#typescript #backstage #cncf #developer_experience #developer_portal #dx #infrastructure #microservices #self_service_portal

Backstage is a free and open-source tool that helps developers manage their software and infrastructure more efficiently. It centralizes all your tools, services, and documentation into one place, making it easier to develop and deploy high-quality code quickly. With Backstage, you can manage microservices, libraries, and other software projects, use pre-made templates for new projects, and easily create and find technical documentation. It also has many customizable plugins to fit your needs. Created by Spotify and now supported by the Cloud Native Computing Foundation, Backstage simplifies your development environment and enhances team productivity.

https://github.com/backstage/backstage

#go #cncf #distributed_tracing #hacktoberfest #jaeger #observability #opentelemetry #tracing

Jaeger is a tool that helps you understand how different parts of your software work together. It's like a map that shows where data goes and how long it takes to get there. This helps you find and fix problems faster. Jaeger is free and open source, meaning anyone can use and improve it. It's supported by a big community and has clear guides on how to get started and contribute. Using Jaeger can make your software run more smoothly and efficiently.

https://github.com/jaegertracing/jaeger

#python #cloud_native #cncf #deep_learning #docker #fastapi #framework #generative_ai #grpc #jaeger #kubernetes #llmops #machine_learning #microservice #mlops #multimodal #neural_search #opentelemetry #orchestration #pipeline #prometheus

Jina-serve is a tool that helps you build and deploy AI services easily. It supports major machine learning frameworks and allows you to scale your services from local development to production quickly. You can use it to create AI services that communicate via gRPC, HTTP, and WebSockets. It has features like built-in Docker integration, one-click cloud deployment, and support for Kubernetes and Docker Compose, making it easy to manage and scale your AI applications. This makes it simpler for you to focus on the core logic of your AI projects without worrying about the technical details of deployment and scaling.

https://github.com/jina-ai/serve

#other #cncf #gsoc #gsod #mentorship

The Cloud Native Computing Foundation (CNCF) offers mentoring programs where experienced mentors guide learners in cloud native technologies and open source projects. You can find resources like guides for mentors and mentees, lists of programs to work on, and information about the Mentoring Working Group. Anyone interested can participate, and there are specific programs like LFX Mentorship, Google Summer of Code, and Outreachy. This helps you learn new skills, contribute to real projects, and connect with experts in the field. If you have questions, you can reach out through their communication channels. By joining, you'll gain valuable experience and knowledge while following a strict code of conduct to ensure a respectful environment.

https://github.com/cncf/mentoring

#c_lang #alerting #cncf #data_visualization #database #devops #docker #grafana #influxdb #kubernetes #linux #machine_learning #mongodb #monitoring #mysql #netdata #observability #postgresql #prometheus #raspberry_pi #statsd

Netdata is a powerful monitoring tool that helps you keep an eye on your servers, containers, and applications in real-time. Here’s what you need to know Netdata collects data every second, giving you immediate insights into your system's behavior.
- **Zero-Configuration** Netdata uses ML to detect anomalies and patterns in your metrics, helping you identify issues before they become critical.
- **Scalability** Netdata monitors everything from system resources to application logs, providing a complete view of your infrastructure.
- **Energy Efficiency**: Studies have shown that Netdata is the most energy-efficient monitoring tool, consuming fewer resources than other solutions.

Using Netdata benefits you by providing real-time, high-resolution monitoring, automated anomaly detection, and advanced visualization tools, all while being highly scalable and energy-efficient. This makes it easier to manage and troubleshoot your systems effectively.

https://github.com/netdata/netdata

#go #chart #charts #cncf #helm #kubernetes

Helm is a tool that helps manage applications on Kubernetes. It simplifies deploying and managing apps by using pre-configured packages called Helm Charts. These charts include all the necessary resources for an application, making it easy to install, update, or remove apps with just a few commands. This saves time and reduces errors, as you only need to edit a single file to change settings across different environments. Using Helm boosts productivity and makes deploying complex applications much easier.

https://github.com/helm/helm

#cplusplus #artificial_intelligence #cloud #cloud_native #cncf #container #docker #edge_computing #ewasm #hacktoberfest #hacktoberfest2023 #kubernetes #rust_lang #serverless #wasm #webassembly

WasmEdge is a fast, lightweight, and secure WebAssembly runtime that lets you run programs safely on your devices, servers, or the cloud. It supports many programming languages like C++, Rust, and JavaScript, and can run AI models, microservices, and smart contracts efficiently. WasmEdge offers strong security by isolating programs, making it great for extending software safely. It works well on edge devices, smart devices, and cloud environments, and supports easy integration with tools like Kubernetes and Docker. Using WasmEdge helps you run powerful applications faster, safer, and more flexibly on various platforms[1][2][3][4][5].

https://github.com/WasmEdge/WasmEdge

#go #aws #azure #cncf #cost #cost_optimization #finops #gcp #k8s #kubernetes #monitoring #opencost #prometheus

OpenCost is a free, open-source tool that helps you see and understand the costs of running Kubernetes clusters and cloud services in real time. It breaks down costs by cluster, node, namespace, pod, and more, across multiple cloud providers like AWS, Azure, and GCP, and even supports on-premises setups. This lets you track where your money is going, spot expensive resources, and manage your cloud spending better. It integrates with Prometheus for metrics and offers a user-friendly web interface and APIs for easy cost monitoring and exporting. Using OpenCost helps you control and optimize your cloud and Kubernetes expenses efficiently[1][2][3][4].

https://github.com/opencost/opencost

#go #argocd #cloud_native #cncf #container_management #devops #ebpf #hacktoberfest #istio #jenkins #k8s #kubernetes #kubernetes_platform_solution #kubesphere #llm #multi_cluster #observability #servicemesh

KubeSphere is an easy-to-use, open-source platform that helps you manage Kubernetes clusters across clouds, data centers, and edge devices from one place. It offers a friendly web interface, supports multi-cluster and multi-tenant management, and automates DevOps tasks like CI/CD pipelines. You get built-in monitoring, logging, alerting, and security features such as role-based access control. It also includes an App Store for quick deployment of applications and supports various storage and networking options. This makes managing complex Kubernetes environments simpler, faster, and more secure, saving you time and reducing operational challenges.

https://github.com/kubesphere/kubesphere

#go #cncf #containers #go #kubernetes

Kubernetes is an open system that helps manage and run apps in containers across many computers. It makes it easy to deploy, update, and scale apps automatically, so they stay fast and available even when demand changes. If something fails, Kubernetes fixes it quickly without needing manual help. This means apps run smoothly, use resources efficiently, and need less time and effort to manage, saving money and letting teams focus on building new features instead of fixing problems.

https://github.com/kubernetes/kubernetes