Cairo Kubernetes Meetup - October event Talk #2

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The document discusses Kubernetes networking. It covers how pods each have their own IP address and act like VMs. It also discusses how overlay networking plugins like Flannel can deliver packets to the correct nodes. Additionally, it explains how services in Kubernetes work using a cluster IP to load balance traffic across pods. Managing networking and services can involve manually configuring networks or using third party plugins to simplify configuration.

Technology

Insights on Kubernetes networking
Engineer AbdelRahman Adel
Prepared by

Evolution of Services’ communication model

Update Gateway when scaling out service.
Update DNS when Gateways change.
Still need to manually:

Kubernetes Model
Pod is a collection of containers sharing the same network namespace.
Each pod has a unique IP.
Pods can be viewed more like a VM.
Pod is the atomic unit of work.

IP 1
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IP 1
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Destination: IP3
Destination: IP3
Destination: IP3
Destination: IP3
12
3
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Kubernetes is responsible to deliver packet once arrived at the correct node.
BUT
Its your network’s responsibility to deliver it to the correct node

IP 1
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Virtual IP Real IP
IP1 Node1
IP2 Node1
IP3 Node1
IP4 Node2
IP5 Node2
IP6 Node2
IP7 Node3

IP 1
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Destination: IP3
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Destination: Node1
Destination: IP3
Destination: Node1
Destination: IP3
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Flannel Flannel Flannel

Cluster on Public Cloud?
AWS VPC CNI for Kubernetes
Google Compute Engine (GCE)

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MessageHubService Message_ClusterIP
Message_ClusterIP IP 2
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Message_ClusterIP IP 2
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Message_ClusterIP IP 2
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MessageHubService Message_ClusterIP
Message_ClusterIP IP 2
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MessageHubService Message_ClusterIP
Message_ClusterIP IP 2
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Message_ClusterIP IP 2
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IP 9

Istio brings a myriad of options to provide routing rules, encryption, and monitoring for microservices, typically in container environments. Cilium provides accelerated network security using a modern kernel technology called BPF. Put the two together and what do you get? A distributed security solution enabling microservices traffic management, security, and monitoring while enforcing policy as close to the microservices as possible. Cynthia Thomas and Romain Lenglet discuss the architectural and performance benefits of using Cilium with Istio and provide a demo of this BPF-based, Linux kernel technology. Cilium provides an API-aware security solution that can make a decision on every single microservice flow, with the ability to enforce protocols such as HTTP, Kafka, and gRPC. By addressing security policy at the API layer, you can enforce policy efficiently with kernel capabilities while reducing the attack surface in a microservices deployment.

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The first PaaS debuted in 2005. Designed to make developers’ lives easier and operations obsolete, PaaS barely registered in the enterprise landscape. Kubernetes v1 debut in 2015 and changed the game. Kubernetes dominates mindshare (and market share), has been adopted by all major IT vendors, and faces no real competition for container orchestration. Kubernetes is now one of the hottest and most in-demand skills in our profession. While Kubernetes makes running containers easier it can make development more complex. In this talk we will look at how deploying to Kubernetes effects your day to day work as a developer from test/compile/commit to design patterns and tooling.

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“The Elements of Style” is one of the most important and foundational guidelines on how to write well. It has effectively summarized, in a list of seminal guidelines, how to harness the power of the English language to write high quality prose of almost any kind. In computing, we have similar guides for various technologies. Python offers “The Zen Of Python”, Ruby has “The Rails Doctrine”, and so on... One of the powers these documents wield is that they help serve as a “north star” that guides an entire community toward the same goals. I believe we need a similar guide for Kubernetes. It would describe how app developers and operators should think about and use the features in Kubernetes to build and deploy reliable, stable apps. Armed with such a guide, we could all hope to better understand the “essence” of Kubernetes in pursuit of building better cloud native apps. We don’t have anything like this today, but many in the Kubernetes community have strong, detailed opinions for what should go in this guide. Much of it is tribal knowledge or scattered in blog posts. In this talk, I’ll try to bring many of these opinions together and lay out an “Elements of Kubernetes” guide for app developers and operators alike. I’ll do so by relating each “element” to stories and details I’ve seen in the community that reveal what makes a good Kubernetes and cloud native app. This talk was given at KubeCon / CloudNativeCon 2017 on December 7th, 2017 in Austin, TX

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