Reducing Kubernetes management complexity with Crossplane, Anthos, and ArgoCD

I proposes an innovative approach to simplifying the deployment of containerized applications by reducing the complexity of managing Kubernetes environments. The approach leverages Gitops and reconciles configurations automatically while converging the lifecycle of applications and infrastructure. The architecture includes Anthos, Crossplane, and ArgoCD to better leverage Kubernetes innovations and implement a global control plane using Kubernetes logic. This proposed architecture provides a comprehensive solution to the challenges of managing Kubernetes environments and promises to become increasingly relevant in the coming years.

Understand and implement security at scale for your kubernetes workloads

Understand and implement security at scale for your kubernetes workloads

Understand and implement security at scale for your kubernetes workloads

1. Reminder of the different attack surfaces
A. External network isolation
b. Endpoint Protection
vs. Expose Services Securely
d. Container behavior (kernel + network capabilities)
e. Internal network communication
F. Cloud Metadata
g. Cloud privilege escalation
h. SDLC. Offensive

2. Countermeasure with Anthos
A. Admission controller and mutation Policy
b. Network policies with cilium and dataplaneV2
vs. Gitops approach with Anthos configuration management
d. Anthos Service Mesh
e. Observability
F. Binary permission for ci/cd container
g. Other possible options (IAP, managed certificates, global load balancing
h. Ready for production

Service mesh: a network of superheroes for your applications, what are the new trends?

For years, many have adopted the sidecar approach with istio for example, certainly these architectures offer a lot of flexibility, but can increase the complexity or the cost following the higher cpu consumption for example.

But are there other alternatives? What are the debates of ideas at the moment?

Let's take a quick look at the service mesh to better understand the different issues.

For years, many have adopted the sidecar approach with istio for example, certainly these architectures offer a lot of flexibility, but can increase the complexity or the cost following the higher cpu consumption for example.

But are there other alternatives? What are the debates of ideas at the moment?

Let's take a quick look at the service mesh to better understand the different issues.

I still haven't figured out how I became a Google Certified Fellow

It's been a few months since I had the honor of being certified Google cloud Fellow

Always a little hard to tell myself that we are only 100 to be certified, I rarely talk about it, always feel like a megalomaniac on the edges.

Many people ask me what this certification consists of, what Google relies on to award it.

A mastery of Anthos is certainly crucial, but it is only a small part, compliance, business impact, leadership, multicloud, issues around heterogeneous Kubernetes environment, Compliance as code, Disaster recovery, CI/CD, platform engineering , security.

I offer you my feedback on the essential points that allowed me to obtain this certification.

https://events.c2cglobal.com/events/details/c2c-events-virtual-presents-managing-complex-multicloud-security-with-anthos/ https://rsvp.withgoogle.com/events/google-cloud-fall-camp-france

https://cloud.google.com/certification/hybrid-multi-cloud/certified-fellows?hl=fr#section-2

https://medium.com/@vincn.ledan

Kratix: the platform engineering solution that reinvents collaboration between developers and platfo

Platform Engineering is an ever-evolving field that enables companies to develop, succeed and manage their applications at scale. However, this approach can be complex and expensive, especially for small businesses and startups. In this keynote, we will explore the challenges of Platform Engineering and how Kratix can help companies overcome these challenges by providing an "as a service" vision and marketplace for developers with as much abstraction as needed.

We will see how Kratix simplifies the creation, management and scaling of your infrastructures and applications.

References
Contenu du talk :

Voici un plan structuré pour le talk :

I. Introduction

Contexte : les défis de la collaboration entre développeurs et opérateurs
II. Les enjeux de la collaboration entre développeurs et opérateurs

Les silos organisationnels et les obstacles à la collaboration
L'importance de la collaboration pour le développement et le déploiement efficace des applications
III. Comment Kratix réinvente la collaboration entre développeurs et opérateurs grâce à sa solution de plateform engineering

Présentation de la solution Kratix
Les fonctionnalités de la plateforme Kratix
Les avantages de la solution Kratix
IV. La vision self-service de Kratix pour les développeurs

Présentation de la vision self-service
Les avantages de la vision self-service pour les développeurs
V. Demo : app as a service