A Service Level Agreement (SLA) is a foundational element in service-based industries, defining the performance standards and reliability expectations between a service provider and its clients. This article breaks down the essentials of SLAs, explaining their purpose, key components, and how they help manage customer expectations. By understanding SLAs, both providers and clients can foster transparency and accountability in service delivery.

https://uptimerobot.com/blog/what-is-an-sla/

Turning incidents into learning opportunities is a powerful way to build resilient systems and teams. This article explores three strategies for leveraging incidents as a catalyst for improvement, focusing on reflection, analysis, and proactive change. By fostering a culture of learning, teams can transform setbacks into valuable insights, enhancing both technical capabilities and team collaboration.

https://thenewstack.io/3-strategies-to-turn-incidents-into-learning-opportunities/

A helm plugin that help manage secrets with Git workflow and store them anywhere

https://github.com/jkroepke/helm-secrets

Certificate pinning was once a standard security measure to prevent man-in-the-middle attacks by associating a host with a specific TLS certificate or public key.However, the practice has become outdated and can lead to significant issues, such as service outages during certificate rotations or renewals.Modern security standards, including shorter certificate lifetimes, regular rotations of intermediate certificates, and increased use of certificate transparency logs, have addressed the original concerns that certificate pinning aimed to mitigate.These advancements offer enhanced security without the complexities and risks associated with pinning.Organizations are encouraged to adopt these contemporary practices to maintain robust security while ensuring operational stability.

https://blog.cloudflare.com/why-certificate-pinning-is-outdated/

As APIs become integral to modern applications, managing their consumption strategically has become essential. This article examines why traditional monitoring alone is no longer sufficient, advocating for a proactive approach to API consumption management. By focusing on usage patterns, rate limits, and dependency mapping, it highlights ways to ensure API reliability and optimize performance, helping organizations better control their API ecosystems.

https://thenewstack.io/beyond-monitoring-the-urgent-need-for-strategic-api-consumption-management/

The Kubernetes scheduler plays a crucial role in ensuring that workloads are placed on the appropriate nodes for optimal performance. This article from Awelm dives into the inner workings of the Kubernetes scheduler, explaining how it decides where to run pods and how to optimize scheduling for better resource utilization. Learn about the different scheduling algorithms, configurations, and strategies to improve the efficiency and performance of your Kubernetes clusters.

https://www.awelm.com/posts/kube-scheduler/

Kubernetes-based, scale-to-zero, request-driven compute

https://github.com/knative/serving

Cost monitoring for Kubernetes workloads and cloud costs

https://github.com/opencost/opencost

The blogpost explores the complex decision-making process behind adopting a microservices architecture, a monolithic service architecture, or a hybrid approach in engineering organizations. It delves into the challenges and considerations faced by a theoretical company, Theoretical Compliance Company, as it navigates the evolving landscape of service architecture strategies in the context of changing industry trends and business constraints

https://lethain.com/decompose-monolith-strategy/

Kubernetes PreUpGrade (Checker)

https://github.com/kubepug/kubepug

Learn how to simplify Terraform module management using GitHub Actions, Semantic Releases, and Terraform Docs for efficient workflows.

https://medium.com/@luizandrends/streamlining-terraform-module-management-with-github-actions-semantic-releases-and-terraform-docs-9ea32f0fd4ba

Helm Distribution plugin is is a set of utilities and Helm Plugin for making offline work with Helm Charts easier. It is meant to be used for creating reproducible and relocatable packages for Helm Charts that can be moved around registries without hassles. This is particularly useful for distributing Helm Charts into airgapped environments.

https://github.com/vmware-labs/distribution-tooling-for-helm

Hosting Helm Charts via GitHub Pages and Releases

https://github.com/helm/chart-releaser

Explore how to enhance AWS RDS security with fine-grained access control using IAM authentication, Terraform, and serverless solutions.

https://alantai.hashnode.dev/securing-aws-rds-with-fine-grained-access-control-using-iam-authentication-terraform-and-serverless

Explore managing EKS secrets effectively using Go, AWS Parameter Store, and Terraform for streamlined workflows.

https://dev.to/wardove/eks-secret-management-with-golang-aws-parameterstore-and-terraform-4h24

Creates Helm chart from Kubernetes yaml

https://github.com/arttor/helmify

Understand how an abundance of Git branches and tags can affect Argo CD performance and inflate cloud expenses.

https://medium.com/@yahel2410/costly-commitments-the-impact-of-numerous-git-branches-and-tags-on-argo-cd-and-cloud-budgets-e861e002de54

Learn strategies to handle Out-Of-Memory (OOM) issues in Kubernetes for Java applications to ensure smoother operations.
https://yonahdissen.medium.com/surviving-oom-in-kubernetes-java-applications-fd1fb1a65f02

Deploy production grade application to AWS and GCP in minutes.
https://github.com/launchflow/launchflow

Discover how Monzo manages seamless migrations across 2,800 microservices to maintain efficiency and stability.
https://monzo.com/blog/how-we-run-migrations-across-2800-microservices