Monitoring Your AWS EKS Environment with DatadogDevOps.com
Join Datadog for a webinar on monitoring Kubernetes with a focus on Amazon EKS. You'll learn how to get the most out of Datadog's intuitive platform and EKS's unique capabilities, including:
How to monitor metrics, logs and traces from your EKS environment
How to test the usability of your environment with features such as adaptive Browser Tests and globally available Real User Monitoring
How to find and fix user-facing issues with synthetic monitoring features like adaptive Browser Tests and globally available Real User Monitoring
Webinar: Introduction to CloudBees Jenkins PlatformKiratech
Kiratech is an Italian company that guides companies in choosing the best DevOps methodologies such as DevOps, automation, containers, CI/CD, cloud infrastructure, and security. They are hiring for a DevOps Engineer position and their CTO, Marco Bizzantino, will be speaking at several upcoming conferences and workshops on Docker. CloudBees offers the CloudBees Jenkins Enterprise platform for managing Jenkins installations, which provides features like fault tolerance, elastic agents, security, and support.
Handling health care info for patients requires a high level of security and confidentiality. Running a Cloud Native platform opens a lot of possibilities, but also a lot of dangerous pitfalls.
In this talk we will explore different problem areas, and some of the best practices for handling these. We will look at Open Source tools for automatic detection, enforcing security policies and security reporting for auditing. We will also talk about the easy options, the full package, and the managed package.
Kubernetes as Orchestrator for A10 Lightning ControllerAkshay Mathur
The document discusses using Kubernetes as an orchestrator for A10 Lightning Controller. Some key points:
1) Kubernetes allows for automatic recovery of pods on failure, easy rolling upgrades of code, and automated scaling of microservices.
2) Using Kubernetes allows the controller to be deployed on-premise and scaled across multiple VMs, with automated launching and scaling. Installation is also now independent of the underlying infrastructure.
3) The journey involved moving from a manual deployment to a Kubernetes deployment, which simplified overlay networking, environment variable passing, and simplified adding/replacing nodes.
DevOps monitoring: Best Practices using OpenShift combined with Icinga & Big ...Icinga
Talk by Marco Bizzantino:
In my talk I will demonstrate how monitoring works with the DevOps approach. Within an organisation, different people with different roles need to have a complete view over the whole infrastructure. One of the greatest benefits of Icinga is its ability to integrate with various tools and modules to satisfy the company’s requests. An example is OpenShift monitoring. I will point out the most important parts of monitoring OpenShift infrastructure while maintaining it’s complexity. In my approach I will show how we combine Icinga, Prometheus, Grafana and Elasticsearch for an overall OpenShift monitoring solution. Additional examples will show the benefits of using Icinga’s Business Process modelling to add more value to the result.
CNCF Webinar - How to Gain Insights from Istio by leveraging CNCF projectsNeeraj Poddar
Istio integrates with a rich set of tools that can add tracing, telemetry, logging and other functionalities to your microservices environment. This session will focus on how a myriad of tools, including several CNCF projects, work collectively to deliver the full functionality of Istio.
This presentation covers:
1) How Grafana and Prometheus make makes it easy for your entire team to understand what’s going on with your microservices.
2) How Jaeger can be most effectively used for tracing to get to root cause analysis.
3) How Cortex delivers long-term storage for Prometheus telemetry data, how horizontal scalability and cloud-native storage provides virtually infinite data retention, and how Cortex can solve multi-tenant Prometheus challenges.
Istio Mesh – Managing Container Deployments at ScaleMofizur Rahman
The service mesh is an infrastructure component that helps manage services running within our clusters. Without any changes to service or application code, solutions like Istio and Linkerd provide features to manage container deployments at scale. With Istio we get traffic management, security, rate limiting, monitoring, and many more things out of the box. We will discuss these solutions and some of their features at a high level, then roll in some specific demonstrations of using a service mesh to route and shift service traffic, easily manage deployments and test our services with micro benchmarks and fault injection.
Monitoring Your AWS EKS Environment with DatadogDevOps.com
Join Datadog for a webinar on monitoring Kubernetes with a focus on Amazon EKS. You'll learn how to get the most out of Datadog's intuitive platform and EKS's unique capabilities, including:
How to monitor metrics, logs and traces from your EKS environment
How to test the usability of your environment with features such as adaptive Browser Tests and globally available Real User Monitoring
How to find and fix user-facing issues with synthetic monitoring features like adaptive Browser Tests and globally available Real User Monitoring
Webinar: Introduction to CloudBees Jenkins PlatformKiratech
Kiratech is an Italian company that guides companies in choosing the best DevOps methodologies such as DevOps, automation, containers, CI/CD, cloud infrastructure, and security. They are hiring for a DevOps Engineer position and their CTO, Marco Bizzantino, will be speaking at several upcoming conferences and workshops on Docker. CloudBees offers the CloudBees Jenkins Enterprise platform for managing Jenkins installations, which provides features like fault tolerance, elastic agents, security, and support.
Handling health care info for patients requires a high level of security and confidentiality. Running a Cloud Native platform opens a lot of possibilities, but also a lot of dangerous pitfalls.
In this talk we will explore different problem areas, and some of the best practices for handling these. We will look at Open Source tools for automatic detection, enforcing security policies and security reporting for auditing. We will also talk about the easy options, the full package, and the managed package.
Kubernetes as Orchestrator for A10 Lightning ControllerAkshay Mathur
The document discusses using Kubernetes as an orchestrator for A10 Lightning Controller. Some key points:
1) Kubernetes allows for automatic recovery of pods on failure, easy rolling upgrades of code, and automated scaling of microservices.
2) Using Kubernetes allows the controller to be deployed on-premise and scaled across multiple VMs, with automated launching and scaling. Installation is also now independent of the underlying infrastructure.
3) The journey involved moving from a manual deployment to a Kubernetes deployment, which simplified overlay networking, environment variable passing, and simplified adding/replacing nodes.
DevOps monitoring: Best Practices using OpenShift combined with Icinga & Big ...Icinga
Talk by Marco Bizzantino:
In my talk I will demonstrate how monitoring works with the DevOps approach. Within an organisation, different people with different roles need to have a complete view over the whole infrastructure. One of the greatest benefits of Icinga is its ability to integrate with various tools and modules to satisfy the company’s requests. An example is OpenShift monitoring. I will point out the most important parts of monitoring OpenShift infrastructure while maintaining it’s complexity. In my approach I will show how we combine Icinga, Prometheus, Grafana and Elasticsearch for an overall OpenShift monitoring solution. Additional examples will show the benefits of using Icinga’s Business Process modelling to add more value to the result.
CNCF Webinar - How to Gain Insights from Istio by leveraging CNCF projectsNeeraj Poddar
Istio integrates with a rich set of tools that can add tracing, telemetry, logging and other functionalities to your microservices environment. This session will focus on how a myriad of tools, including several CNCF projects, work collectively to deliver the full functionality of Istio.
This presentation covers:
1) How Grafana and Prometheus make makes it easy for your entire team to understand what’s going on with your microservices.
2) How Jaeger can be most effectively used for tracing to get to root cause analysis.
3) How Cortex delivers long-term storage for Prometheus telemetry data, how horizontal scalability and cloud-native storage provides virtually infinite data retention, and how Cortex can solve multi-tenant Prometheus challenges.
Istio Mesh – Managing Container Deployments at ScaleMofizur Rahman
The service mesh is an infrastructure component that helps manage services running within our clusters. Without any changes to service or application code, solutions like Istio and Linkerd provide features to manage container deployments at scale. With Istio we get traffic management, security, rate limiting, monitoring, and many more things out of the box. We will discuss these solutions and some of their features at a high level, then roll in some specific demonstrations of using a service mesh to route and shift service traffic, easily manage deployments and test our services with micro benchmarks and fault injection.
This document provides a summary of key details from Red Hat Summit 2021:
- Over 34,000 people registered for the virtual event with 114 sessions and over 17,000 live attendees.
- Several major customers such as Bosch, VW, and Deutsche Bank participated.
- Announcements included a $570M partnership with Boston University, new managed cloud services on Red Hat OpenShift, and expanded capabilities for edge computing, security, and observability.
- Upcoming in June, the event will feature 7 channels of breakout sessions with technical and customer content along with opportunities to engage with Red Hat experts.
Service Discovery and Registration in a Microservices ArchitecturePLUMgrid
Microservices, Service Discovery and Registration have been heading towards the peak of inflated expectations on the Gartner Hype cycle for over the last year or so, but there has often been a lack of clarity as to what these are, why are they needed or how to implement them well.
Service discovery and registration are key components of most distributed systems and service oriented architectures. In this session we will talk about what, why and how of service registration and discovery in distributed systems in general and OpenStack in particular.
We will talk about some of the technologies that address this challenge like Zookeeper, Etcd, Consul, Mesos-DNS, Minuteman, SkyDNS, SmartStack or Eureka. We will also address how these technologies as well as existing OpenStack projects can be used to solve this problem inside OpenStack environments.
Building Cloud Native Applications Using Azure Kubernetes ServiceDennis Moon
This document provides an overview of building cloud-native applications using Azure Kubernetes Service (AKS). It discusses key concepts like containers, Docker, container registries, Kubernetes, and AKS. It also covers modern application architecture principles and 12-factor applications. Additionally, it defines common Kubernetes objects like pods, services, deployments and explains how to secure applications and monitor clusters deployed to AKS. The document recommends getting started with AKS by deploying sample applications from Azure DevOps to an AKS cluster created in the Azure portal or with the Azure CLI.
This document discusses using GitLab CI/CD to provision and manage infrastructure with Terraform Cloud (TFC). It begins with an agenda that includes an introduction to Terraform and TFC, integrating them with GitLab, and demos of using GitLab CI/CD pipelines with TFC for infrastructure as code. It then provides bios of two presenters and discusses how GitLab offers a single platform to plan, code, test, secure and release applications. The document concludes by pointing to additional resources on using GitLab CI with Terraform.
End-End Security with Confluent Platform confluent
(Vahid Fereydouny, Confluent) Kafka Summit SF 2018
Security and compliance are key concerns for many organizations today and it is very important that we can meet these requirements in our platform. This is also extremely critical for customers who are adopting Confluent cloud offerings, since moving the streaming platform to cloud exposes new security and governance issues.
In this session, we will discuss how Confluent is providing control and visibility to address these concerns and enable secure streaming platforms. We will cover the main pillars of IT security in access control (authentication, authorization), data confidentiality (encryption) and auditing.
This document discusses application modernization and provides an overview of Docker containers, WebSphere Application Server (WAS) lift-and-shift, and next steps. It introduces modernization stages like lift-and-shift, refactor, and rebuild. It then covers Docker containers for WAS Liberty and traditional WAS. IBM Cloud Private (ICP) and Helm charts for automating deployments on Kubernetes are also discussed. The document concludes with a brief discussion of WAS lift-and-shift to IBM Cloud and potential next steps involving OpenShift and ICP.
The document discusses the Meshery project, which is an open source tool for managing multiple service meshes. It provides functionality such as defining compliance with service mesh interface standards, running conformance tests, managing filters through WebAssembly, defining reusable patterns, and integrating with performance testing tools like GetNighthawk. Meshery aims to help operators, developers and service owners realize the full potential of a service mesh through its management plane capabilities.
Comparison of Current Service Mesh ArchitecturesMirantis
Learn the differences between Envoy, Istio, Conduit, Linkerd and other service meshes and their components. Watch the recording including demo at: https://info.mirantis.com/service-mesh-webinar
Istio is a service mesh—a modernized service networking layer that provides a transparent and language-independent way to flexibly and easily automate application network functions. Istio is designed to run in a variety of environments: on-premise, cloud-hosted, in Kubernetes containers.
Monoliths to Microservices: App Transformation - Jacksonville Workshop SlidesTiera Fann, MBA
The document discusses distributed applications and microservices architectures. It describes benefits like performance, reliability and resiliency. It also discusses challenges of distributed systems like unpredictable failures and changing topologies. The document introduces Istio, an open source service mesh, that provides features to manage traffic and enforce policies in distributed applications running on Kubernetes. It describes a hands-on lab using Istio to detect and prevent issues in a sample book catalog application with multiple microservices.
Mass Migrate Virtual Machines to Kubevirt with Tool Forklift 2.0Konveyor Community
There are 6Rs that can help you have Cloud-native workloads running in your Kubernetes deployments: Refactor, Replatform, Rehost, Retire, Retain or Repurchase.
Rehosting virtual machines provides less friction than others, while still providing some advantages.
One of those advantages being that you can have workloads you don't want to or cannot containerize yet sit alongside your containers through KubeVirt.
In this meetup, we'll show you how Forklift 2.0 makes it easy to move them to their new home. And explain why this is a small step for your workloads but a giant leap on your path to the cloud.
Presenters: Miguel Pérez Colino, Senior Principal Product Manager & Fabien Dupont, Manager, Software Engineering & Senior Principal Engineer.
YouTube recording: https://youtu.be/-w4Afj5-0_g
How to secure your CI/CD pipeline with Docker EE PlatformAshnikbiz
This document discusses how to secure a CI/CD pipeline with Docker EE Platform. It covers challenges with agility vs stability in development and operations. It also discusses cloud provisioning and microservices, and challenges around isolation, dependencies, and hybrid applications. The document then demonstrates using Dockerfile and docker-compose to build and deploy a voting app, and discusses challenges of running containers at scale. It also addresses security vs agility tradeoffs and ensuring authenticity of container images to prevent potential downtime. Finally, it demonstrates secure container orchestration with UCP, building and pushing images to DTR for scanning and promotion, and deploying containers with images and layer 7 routing.
This document provides an agenda and instructions for a Cisco Cloud Networking Workshop. The agenda includes demonstrations of the Cisco Meraki dashboard, MX security appliances, MS switches, MR wireless access points, and SM device management. Attendees are given instructions to log into the Meraki dashboard for a hands-on lab exploring configuration of MX firewalls, MS switches, wireless SSIDs on MR access points, and network policies. The document also provides overviews of Cisco Meraki's cloud-managed networking portfolio and features for network security, management, and device mobility.
Ambassador is an open source API gateway and L7 proxy built by Lyft to run on Kubernetes. It provides a Kubernetes-native API gateway that uses annotations for declarative and decentralized configuration. Ambassador simplifies architecture by removing the need for a database, and it can scale automatically via HPA. It also supports features like gRPC, HTTP/2, rate limiting, timeouts, canary releases, and shadowing traffic through the Envoy proxy.
Stop reinventing the wheel with Istio by Mete Atamel (Google)Codemotion
#Codemotion Rome 2018 - Containers provide a consistent environment to run services. Kubernetes help us to manage and scale our container cluster. Good start for a loosely coupled microservices architecture but not enough. How do you control the flow of traffic & enforce policies between services? How do you visualize service dependencies & identify issues? How can you provide verifiable service identities, test for failures? You can implement your own custom solutions or you can rely on Istio, an open platform to connect, manage and secure microservices.
Istio is an open platform for providing a service mesh on Kubernetes clusters. It consists of three main components: Envoy proxies that mediate service-to-service communication, Pilot that configures the proxies, and Mixer that enforces policies and collects telemetry data. Istio injects Envoy sidecar proxies into applications so they can provide features like load balancing, authentication, failure recovery, and observability without requiring code changes. This provides a way to manage microservices that is more robust and flexible than using an API gateway alone.
This document discusses Istio, an open source service mesh that provides traffic management, telemetry and security for microservices applications on Kubernetes. It introduces key Istio concepts like the sidecar proxy Envoy, the control plane components Pilot, Mixer and Citadel, and how they work together to provide service discovery, load balancing, failure recovery, access control and other capabilities across microservices. The presentation concludes with an offer to demonstrate Istio's features in more depth.
ManageIQ Overview at Management and Orchestration Developer (MODM) Meet-upJerome Marc
ManageIQ is an open source cloud and virtualization management platform that was originally founded in 2006 and acquired by Red Hat in 2012. It provides capabilities such as inventory management, self-service provisioning, capacity and utilization reporting, configuration management, and automation/orchestration. ManageIQ has over 15,000 commits from 171 developers and supports various cloud platforms and virtualization technologies. It includes a plugin extension depot and can be used for NFV management and orchestration use cases.
Integration Patterns and Anti-Patterns for Microservices ArchitecturesApcera
Integration Patterns and Anti-Patterns for Microservices Architectures
David Williams
Co-Founder and Partner, Williams Garcia
You can learn more about NATS at http://www.nats.io
The presentation was given on 11/12/2018 on CloudExpo NY. The presentation talks about software portability approaches and technologies on Kubernetes, microservices, service mesh, and serverless platforms
(SACON) Anand Tapikar - Attack vectors of Kubernetes infra. Are we on right ...Priyanka Aash
Kubernetes (K8s) is an open-source system for automating deployment, scaling, and management of containerized applications. K8s groups containers that make up an application into logical units for easy management and discovery. It was originally designed by Google and is now maintained by the Cloud Native Computing Foundation. As organizations accelerate their adoption of containers and container orchestrators, they will need to take necessary steps to protect such a critical part of their compute infrastructure.
How this topic is relevant 1 out of 5 organization going for container installation Container security attack vectors are rising Recently major vulnerability discovered in containers and got good media attention Duration (Mentioned on sacon.io, if not as per program committee call).
This document provides a summary of key details from Red Hat Summit 2021:
- Over 34,000 people registered for the virtual event with 114 sessions and over 17,000 live attendees.
- Several major customers such as Bosch, VW, and Deutsche Bank participated.
- Announcements included a $570M partnership with Boston University, new managed cloud services on Red Hat OpenShift, and expanded capabilities for edge computing, security, and observability.
- Upcoming in June, the event will feature 7 channels of breakout sessions with technical and customer content along with opportunities to engage with Red Hat experts.
Service Discovery and Registration in a Microservices ArchitecturePLUMgrid
Microservices, Service Discovery and Registration have been heading towards the peak of inflated expectations on the Gartner Hype cycle for over the last year or so, but there has often been a lack of clarity as to what these are, why are they needed or how to implement them well.
Service discovery and registration are key components of most distributed systems and service oriented architectures. In this session we will talk about what, why and how of service registration and discovery in distributed systems in general and OpenStack in particular.
We will talk about some of the technologies that address this challenge like Zookeeper, Etcd, Consul, Mesos-DNS, Minuteman, SkyDNS, SmartStack or Eureka. We will also address how these technologies as well as existing OpenStack projects can be used to solve this problem inside OpenStack environments.
Building Cloud Native Applications Using Azure Kubernetes ServiceDennis Moon
This document provides an overview of building cloud-native applications using Azure Kubernetes Service (AKS). It discusses key concepts like containers, Docker, container registries, Kubernetes, and AKS. It also covers modern application architecture principles and 12-factor applications. Additionally, it defines common Kubernetes objects like pods, services, deployments and explains how to secure applications and monitor clusters deployed to AKS. The document recommends getting started with AKS by deploying sample applications from Azure DevOps to an AKS cluster created in the Azure portal or with the Azure CLI.
This document discusses using GitLab CI/CD to provision and manage infrastructure with Terraform Cloud (TFC). It begins with an agenda that includes an introduction to Terraform and TFC, integrating them with GitLab, and demos of using GitLab CI/CD pipelines with TFC for infrastructure as code. It then provides bios of two presenters and discusses how GitLab offers a single platform to plan, code, test, secure and release applications. The document concludes by pointing to additional resources on using GitLab CI with Terraform.
End-End Security with Confluent Platform confluent
(Vahid Fereydouny, Confluent) Kafka Summit SF 2018
Security and compliance are key concerns for many organizations today and it is very important that we can meet these requirements in our platform. This is also extremely critical for customers who are adopting Confluent cloud offerings, since moving the streaming platform to cloud exposes new security and governance issues.
In this session, we will discuss how Confluent is providing control and visibility to address these concerns and enable secure streaming platforms. We will cover the main pillars of IT security in access control (authentication, authorization), data confidentiality (encryption) and auditing.
This document discusses application modernization and provides an overview of Docker containers, WebSphere Application Server (WAS) lift-and-shift, and next steps. It introduces modernization stages like lift-and-shift, refactor, and rebuild. It then covers Docker containers for WAS Liberty and traditional WAS. IBM Cloud Private (ICP) and Helm charts for automating deployments on Kubernetes are also discussed. The document concludes with a brief discussion of WAS lift-and-shift to IBM Cloud and potential next steps involving OpenShift and ICP.
The document discusses the Meshery project, which is an open source tool for managing multiple service meshes. It provides functionality such as defining compliance with service mesh interface standards, running conformance tests, managing filters through WebAssembly, defining reusable patterns, and integrating with performance testing tools like GetNighthawk. Meshery aims to help operators, developers and service owners realize the full potential of a service mesh through its management plane capabilities.
Comparison of Current Service Mesh ArchitecturesMirantis
Learn the differences between Envoy, Istio, Conduit, Linkerd and other service meshes and their components. Watch the recording including demo at: https://info.mirantis.com/service-mesh-webinar
Istio is a service mesh—a modernized service networking layer that provides a transparent and language-independent way to flexibly and easily automate application network functions. Istio is designed to run in a variety of environments: on-premise, cloud-hosted, in Kubernetes containers.
Monoliths to Microservices: App Transformation - Jacksonville Workshop SlidesTiera Fann, MBA
The document discusses distributed applications and microservices architectures. It describes benefits like performance, reliability and resiliency. It also discusses challenges of distributed systems like unpredictable failures and changing topologies. The document introduces Istio, an open source service mesh, that provides features to manage traffic and enforce policies in distributed applications running on Kubernetes. It describes a hands-on lab using Istio to detect and prevent issues in a sample book catalog application with multiple microservices.
Mass Migrate Virtual Machines to Kubevirt with Tool Forklift 2.0Konveyor Community
There are 6Rs that can help you have Cloud-native workloads running in your Kubernetes deployments: Refactor, Replatform, Rehost, Retire, Retain or Repurchase.
Rehosting virtual machines provides less friction than others, while still providing some advantages.
One of those advantages being that you can have workloads you don't want to or cannot containerize yet sit alongside your containers through KubeVirt.
In this meetup, we'll show you how Forklift 2.0 makes it easy to move them to their new home. And explain why this is a small step for your workloads but a giant leap on your path to the cloud.
Presenters: Miguel Pérez Colino, Senior Principal Product Manager & Fabien Dupont, Manager, Software Engineering & Senior Principal Engineer.
YouTube recording: https://youtu.be/-w4Afj5-0_g
How to secure your CI/CD pipeline with Docker EE PlatformAshnikbiz
This document discusses how to secure a CI/CD pipeline with Docker EE Platform. It covers challenges with agility vs stability in development and operations. It also discusses cloud provisioning and microservices, and challenges around isolation, dependencies, and hybrid applications. The document then demonstrates using Dockerfile and docker-compose to build and deploy a voting app, and discusses challenges of running containers at scale. It also addresses security vs agility tradeoffs and ensuring authenticity of container images to prevent potential downtime. Finally, it demonstrates secure container orchestration with UCP, building and pushing images to DTR for scanning and promotion, and deploying containers with images and layer 7 routing.
This document provides an agenda and instructions for a Cisco Cloud Networking Workshop. The agenda includes demonstrations of the Cisco Meraki dashboard, MX security appliances, MS switches, MR wireless access points, and SM device management. Attendees are given instructions to log into the Meraki dashboard for a hands-on lab exploring configuration of MX firewalls, MS switches, wireless SSIDs on MR access points, and network policies. The document also provides overviews of Cisco Meraki's cloud-managed networking portfolio and features for network security, management, and device mobility.
Ambassador is an open source API gateway and L7 proxy built by Lyft to run on Kubernetes. It provides a Kubernetes-native API gateway that uses annotations for declarative and decentralized configuration. Ambassador simplifies architecture by removing the need for a database, and it can scale automatically via HPA. It also supports features like gRPC, HTTP/2, rate limiting, timeouts, canary releases, and shadowing traffic through the Envoy proxy.
Stop reinventing the wheel with Istio by Mete Atamel (Google)Codemotion
#Codemotion Rome 2018 - Containers provide a consistent environment to run services. Kubernetes help us to manage and scale our container cluster. Good start for a loosely coupled microservices architecture but not enough. How do you control the flow of traffic & enforce policies between services? How do you visualize service dependencies & identify issues? How can you provide verifiable service identities, test for failures? You can implement your own custom solutions or you can rely on Istio, an open platform to connect, manage and secure microservices.
Istio is an open platform for providing a service mesh on Kubernetes clusters. It consists of three main components: Envoy proxies that mediate service-to-service communication, Pilot that configures the proxies, and Mixer that enforces policies and collects telemetry data. Istio injects Envoy sidecar proxies into applications so they can provide features like load balancing, authentication, failure recovery, and observability without requiring code changes. This provides a way to manage microservices that is more robust and flexible than using an API gateway alone.
This document discusses Istio, an open source service mesh that provides traffic management, telemetry and security for microservices applications on Kubernetes. It introduces key Istio concepts like the sidecar proxy Envoy, the control plane components Pilot, Mixer and Citadel, and how they work together to provide service discovery, load balancing, failure recovery, access control and other capabilities across microservices. The presentation concludes with an offer to demonstrate Istio's features in more depth.
ManageIQ Overview at Management and Orchestration Developer (MODM) Meet-upJerome Marc
ManageIQ is an open source cloud and virtualization management platform that was originally founded in 2006 and acquired by Red Hat in 2012. It provides capabilities such as inventory management, self-service provisioning, capacity and utilization reporting, configuration management, and automation/orchestration. ManageIQ has over 15,000 commits from 171 developers and supports various cloud platforms and virtualization technologies. It includes a plugin extension depot and can be used for NFV management and orchestration use cases.
Integration Patterns and Anti-Patterns for Microservices ArchitecturesApcera
Integration Patterns and Anti-Patterns for Microservices Architectures
David Williams
Co-Founder and Partner, Williams Garcia
You can learn more about NATS at http://www.nats.io
The presentation was given on 11/12/2018 on CloudExpo NY. The presentation talks about software portability approaches and technologies on Kubernetes, microservices, service mesh, and serverless platforms
(SACON) Anand Tapikar - Attack vectors of Kubernetes infra. Are we on right ...Priyanka Aash
Kubernetes (K8s) is an open-source system for automating deployment, scaling, and management of containerized applications. K8s groups containers that make up an application into logical units for easy management and discovery. It was originally designed by Google and is now maintained by the Cloud Native Computing Foundation. As organizations accelerate their adoption of containers and container orchestrators, they will need to take necessary steps to protect such a critical part of their compute infrastructure.
How this topic is relevant 1 out of 5 organization going for container installation Container security attack vectors are rising Recently major vulnerability discovered in containers and got good media attention Duration (Mentioned on sacon.io, if not as per program committee call).
Container Shangri-La Attaining the Promise of Container ParadiseXebiaLabs
Find out from Rob Stroud, CPO of XebiaLabs and former DevOps Analyst at Forrester Research, where containers fall short and how to bridge the gap between the promise of containers and the realities of complex enterprise application delivery.
Kubernetes And Istio and Azure AKS DevOpsOfir Makmal
This document discusses Kubernetes and Istio. It provides an overview of Kubernetes as a container orchestration engine and cluster management system. It then discusses the rise of microservices and some of the complexities they introduce. It introduces Istio as a service mesh that takes care of communication and policies between microservices to help manage this complexity. Key components of Istio like Pilot, Mixer, and Envoy are described. Examples of capabilities like intelligent routing, failure handling, and fault injection are provided. A demo application and platform is used to demonstrate Istio's observability, monitoring, and traffic shifting features.
This document provides an overview of Azure Kubernetes Service (AKS) and containers on Azure.
It discusses how AKS simplifies deployment, management, and operations of Kubernetes. With AKS, users can scale and run applications with confidence while securing their Kubernetes environment. It also accelerates containerized application development by allowing users to work with open source tools and APIs.
The document then covers common scenarios for using AKS like microservices, machine learning, and IoT. It also discusses how customers like Maersk, OpenAI, Xerox, and Nobel Media have benefited from using AKS and containers on Azure.
OSDC 2017: Automating Kubernetes Cluster Operations with Operators by Timo De...NETWAYS
At Giant Swarm, we manage Kubernetes clusters for customers 24/7, both on-premises and in the cloud. That means we do not just set something up and hand it over, but we actually take care that it’s operational and up-to-date at all times.
In this talk Timo explains how Giant Swarm are using Operators to codify all operational tasks of managing Kubernetes cluster and distributed applications on top. The operators manage PKI infrastructures, networks, VMs and storage both on-premises and in the cloud. There have been a lots of challenges and learnings in the past year and Timo would like to share them with you.
OSDC 2017 - Timo Derstappen - Automating kubernetes cluster operations with o...NETWAYS
At Giant Swarm, we manage Kubernetes clusters for customers 24/7, both on-premises and in the cloud. That means we do not just set something up and hand it over, but we actually take care that it’s operational and up-to-date at all times.
In this talk Timo explains how Giant Swarm are using Operators to codify all operational tasks of managing Kubernetes cluster and distributed applications on top. The operators manage PKI infrastructures, networks, VMs and storage both on-premises and in the cloud. There have been a lots of challenges and learnings in the past year and Timo would like to share them with you.
This document provides an overview of Kubernetes and Rancher. It discusses that Kubernetes is an open-source platform for automating deployment, scaling, and management of containerized applications. It is developed by Google and has a large ecosystem. The document then summarizes Rancher, stating that it is an enterprise container management platform that makes it easy to deploy, manage and secure any Kubernetes deployment. Rancher supports over 5,000 organizations and provides centralized policy, security and workload management across multiple Kubernetes clusters.
Moving 150 TB of data resiliently on Kafka With Quorum Controller on Kubernet...HostedbyConfluent
At Wells-Fargo, we move 150 TB of logs data from our syslogs to Splunk forwarders that get indexed and organized for analytic queries. As we modernize and migrate our applications to our hybrid cloud the performance expectations for this infrastructure will proportionately increase. Those improvements include the resilience of the end to end infrastructure. First, we decoupled the applications from their logging interface through a loglibrary which split the streams of logs from their sources to KAFKA which routed them to two separate destinations Splunk and ELK respectively. We also used prometheus and grafana for monitoring the metrics. We also deployed KAFKA, Splunk, ELK, Prometheus and Grafana on the Kubernetes clusters. Confluent had released a version of KAFKA without Zookeeper and replaced its functionality with Quorum Controller. The Quorum-Controller version exhibited better disposability one of the 12factors that's important for Cloud-Nativeness. We packaged this version into a Kubernetes operator called Keda and deployed this for auto-scaling. We tested this to simulate the amount of logdata that we typically generate in production. Based on the above we have also implemented distributed tracing and help make it just as resilient. We will share our lessons learnt, the patterns and practices to modernize both our underlying runtime platforms and our applications with highly performing and resilient event-driven architectures.
Centralizing Kubernetes and Container OperationsKublr
While developers see and realize the benefits of Kubernetes, how it improves efficiencies, saves time, and enables focus on the unique business requirements of each project; InfoSec, infrastructure, and software operations teams still face challenges when managing a new set of tools and technologies, and integrating them into an existing enterprise infrastructure.
These meetup slides go over what’s needed for a general architecture of a centralized Kubernetes operations layer based on open source components such as Prometheus, Grafana, ELK Stack, Keycloak, etc., and how to set up reliable clusters and multi-master configuration without a load balancer. It also outlines how these components should be combined into an operations-friendly enterprise Kubernetes management platform with centralized monitoring and log collection, identity and access management, backup and disaster recovery, and infrastructure management capabilities. This presentation will show real-world open source projects use cases to implement an ops-friendly environment.
Check out this and more webinars in our BrightTalk channel: https://goo.gl/QPE5rZ
The state of containers for your DevOps journeyAgile Montréal
Containers, Containers, Containers! We are hearing about Containers everywhere, what are their key concepts? Why could they simplify your DevOps journey? What are the tools to help you with Containers and orchestratethem? What’s the road ahead with Containers? Let’s talk about that! Through this presentation you will see also how the Cloud and the Open Source tools and communities are driving this Containers adoption. This presentation will be illustrated by demonstrations.
Mathieu Benoit
The Kubernetes cloud native landscape is vast. Delivering a solution requires managing a puzzling array of required tooling, monitoring, disaster recovery, and other solutions that lie outside the realm of the central cluster. The governing body of Kubernetes, the Cloud Native Computing Foundation, has developed guidance for organizations interested in this topic by publishing the Cloud Native Landscape, but while a list of options is helpful it does not give operations and DevOps professionals the knowledge they need to execute.
Learn best practices of setting up and managing the tools needed around Kubernetes. This presentation covers popular open source options (to avoid lock in) and how one can implement and manage these tools on an ongoing basis. Learn from, and do not repeat, the mistakes of previous centralized platforms.
In this session, attendees will learn:
1. Cloud Native Landscape 101 - Prometheus, Sysdig, NGINX, and more. Where do they all fit in Kubernetes solution?
2. Avoiding the OpenStack sprawl of managing a multiverse of required tooling in the Kubernetes world.
3. Leverage technology like Kubernetes, now available on DC/OS, to provide part of the infrastructure framework that helps manage cloud native application patterns.
Kubernetes is an open-source platform for managing containerized applications across multiple hosts. It provides tools for deployment, scaling, and management of containers. Kubernetes handles tasks like scheduling containers on nodes, scaling resources, applying security policies, and monitoring applications. It ensures containers are running and if not, restarts them automatically.
Accelerate Application Innovation Journey with Azure Kubernetes Service WinWire Technologies Inc
Regardless of your organization’s size or industry, migrating to the public cloud and Kubernetes is burdened with business and technical risk. Managing Kubernetes clusters, applying blueprint to clusters and adding requisite governance and control are just a few hurdles that can stall your application modernization journey.
Azure Kubernetes Service (AKS) simplifies deploying a managed Kubernetes cluster in Azure by offloading much of the complexity and operational overhead.
In this session, you will learn:
- Introduction and architecture of AKS
- Best practices in adopting Azure Kubernetes Service
- How to monitor and optimize AKS
Deploying your first application with KubernetesOVHcloud
Find out how to deploy your first application with Kubernetes on the OVH cloud, and direct questions to the team responsible for our upcoming Kubernetes as-a-Service solution.
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Kube clarity is a comprehensive solution designed to enhance supply chain security within Kubernetes environments. Kube clarity enables organizations to identify and mitigate potential security threats throughout the software development and deployment process.
Deploying kubernetes at scale on OpenStackVictor Palma
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AI Transformation Playbook: Thinking AI-First for Your BusinessArijit Dutta
I dive into how businesses can stay competitive by integrating AI into their core processes. From identifying the right approach to building collaborative teams and recognizing common pitfalls, this guide has got you covered. AI transformation is a journey, and this playbook is here to help you navigate it successfully.
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50 million companies worldwide leverage WhatsApp as a key marketing channel. You may have considered adding it to your marketing mix, or probably already driving impressive conversions with WhatsApp.
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2. Why Kubernetes?
• 2014: Datica builds the Legacy Platform (PaaS) from scratch — almost
every component was built by Datica engineers;
• 2015: Many modern, standard, orchestration and containerization
tools were immature, and not ready for production use at the time —
Kubernetes didn't hit a 1.0 release until summer 2015;
• 2014-2018: Many customer’s needs grow over this period of time. The
Platform becomes too restrictive and inflexible for their use cases.
3. Why Kubernetes?
• The road to Kubernetes: We began looking into Kubernetes as a
replacement for our Platform;
• Replacing the Platform: During testing, POC and market validation,
we made the decision to go all in on K8s and build a compliant
kubernetes offering.
4. Why Kubernetes?
• Benefits of Kubernetes: Open source community backed by hundreds
of technology organizations world-wide, mature enough for
production, alignment of values, cloud agnostic, etc.
5. The CKS Model
• Deployment model: CKS is deployed into your AWS account (“On-
account”). Datica locks down the underlying infrastructure and
configures compliance checks to ensure you’re continuously
compliant against HIPAA, HITRUST CSF, GDPR, GxP, and more;
• Compliance value: Datica still maintains our first-in-class BAA
ensuring that we take on as much liability as possible;
6. The CKS Model
• Support: Datica offers basic support and premium support. Like most
Kubernetes managed services, Datica’s support model ensures the
cluster’s master control plane is functioning properly;
• Services: Datica offers compliance and security services to help you
strengthen your compliance posture in the cloud.
7. The CKS Model
• On-going maintenance: Datica manages major Kubernetes and
managed deployment upgrades and patching. In addition, Datica also
ensures the underlying operating system (CoreOS) is patched and up
to date.
8. Logging collection: CKS ships with a pre-configured instance of
FluentD — responsible for ensuring logs are collected and made
available to the entire system;
Logging access: Alongside of FluentD, CKS ships with
Elasticsearch — responsible for archiving logs and providing
them to the logging UI;
Logging
9. Core monitoring: In an effort to ensure compliance, health of
the Kubernetes cluster, associated hosts, and containers, each
CKS license comes pre-configured with a Prometheus
monitoring instance;
Visualization: To expose the monitoring work being performed
by Prometheus, CKS comes pre-configured with a Grafana
instance for visualizing your logs in realtime;
Monitoring
10. Vulnerability management: A core component of compliance,
and essential to mapping CKS to the HITRUST CSF, Datica
provides external vulnerability scans via Nessus. In addition to
that, our system is aware of what is happening on the CKS layer
through configuration monitoring and management;
Intrusion detection: As another core component of compliance
is an effective intrusion detection system. CKS ships with a pre-
configured instances of Falco to manage intrusions and access;
Vulnerability Scanning & Intrusion Detection
11. Antivirus: In an effort to to detect viruses, malware, trojans &
other malicious threats, each Datica CKS cluster ships with an
instance of ClamAV.
Backups: All volumes are automatically backed up to S3 (Azure
Block Blob) on CKS.
Antivirus & Backups
12. Shared Responsibility Model
Application SecurityYou Training User Policies Admin Compliance
Container
Orchestration
Datica OS Level Patching Volumes Backups Key Management
System
Configuration
Disaster Recovery Intrusion Detection Logging
Breach Reporting
Vulnerability
Scanning
Antivirus Monitoring
Encryption Networking Updates
HardwareAWS AZ/Regions Edge Locations Physical Security
13. Shared Responsibility Model
Datica’s Cloud
Cloud Compliance
Management System
Secured ingestion
connection from your
cluster to the Datica
HCMS.
Datica’s Responsibility
Your Responsibility
Your Cloud Account
Kubernetes
Datica secures and
locks down your
cloud infrastructure.
Datica is responsible
for the compliance
“of” the cluster.
You are responsible
for compliance
within the cluster
(your containers).
Datica secures the
firewall between your
cluster and the rest
of your cloud
account.