BACK FROM THE EDGE: INFRASTRUCTURE PROTECTION THROUGH PLATESPINMicro Focus
Stuff happens and every organization needs effective
disaster recovery plans for key IT infrastructure
components. Doing nothing is not an option, clustering
is not cost-effective for all workloads, and tape
backups just take too long to restore. So what are
your options? In this session we’ll take a look at how
virtualization technology can help fill the gap with costeffective
recovery of important server workloads.
Modern application lifecycle management (ALM) involves integrating requirements management, architecture, coding, testing, tracking, and release management using tools like Visual Studio and Team Foundation Server (VS-TFS). VS-TFS provides features for managing projects from planning through release including requirements management, iteration planning, source control, builds, testing, and reporting. It supports collaboration through team rooms and integration with other Microsoft products provides visibility across the development lifecycle.
NBCUniversal is implementing DevOps practices like continuous integration, delivery, and testing using tools from IBM like UrbanCode Deploy, IBM Dev-Test Environment as a Service (IDTES), and IBM Cloud Orchestrator. This allows them to continuously test code, deploy applications across hybrid clouds, and improve collaboration between development and operations teams. NBCUniversal's DevOps practices aim to address issues like slow release processes and lack of integration between development stages.
WSO2Con USA 2017: Positioning WSO2 for Quicker UptakeWSO2
WSO2’s product packaging, positioning, and go-to-market activities are undergoing some significant evolution to make it easier to explain how WSO2 satisfies business needs. In this session we’ll share what motivated these changes and how we expect to bring new business with a fine tuned presentation of products, platforms, and subscription services.
Manual Monitoring Slows Deployment and Introduces Risk
How often do you update your applications?
“We deploy multiple times per day” seems to be the new badge of honor for DevOps.
But what you don’t often hear about are the problems caused by process acceleration as a result of continuous integration and continuous deployment (CI/CD).
Rapid introduction of performance problems and errors
Rapid introduction of new endpoints causing monitoring issues
Lengthy root cause analysis as number of services expand
When implementing CI/CD, ANY manual intervention slows down the entire pipeline. You can’t achieve complete CI/CD without automating your monitoring processes (just like you did for integration, testing, and deployment).
Continuous Testing - What QA means for DevOpsSeaLights
This document discusses continuous testing in the context of DevOps. It defines continuous testing as how software is tested and outlines a three step process for increasing quality while also increasing speed of development and delivery. The first step is to understand what causes quality to decrease with increased speed. The second step is to find or develop solutions to identified root problems like lack of test coverage or quality holes. The third step is to integrate the solutions into continuous integration/continuous delivery workflows. It provides an example case study of one company's technical stack and CI/CD workflow that incorporates continuous testing.
This deck illustrates a Blueprint for DevOps-as-a-Service (DaaS), example metrics that are relevant to different stakeholders of DevOps services, and a process for developing metrics for DaaS.
This document provides an overview of DevOps concepts including culture, practices, and tools. It discusses how DevOps emphasizes collaboration between development and operations teams through practices like infrastructure as code, continuous integration and delivery, and dynamic configuration. Examples are given of hosting applications on Azure and using tools like VSTS, Docker, and Launch Darkly for deployment, packaging, and feature management. The document stresses that DevOps is as much a cultural change and way of working as it is a set of technologies or practices.
Mitchell International has been providing property and casualty claims services for 70 years. They are moving to continuous integration and delivery (CI/CD) to rapidly build and deliver quality software. Previously they had a slow "big build" system and manual testing. Now developers maintain componentized builds and immediately get feedback on check-ins through automated testing. It has been a journey over 7 years from centralized systems to empowering developers. They use tools like Jenkins and Artifactory to run over 1400 jobs daily across many platforms and deliver capabilities as a service.
ACUCOBOL - Product Strategy and RoadmapMicro Focus
Dominique SACRÉ presentation from #DevDay Copenhagen April 2017.
The extend® portfolio enables developers to build and deploy ACUCOBOL® applications across desktop, web and mobile platforms using AcuBench®, the COBOL Virtual Machine and a full suite of application modernization solutions.
For ISVs or corporations, the latest version of extend offers even greater platform support, new performance optimizations, Unicode internationalization support and a new capability for instant UI transformation for web and mobile access—AcuToWeb.
Whether you're maintaining mission critical applications or moving into new markets, the latest version of extend offers new solutions to keep you up-to-date and ready for innovation.
This document is a resume for John Trimmer seeking a senior system engineer position. It summarizes his extensive experience developing and integrating complex hardware and software systems for companies like Cisco, NDS, TRW, and Hughes Aircraft. He has expertise in areas like system architecture, product development, testing and integration, and technical leadership.
This document discusses patterns of organizational structure and adoption for enterprise DevOps teams. It describes common organizational structure patterns such as separate development and operations teams, renaming operations to DevOps, and forming combined DevOps teams. It also outlines adoption patterns like starting with small automation efforts, using the strangler pattern to transition applications to the cloud, conducting a DevOps maturity model gap analysis, and ultimately enabling DevOps self-service. The document provides examples and considerations for various DevOps organizational structures and adoption approaches in enterprises.
Micro Focus extend 10 and 10.1 with AcuToWebMicro Focus
Piet Henskens presentation from #DevDay Copenhagen on Micro Focus extend 10 and 10.1.
The extend® portfolio enables developers to build and deploy ACUCOBOL® applications across desktop, web and mobile platforms using AcuBench®, the COBOL Virtual Machine and a full suite of application modernization solutions.
For ISVs or corporations, the latest version of extend offers even greater platform support, new performance optimizations, Unicode internationalization support and a new capability for instant UI transformation for web and mobile access—AcuToWeb.
Whether you're maintaining mission critical applications or moving into new markets, the latest version of extend offers new solutions to keep you up-to-date and ready for innovation.
The document discusses IBM's UrbanCode products for application release automation and DevOps. It summarizes recent developments in UrbanCode Deploy and Release, including new capabilities for deploying containerized applications, managing WebSphere Application Server configurations, and integrating with additional systems of record. It also outlines key trends in application release automation for 2016 such as hybrid cloud deployments, containers, and cognitive capabilities. The document is intended to highlight capabilities of IBM's UrbanCode products and services for application delivery and DevOps.
This document discusses using infrastructure as code (IAC) and test-driven infrastructure (TDI) approaches. IAC defines and provisions infrastructure using code instead of manual configuration. It aims to make infrastructure changes routine without stress. TDI applies testing practices like unit testing to IAC code. The document provides an example of defining an nginx role in Ansible with unit and behavior tests. It recommends automating repetitive tasks, having sysadmins work with developers, and emphasizing testing.
The complexity of managing and delivering the high level of reliability expected of web-based, cloud hosted systems today, and the expectation of Continuous Delivery of new features has led to the evolution of a totally new field of Service Reliability Engineering catered for such systems. Google, who has been a pioneer in this field, calls it Site Reliability Engineering (SRE). While it would be more aptly named Service Reliability Engineering, the name has caught on. The seminal work documenting Google approach and practices is in the book by Google by the same name (commonly referred to as the ‘SRE book’), and has become the defacto standard on how to adopt SRE in an organization. This session will cover adopting SRE as a practice in organizations also adopting DevOps; address the challenges to adopting SRE faced by large traditional enterprises, and how to overcome them.
Continuous Delivery is hot. As we all increasingly compete using software, the business always wants more change faster. However, change is seen as risky. How do we deliver quickly while not exposing the business to excessive risk? What does this imply for how we update our mission critical databases?
Successful continuous delivery efforts use quality as an enabler of rapid change. Rapid feedback on the quality of the application, and a disciplined, high quality process support frequent delivery of business value, rather than frequent outage.
IBM UrbanCode’s Eric Minick and DBmaestro’s Yaniv Yehuda present how to build safety in to your delivery process. We will look at database change in some detail while delivering generally applicable lessons.
From DevOps to DevSecOps: 2 Dimensions of Security for DevOpsSanjeev Sharma
This document discusses security considerations for DevOps enterprises transitioning to DevSecOps. It identifies three dimensions of security: 1) securing the perimeter, 2) securing the delivery pipeline, and 3) securing deliverables. For the delivery pipeline, it notes vulnerabilities related to supply chains, insider attacks, errors in development, and weaknesses in design/code/integration. It emphasizes applying security practices throughout the development lifecycle, from coding through deployment. The document provides references for further reading on DevOps security best practices.
This document provides information about the DevOps Foundation certification course. It begins with an introduction to DevOps and why it is important for organizations. It then describes the DevOps Foundation course, which provides 16 hours of foundational knowledge on DevOps principles, practices, culture and automation. The course benefits include being comprehensive, holistic, interactive and helping organizations create a common understanding, identify opportunities and lay a foundation for further education.
Al Wagner from IBM presents how to avoid deployment failures, reviewing such topics as: Deployment models like canary, blue/green and rolling that can help prevent major production outages; How to pinpoint deployment failures in your process and correct them; Pulling together a basic failure response plan; and How you can roll forward while improving your deployment process.
Learn more about IBM UrbanCode: http://www.ibm.biz/learnurbancode
The document discusses test automation in agile environments. It covers Capgemini's World Quality Report on automation, the evolution of business models and IT ecosystems, and challenges with agile automation. Key topics include testing being embedded within the Scrum process with no separate schedule for testing, the importance of test-driven development and behavior-driven development, achieving high levels of automation coverage, and using tools like Cucumber, JUnit, and Selenium to support test automation. The document emphasizes that automation is necessary to achieve faster time to market and increased productivity in agile.
This document discusses how continuous delivery can help achieve business goals such as speeding time-to-market, increasing deployment success, enabling rapid emergency responses, and reducing business risk. It recommends using continuous delivery practices like quick automated code builds and deployments, testing in a production-like environment, and improved visibility to help meet these goals. The document also presents a continuous delivery model showing the flow from idea to deployment using practices such as collaboration, communication, and getting customer feedback at each stage.
This document discusses how continuous delivery practices are reshaping application lifecycle management. It promotes using cloud-based development and test environments to improve code quality, increase delivery speed, and reduce costs. Specific tools mentioned include Azure for infrastructure automation, Visual Studio Release Management for deployment automation across hybrid environments, and Application Insights for production monitoring.
Full Video available at: http://architester.com/blog/2016/05/27/my-devops-presentation-from-keep-austin-agile-2016/
Presented at the Keep Austin Agile 2016 Conference by Chris Edwards
By now you have likely heard about DevOps. It's quickly gaining adoption. But what is it? And why should you care? DevOps is all about creating a culture of high collaboration between development and operations with a goal of optimizing the entire software delivery pipeline—from code commit to features running in production. This enables organizations to deliver value into production faster and at a lower cost—even enabling multiple production deployments per day. Imagine the competitive advantage gained by delivering new features in hours or days rather than weeks, months or quarters.
This talk will show how DevOps improves agility by optimizing the delivery pipeline. We’ll look at common patterns and anti-patterns. We’ll see the kind of tools needed to automate and manage the ever increasing number of servers and applications modern organizations need. We’ll also discuss the benefits and costs of adopting a DevOps culture.
Here is a taste of some of the things we will discuss:
- Get ops involved up front rather than at the end, so deployment and monitoring issues are found early and rework is reduced.
- Treat infrastructure as code so it is automated, repeatable, and under version control.
- Ensure your development and test environments are identical to production (or as close as possible). This helps catch issues sooner rather than in production.
- Deploy more frequently so you are dealing with a smaller batch of changes. This is easier to manage, and less likely to fail.
If you struggle with deployments, or your ops team is constantly fighting fires and drowning in unplanned work, this talk is for you. Come see how DevOps can improve the agility of your organization.
This document provides a summary of Aaron Albiston's contact information, skills, and professional experience. Albiston has over 10 years of experience in technical roles including quality assurance engineering, customer support management, and facility management. He has strong skills in Agile methodologies, SQL, various testing and project management tools, and leading teams to ensure successful execution and communication across projects.
Continuous Delivery to the cloud - Innovate 2014Sanjeev Sharma
The document discusses continuous delivery to the cloud using DevOps approaches. It outlines how DevOps utilizes Lean principles to accelerate feedback and improve time to value. Continuous delivery pipelines are discussed as a way to automate deployments from development to production. The document also discusses how adopting DevOps and cloud can standardize infrastructure for lower costs and faster delivery. IBM's cloud platforms like BlueMix, PureApplication System, and SmartCloud Orchestrator are presented as ways to deploy applications and leverage patterns of expertise for consistent deployments. UrbanCode Deploy is highlighted as a tool that supports these patterns and continuous delivery to IBM's cloud platforms.
DevOps-as-a-Service: Towards Automating the AutomationKeith Pleas
DevOps-as-a-Service: Towards Automating the Automation
Accenture has a global DevOps practice with over 4,400 DevOps trained professionals and 1,700 experts. They provide DevOps services using their ADOP (Accenture DevOps Platform) which is an open source DevOps platform. They offer both dedicated ADOP instances and a managed ADOP service. The presentation discusses automating DevOps processes and tooling as well as the importance of people aspects like culture when adopting DevOps.
This document provides an overview of DevOps concepts including culture, practices, and tools. It discusses how DevOps emphasizes collaboration between development and operations teams through practices like infrastructure as code, continuous integration and delivery, and dynamic configuration. Examples are given of hosting applications on Azure and using tools like VSTS, Docker, and Launch Darkly for deployment, packaging, and feature management. The document stresses that DevOps is as much a cultural change and way of working as it is a set of technologies or practices.
Mitchell International has been providing property and casualty claims services for 70 years. They are moving to continuous integration and delivery (CI/CD) to rapidly build and deliver quality software. Previously they had a slow "big build" system and manual testing. Now developers maintain componentized builds and immediately get feedback on check-ins through automated testing. It has been a journey over 7 years from centralized systems to empowering developers. They use tools like Jenkins and Artifactory to run over 1400 jobs daily across many platforms and deliver capabilities as a service.
ACUCOBOL - Product Strategy and RoadmapMicro Focus
Dominique SACRÉ presentation from #DevDay Copenhagen April 2017.
The extend® portfolio enables developers to build and deploy ACUCOBOL® applications across desktop, web and mobile platforms using AcuBench®, the COBOL Virtual Machine and a full suite of application modernization solutions.
For ISVs or corporations, the latest version of extend offers even greater platform support, new performance optimizations, Unicode internationalization support and a new capability for instant UI transformation for web and mobile access—AcuToWeb.
Whether you're maintaining mission critical applications or moving into new markets, the latest version of extend offers new solutions to keep you up-to-date and ready for innovation.
This document is a resume for John Trimmer seeking a senior system engineer position. It summarizes his extensive experience developing and integrating complex hardware and software systems for companies like Cisco, NDS, TRW, and Hughes Aircraft. He has expertise in areas like system architecture, product development, testing and integration, and technical leadership.
This document discusses patterns of organizational structure and adoption for enterprise DevOps teams. It describes common organizational structure patterns such as separate development and operations teams, renaming operations to DevOps, and forming combined DevOps teams. It also outlines adoption patterns like starting with small automation efforts, using the strangler pattern to transition applications to the cloud, conducting a DevOps maturity model gap analysis, and ultimately enabling DevOps self-service. The document provides examples and considerations for various DevOps organizational structures and adoption approaches in enterprises.
Micro Focus extend 10 and 10.1 with AcuToWebMicro Focus
Piet Henskens presentation from #DevDay Copenhagen on Micro Focus extend 10 and 10.1.
The extend® portfolio enables developers to build and deploy ACUCOBOL® applications across desktop, web and mobile platforms using AcuBench®, the COBOL Virtual Machine and a full suite of application modernization solutions.
For ISVs or corporations, the latest version of extend offers even greater platform support, new performance optimizations, Unicode internationalization support and a new capability for instant UI transformation for web and mobile access—AcuToWeb.
Whether you're maintaining mission critical applications or moving into new markets, the latest version of extend offers new solutions to keep you up-to-date and ready for innovation.
The document discusses IBM's UrbanCode products for application release automation and DevOps. It summarizes recent developments in UrbanCode Deploy and Release, including new capabilities for deploying containerized applications, managing WebSphere Application Server configurations, and integrating with additional systems of record. It also outlines key trends in application release automation for 2016 such as hybrid cloud deployments, containers, and cognitive capabilities. The document is intended to highlight capabilities of IBM's UrbanCode products and services for application delivery and DevOps.
This document discusses using infrastructure as code (IAC) and test-driven infrastructure (TDI) approaches. IAC defines and provisions infrastructure using code instead of manual configuration. It aims to make infrastructure changes routine without stress. TDI applies testing practices like unit testing to IAC code. The document provides an example of defining an nginx role in Ansible with unit and behavior tests. It recommends automating repetitive tasks, having sysadmins work with developers, and emphasizing testing.
The complexity of managing and delivering the high level of reliability expected of web-based, cloud hosted systems today, and the expectation of Continuous Delivery of new features has led to the evolution of a totally new field of Service Reliability Engineering catered for such systems. Google, who has been a pioneer in this field, calls it Site Reliability Engineering (SRE). While it would be more aptly named Service Reliability Engineering, the name has caught on. The seminal work documenting Google approach and practices is in the book by Google by the same name (commonly referred to as the ‘SRE book’), and has become the defacto standard on how to adopt SRE in an organization. This session will cover adopting SRE as a practice in organizations also adopting DevOps; address the challenges to adopting SRE faced by large traditional enterprises, and how to overcome them.
Continuous Delivery is hot. As we all increasingly compete using software, the business always wants more change faster. However, change is seen as risky. How do we deliver quickly while not exposing the business to excessive risk? What does this imply for how we update our mission critical databases?
Successful continuous delivery efforts use quality as an enabler of rapid change. Rapid feedback on the quality of the application, and a disciplined, high quality process support frequent delivery of business value, rather than frequent outage.
IBM UrbanCode’s Eric Minick and DBmaestro’s Yaniv Yehuda present how to build safety in to your delivery process. We will look at database change in some detail while delivering generally applicable lessons.
From DevOps to DevSecOps: 2 Dimensions of Security for DevOpsSanjeev Sharma
This document discusses security considerations for DevOps enterprises transitioning to DevSecOps. It identifies three dimensions of security: 1) securing the perimeter, 2) securing the delivery pipeline, and 3) securing deliverables. For the delivery pipeline, it notes vulnerabilities related to supply chains, insider attacks, errors in development, and weaknesses in design/code/integration. It emphasizes applying security practices throughout the development lifecycle, from coding through deployment. The document provides references for further reading on DevOps security best practices.
This document provides information about the DevOps Foundation certification course. It begins with an introduction to DevOps and why it is important for organizations. It then describes the DevOps Foundation course, which provides 16 hours of foundational knowledge on DevOps principles, practices, culture and automation. The course benefits include being comprehensive, holistic, interactive and helping organizations create a common understanding, identify opportunities and lay a foundation for further education.
Al Wagner from IBM presents how to avoid deployment failures, reviewing such topics as: Deployment models like canary, blue/green and rolling that can help prevent major production outages; How to pinpoint deployment failures in your process and correct them; Pulling together a basic failure response plan; and How you can roll forward while improving your deployment process.
Learn more about IBM UrbanCode: http://www.ibm.biz/learnurbancode
The document discusses test automation in agile environments. It covers Capgemini's World Quality Report on automation, the evolution of business models and IT ecosystems, and challenges with agile automation. Key topics include testing being embedded within the Scrum process with no separate schedule for testing, the importance of test-driven development and behavior-driven development, achieving high levels of automation coverage, and using tools like Cucumber, JUnit, and Selenium to support test automation. The document emphasizes that automation is necessary to achieve faster time to market and increased productivity in agile.
This document discusses how continuous delivery can help achieve business goals such as speeding time-to-market, increasing deployment success, enabling rapid emergency responses, and reducing business risk. It recommends using continuous delivery practices like quick automated code builds and deployments, testing in a production-like environment, and improved visibility to help meet these goals. The document also presents a continuous delivery model showing the flow from idea to deployment using practices such as collaboration, communication, and getting customer feedback at each stage.
This document discusses how continuous delivery practices are reshaping application lifecycle management. It promotes using cloud-based development and test environments to improve code quality, increase delivery speed, and reduce costs. Specific tools mentioned include Azure for infrastructure automation, Visual Studio Release Management for deployment automation across hybrid environments, and Application Insights for production monitoring.
Full Video available at: http://architester.com/blog/2016/05/27/my-devops-presentation-from-keep-austin-agile-2016/
Presented at the Keep Austin Agile 2016 Conference by Chris Edwards
By now you have likely heard about DevOps. It's quickly gaining adoption. But what is it? And why should you care? DevOps is all about creating a culture of high collaboration between development and operations with a goal of optimizing the entire software delivery pipeline—from code commit to features running in production. This enables organizations to deliver value into production faster and at a lower cost—even enabling multiple production deployments per day. Imagine the competitive advantage gained by delivering new features in hours or days rather than weeks, months or quarters.
This talk will show how DevOps improves agility by optimizing the delivery pipeline. We’ll look at common patterns and anti-patterns. We’ll see the kind of tools needed to automate and manage the ever increasing number of servers and applications modern organizations need. We’ll also discuss the benefits and costs of adopting a DevOps culture.
Here is a taste of some of the things we will discuss:
- Get ops involved up front rather than at the end, so deployment and monitoring issues are found early and rework is reduced.
- Treat infrastructure as code so it is automated, repeatable, and under version control.
- Ensure your development and test environments are identical to production (or as close as possible). This helps catch issues sooner rather than in production.
- Deploy more frequently so you are dealing with a smaller batch of changes. This is easier to manage, and less likely to fail.
If you struggle with deployments, or your ops team is constantly fighting fires and drowning in unplanned work, this talk is for you. Come see how DevOps can improve the agility of your organization.
This document provides a summary of Aaron Albiston's contact information, skills, and professional experience. Albiston has over 10 years of experience in technical roles including quality assurance engineering, customer support management, and facility management. He has strong skills in Agile methodologies, SQL, various testing and project management tools, and leading teams to ensure successful execution and communication across projects.
Continuous Delivery to the cloud - Innovate 2014Sanjeev Sharma
The document discusses continuous delivery to the cloud using DevOps approaches. It outlines how DevOps utilizes Lean principles to accelerate feedback and improve time to value. Continuous delivery pipelines are discussed as a way to automate deployments from development to production. The document also discusses how adopting DevOps and cloud can standardize infrastructure for lower costs and faster delivery. IBM's cloud platforms like BlueMix, PureApplication System, and SmartCloud Orchestrator are presented as ways to deploy applications and leverage patterns of expertise for consistent deployments. UrbanCode Deploy is highlighted as a tool that supports these patterns and continuous delivery to IBM's cloud platforms.
DevOps-as-a-Service: Towards Automating the AutomationKeith Pleas
DevOps-as-a-Service: Towards Automating the Automation
Accenture has a global DevOps practice with over 4,400 DevOps trained professionals and 1,700 experts. They provide DevOps services using their ADOP (Accenture DevOps Platform) which is an open source DevOps platform. They offer both dedicated ADOP instances and a managed ADOP service. The presentation discusses automating DevOps processes and tooling as well as the importance of people aspects like culture when adopting DevOps.
Application Centric Microservices from Redhat Summit 2015Ken Owens
When Cisco started envisioning the future of its application development platforms, the ability to create applications that are cloud-native with elastic services, network-aware application policies, and micro-services was strategic to the company. When the decision to build and operate a Cisco cloud service delivery platform for collaboration, video, and Internet of Things (IoT) application development was made, OpenStack and micro-services became central to our application architectures and strategic to our vision as a company. This presentation will look at the journey Cisco developers took to transform to an application-centric OpenStack platform for application development in a secure, network-centric, and completely open source manner. The importance of the platform being Red Hat Enterprise Linux OpenStack Platform and using OpenShift by Red Hat and the contribution to the community will be described. The micro-services architecture and service-oriented DevOps lessons learned for enabling massive scalable and continuous delivery of software will be presented and demoed.
This document discusses Accenture's DevOps services and platform. Some key points:
- Accenture has a global DevOps practice with over 4,400 DevOps trained professionals supporting over 250 clients on its DevOps platform.
- The platform provides automation tools for continuous integration, delivery, testing and operations. It is open source and supports many industry tools.
- Accenture also provides DevOps consulting services including assessments, implementation, organizational change management and managed services.
- A DevOps maturity model is presented as a framework to assess an organization's DevOps capabilities across delivery, integration, deployment, operations and other areas.
Automating Applications with Habitat - Sydney Cloud Native MeetupMatt Ray
Habitat is an open source tool for automating the build, deployment, and management of applications. It defines a standard lifecycle for applications that includes building, deploying, running, and managing applications and their dependencies. Habitat packages applications and dependencies together, and uses supervisors to manage applications in production. It aims to simplify and standardize the delivery of developer services by automating common tasks like configuration, service discovery, and clustering across different runtime environments.
Cabot is an offshore software development firm focussed on niche technologies, QA Automation, Data analysis and mobile development. We are located in India, Dubai, US. Our team size is over 100 and we have been in the industry for about 11 years and delivered more than 500 successful projects to clients across the globe.
Enterprise DevOps and the Modern Mainframe Webcast PresentationCompuware
Compuware and CloudBees demonstrate how you can apply modern DevOps practices to your mainframe applications using Compuware ISPW and Topaz for Total Test with CloudBees Jenkins. Compuware Product Manager Steve Kansa and CloudBees DevOps Evangelist Brian Dawson will:
- Position the mainframe as part of your DevOps and CI/CD journey
- Explain how Jenkins automates mainframe source code management and testing
- Demo a CI/CD workflow on a COBOL application
Watch the full presentation on YouTube: https://www.youtube.com/watch?v=x4MWrPy3bKM.
Technology is transforming how the world operates thanks to cloud, mobile, social business and big data being key catalysts to innovation. While each of these stands on their own, they enable the others at the same time. But to innovate at the speed of business, you need to deliver the software that drives it. That is where DevOps come in. DevOps enables organizations to maximize their ability to leverage these technologies for innovation. This webinar will focus on Cloud and DevOps, describing how IBM's DevOps solution helps organizations maximize their ability to drive software innovation by leveraging the flexibility, scalability and services offered by a Cloud Computing solution. We will discuss the benefits of using Cloud across the software delivery lifecycle including development, testing, and operations and how that lifecycle can be maximized with DevOps. We will introduce integrations between IBM UrbanCode Deploy and IBM Cloud offerings highlighting the value they can bring to your organization through the integration and automation of provisioning and deployment capabilities.
Business and IT agility through DevOps and microservice architecture powered ...Lucas Jellema
IT needs to run in production in order to generate business value. DevOps is among other things a way of thinking focusing on production software. A business application requires a tailor made platform to generate business value. The combination of application and its platform is a DevOps product. The DevOps team has full responsibility for that product through its entire lifecycle.
The microservices architecture promises flexibility, scalability, and optimal use of compute resources. Via independent components with well-defined scope and responsibility, interface, and ownership that are evolved and managed in an automated DevOps process, this architecture leverages current technologies and hard-learned insights from past decades.
This session defines the objectives of Business with IT, of microservices and DevOps and introduces Containers and the container platform Kubernetes as crucial ingredients for making DevOps happen.
It summit 2014_migrating_applications_to_the_cloud-5margaret_ronald
- Several Harvard IT groups have been migrating applications to AWS to reduce costs, improve scalability and availability, and enable faster development cycles.
- Key lessons learned include starting with incremental migrations, adopting a "cattle not pets" mindset, managing infrastructure as code, and ensuring proper operational services are in place to support applications in the cloud.
- HUIT is working to support cloud adoption across Harvard through enterprise agreements with AWS, on-premise private cloud options, training, and developing a cloud strategy to guide standardized approaches.
Depending on their size and complexity, content management systems such as Sitecore can require various workflows and tools for DevOps management. The choice in processes largely depends upon the scale and depth of your DevOps projects.
Deploying DevOps strategies on Microsoft Azure makes it easy to convert your network, virtual machines, databases, and more from infrastructure into code, enabling you to increase speed and reduce risk.
We discussed the benefits of Sitecore DevOps on Microsoft Azure, including using Microsoft Azure and Microsoft Azure (VSTS) to:
-Automate the build-out of Sitecore environments
-Automate code and content deployment
-Use Azure Resource Manager templates, PowerShell, and -VSTS to provision Sitecore environments
-Automate Sitecore installations
-Move your Sitecore databases into Azure SQL
Mitchell International has been providing property and casualty claims services for 70 years. Raj Makkar and Richard Fong discuss Mitchell's journey to continuous integration and delivery over the past 7 years. They moved from a slow "big build" process controlled by one team to a componentized approach where developers control builds. Today, builds occur on every check-in with immediate feedback. They use tools like Jenkins and Artifactory to manage over 1400 jobs per day across many platforms. Their goal is rapid, quality software delivery through a culture of automation, testing, and collaboration across teams.
DevOps for absolute beginners (2022 edition)Ahmed Misbah
Are you planning to pursue a career in DevOps?
Already working with DevOps but want to know what’s new in 2022?
This session is for you!
Join us in the 2022 edition of “DevOps for absolute beginners” session, where you will learn all about DevOps from the perspective of People, Process, and Technology. We will be talking about topics like Automation, Continous Integration, Continous Delivery, Infrastructure as Code, etc. We will also be talking about the latest trends in DevOps, including Chaos Engineering, MLOps, and eBPF.
The session will conclude with great bonus material for software professional enthusiastic about DevOps, one of them being a carefully crafted learning path for DevOps from years of experience in the industry. Don’t miss out on the rest of the material.
Cabot is an innovative product engineering company founded in 2006 specializing in mobility, web, IoT and cloud applications. It has over 500 employees across multiple global locations, has completed over 100 projects, and has over 10 years of experience. Cabot offers services including mobile and web development, IoT product engineering, test automation, cloud services, and dedicated development teams.
Continuous Delivery for cloud - scenarios and scopeSanjeev Sharma
Cloud is both a catalyst and an enabler for DevOps. Having the flexibility and the services and capabilities provided by the Cloud lowers the barrier to adoption for organization looking to adopt DevOps. Hence, allowing them to achieve the business goals of Speed, Business Agility and Innovation.
This webinar will explore the impact of DevOps on using the Cloud as a Platform as a Service and vice versa. It will explore the different use cases of DevOps that are enabled or enhanced by the Cloud platform, and the different 'scopes' of adoption by organizations adopting Cloud and DevOps in an iterative manner.
The document discusses DevOps practices like continuous integration (CI) and continuous delivery/deployment (CD). It explains that DevOps aims to improve software development and operations by increasing automation, reducing deployment times, and enabling more frequent and safer software releases. CI principles include automating builds, testing, and deployments. CD builds on CI by further automating the software release process and reducing risks of major releases.
Pivotal korea transformation_strategy_seminar_enterprise_dev_ops_20160630_v1.0minseok kim
devops has been popular in IT ever since emerging cloud technology. to make IT more agile, we need to keep setup goal and measure performance with adopting new cloud native tools.
DevOps For Everyone: Bringing DevOps Success to Every App and Every Role in y...Siva Rama Krishna Chunduru
Understand DevOps and it's fitment to various types of applications.
Understand various Organization Roles after Org-restructure.
Understand the way to measure the success.
This document provides an overview of continuous delivery and how to get started with it. It defines key terms like continuous integration, continuous delivery, and continuous deployment. It discusses the benefits of continuous delivery like delivering value faster and with higher quality. It then presents several maturity models for assessing an organization's continuous delivery capabilities. It provides recommendations for where to start the continuous delivery journey, such as focusing on automating deployments and environments first. Finally, it discusses challenges of scaling continuous delivery across large organizations.
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-Artificial Intelligence Market Overview
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-AI and data privacy: Strategies for securing data privacy in AI models, etc.
Download your free copy nowand implement the key findings to improve your business.
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Designing Low-Latency Systems with Rust and ScyllaDB: An Architectural Deep DiveScyllaDB
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Toradex brings robust Linux support to SMARC (Smart Mobility Architecture), ensuring high performance and long-term reliability for embedded applications. Here’s how:
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At S&P Global Commodity Insights, having a complete view of global energy and commodities markets enables customers to make data-driven decisions with confidence and create long-term, sustainable value. 🌍
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2. Topics
⬜ Introduction
⬜ Microservices
⬜ DevOps Decision Roadmap
When planning for microservices or another service-
based architecture it is important to determine the
size of the the services and the frequency of the
deployments. In this presentation we will discuss
some of the devops decisions that need to be made in
order to make the project a success.
3. Ned Bauerle
Director of Technology
Email: [email protected]
Twitter:
@NedBauerle
In my career I have worked for Leading EDJE,
Resource Interactive, America Online, and
CompuServe.
For over 21 years I have delivered successful
architectural solutions and implementations
for clients including: Crown Equipment,
Chemical Abstracts, Sherwin Williams, Coca-
Cola, Hewlett Packard, Home Depot, America
Online, Netscape, CompuServe, CNN, and
others.
8. Using a Cloud Environment and managed
services?
Where will the services be hosted?
• On premises
• Hybrid cloud environment
• Which Cloud Hosting Provider
Considerations:
• Cost
• Team Capability
• Business Restrictions
• Existing Infrastructure
• Data Restrictions
Roles:
• Product Owner
• Architects
• Operations
Packaging Testing Deployment Monitoring Feedback
Hosting
Environment
Scope
9. How will services be classified?
Feature, Data, Function, Use Case, etc.
How fine grained will the services be
broken down?
How will services communicate?
How will relational data be handled?
How will state be maintained?
Considerations:
• Versioning (and Lifespan)
• Service Cohesion
• User Management
• Scalability
Roles:
• Architects
• Developers
• Business Analyst
Packaging Testing Deployment Monitoring Feedback
Hosting
Environment
Scope
10. How will services be packaged and
delivered?
How frequent will deployments occur?
Roles:
• Operations
• Architects
• Developers
Packaging Testing Deployment Monitoring Feedback
Hosting
Environment
Scope
Considerations:
• Code Repositories
• Continuous Integration Systems
• Container Image Repositories
• Container Management
11. What types of testing is needed?
• End to end
• Component testing
• Service API testing
• Infrastructure
What testing can be automated?
Roles:
• Business Analyst
• Developer-QA
• Developer
• Architects
• Operations
Packaging Testing Deployment Monitoring Feedback
Hosting
Environment
Scope
Considerations:
• Testing Frameworks
• Team Capabilities
12. How will the application and services be
deployed?
• Blue / Green
• Feature Toggles / Flags (Dark Features)
What gates (approvals) are needed?
• Automatic or Manual
Is Continuous Deployment an option?
Roles:
• Architects
• Developers
• Operations
• Developer-QA
Packaging Testing Deployment Monitoring Feedback
Hosting
Environment
Scope
Considerations:
• Environments (Dev, Test, Prod)
• Testing Gates
• Continuous Delivery vs
Continuous Deployment
• Infrastructure as Code
13. What can be used to monitor:
• Individual services
• Application integrations
• System Health
How will we trace user requests across
services?
How will we aggregate and correlate logs
from the various services?
Roles:
• Architects
• Operations
• Developer-QA
Packaging Testing Deployment Monitoring Feedback
Hosting
Environment
Scope
Considerations:
• 3rd Party Tools
• Data Cleansing
• Shared access to see app statistics
with developers
14. How resilient will the system be?
• Self Healing
• Auto Scaling
Roles:
• Architects
• Operations
• Developers
Packaging Testing Deployment Monitoring Feedback
Hosting
Environment
Scope
Considerations:
• Reactive Frameworks
• Thresholds for alerts