from sources like Git, and supports languages like .NET, Java, PHP, Node.js, and Python.
- Kudu provides access to sites through its console and APIs, allowing diagnostic dumps, file browsing, and customizing deployment pipelines through scripts.
The document discusses principles for evolutionary architecture:
1. Delay decisions as long as possible but no longer, and integrate changes continuously.
2. Write tests first and integrate code frequently to allow the architecture to evolve freely.
3. Use lightweight documentation like wikis for discussions and decisions, not emails.
4. Embrace continuous delivery and feature switches to reduce fear of releasing software.
5. Adapt the architecture to the organization's structure and use small, self-organizing teams.
6. Design systems to be robust and components to be replaceable.
Microservices are small, autonomous services that work together to form an application. The document discusses the benefits of microservices as well as the "Seven Deadly Sins" that can plague microservices architectures: lust, gluttony, greed, sloth, wrath, envy, and pride. It provides examples and recommendations to avoid these anti-patterns, such as implementing circuit breakers, proper service boundaries, independent deployments, versioned APIs, and thorough automated testing.
Slides from my talk at ALT.NET Cork.
Unlike centralized version control systems, the distributed nature of Git allows you to be far more flexible in how developers collaborate on projects.In this session I'll take you through a quick tour of the essential git commands with some demos.We'll cover branching and merging strategies, pull requests ,working on open source (GitHub etc), git clients and git deployments to the cloud.
Building mobile back ends with windows azure mobile servicesAidan Casey
This document outlines how to build mobile backends using Windows Azure Mobile Services, including an overview of key features like storage, push notifications, authentication, and scheduling. It discusses how Mobile Services can significantly reduce development time by handling common backend tasks. A demo is provided showing how to create a Mobile Services app and use features like storage, push notifications, and server-side logic.
Cloud arena accelerate your mobile developmentAidan Casey
The document discusses how Windows Azure Mobile Services can accelerate mobile app development by acting as a backend as a service (BaaS). It notes that building a mobile app from scratch can take weeks due to the need to address issues like storing data, social integration, push notifications, security, and scaling. However, Windows Azure Mobile Services allows developers to stand up a new mobile app in just 5 minutes by providing solutions for common mobile app backend needs like data storage and user authentication out of the box. It also provides features like push notifications, a free small SQL database, and jobs for backend processing.
Windows azure mobile services from start to restAidan Casey
This document provides an overview and agenda for a presentation on Windows Azure Mobile Services. It discusses features like storage, push notifications, authentication, scheduling, and diagnostics. It also demonstrates creating a mobile service and using APIs for storage, notifications, and scheduling tweets to a hashtag. The presentation aims to show how to build a tweet aggregator using Mobile Services.
Building node.js applications on windows azureAidan Casey
This document discusses building Node.js applications on Windows Azure. It provides an introduction to Node.js and its asynchronous event-driven model. It demonstrates how to build and deploy a simple chat room application using the Windows Azure SDK for Node.js. It also discusses when Node.js would be a good fit for an application.
Myob beyond patents, practical ways to protect your software ipAidan Casey
The document discusses practical ways for software companies to protect their intellectual property beyond just patents. It outlines top strategies for securing code through training and reviews, nurturing innovation within a company's team, and building loyalty with clients through continuous delivery and listening to feedback. The presentation was given by Aidan Casey, a solutions architect at MYOB, one of the largest accounting software companies in Australia.
#6: Region is a geographic part of the world. Within each region there are two or more availability zones AZ uses entirely different infrastructure. Different flood plains, different connectorsHigh speed connectors between the AZ’s
#8: Scalable domain name serviceRoute end users to your web applications through its distributed DNS
#9: Lets you create your own virtual network topology in AmazonYou have complete control over the network can create ip address ranges , create sub nets etcGives you an additional layer of securityMakes hybrid possible – cloud burstingAllows you to extend your data center into the cloud
#10: Dedicated direct connection from on premises to your AWS cloudBypasses the public internet – in effect it’s a VPN tunnelHigh bandwidth and predictable latency
#12: EC2 - pprovides resizable compute capacity in the cloud. There are a range of prebuilt AMI’s to choose from or you can build your ownSpin up time – 10 minsMicro instance is free for a year pretty much right up to the 42nd fastest super computer in the world !Specs for IO intensive work Reserved, spot instances,
#17: Key value pairs in the cloud, think of a file server in the cloud1 trillion objects in S3, that’s 100 objects for each person on the earthReliability is 99 and 9 9’s which means – “ If you store 10,000 objects with us, on average we may lose one of them every 10 million years or so”WORM data – write once read many times…
#19: Persistent hard drive that you can attach to your server.Can create multiple volumes and mount themPlaced in a specific availability zoneProvisioned I/Ops…
#20: AWS GlacierLow cost fully redundant archiving and back up service$0.01 per gigabyte per monthYou can retrieve up to 5% of your average monthly storage (pro-rated daily) for free each monthTakes several hours to extract the dataReplacement to back up to magnetic tape
#23: Some limitations-read only replicas not available on SQL ServerCant take a copy back on premise easily
#24: Building blocks for common things you need in an applicationCachingQueueuingNotificationsEmails ServicesWorkflow ServiceALL API drive and you can develop in most programming languages
#26: Fully automated resource provisioning through code
#27: Real-time metrics from your infrastructure on AWSCan set up alerts, warnings, notifications, auto scale rules