OpenOps is an advanced no-code cloud governance platform designed for FinOps practitioners and cloud operations teams. It enables organizations to automate financial and governance processes across complex cloud ecosystems, ensuring cost efficiency and policy compliance. Unlike traditional tools that focus only on cost reporting, OpenOps helps businesses actively implement resolutions through automation. The platform seamlessly integrates with leading cloud providers, ticketing solutions, and messaging platforms to orchestrate cloud workflows. By offering pre-configured best practices and high extensibility, OpenOps reduces operational friction and enhances cloud visibility. Organizations can track not only what their cloud expenses are but also how issues are detected and remediated. OpenOps makes cloud governance automation accessible to teams without requiring deep technical expertise.
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OpenOps's answer:
OpenOps stands out because it offers a unique no-code platform that simplifies cloud governance and FinOps automation. Unlike many competitors, OpenOps allows teams to automate complex workflows without the need for extensive coding, making it accessible to a wider audience. Its seamless integrations with major cloud providers and IT systems ensure that teams can manage their cloud infrastructure, costs, and processes from one unified platform. With a “batteries-included” approach, OpenOps offers pre-configured best practices, allowing teams to quickly deploy and scale cloud automation workflows without starting from scratch.
OpenOps's answer:
OpenOps is unique because it combines the power of no-code automation with seamless cloud governance and FinOps workflows. Unlike traditional platforms that require extensive coding or manual interventions, OpenOps allows teams to automate complex processes with ease, even without technical expertise. It stands out for its deep integrations with cloud providers, ticketing systems, and communication tools, providing a comprehensive solution for managing cloud costs and governance. Additionally, its "batteries-included" approach, with pre-configured modules and best practices, enables fast deployment and scalability, saving time and effort for organizations.
Based on our record, Traefik seems to be more popular. It has been mentiond 38 times since March 2021. We are tracking product recommendations and mentions on various public social media platforms and blogs. They can help you identify which product is more popular and what people think of it.
I began to self-host a Minecraft server using Crafty Controller, an Excalidraw instance, Docmost to replace Notion, Plane to replace Jira, and Penpot to replace Figma. To be able to access them from the internet, I used Nginx Proxy Manager to set up reverse proxies with SSL. You can use Traefik or Caddy instead, but I enjoyed the ease-of-use of NPM. For a dashboard solution, I started with Homarr, but later... - Source: dev.to / 2 months ago
Before diving into the specifics of Nginx and Traefik, let’s quickly define what a reverse proxy is. A reverse proxy sits between the client (browser or other services) and your backend services (web servers or applications). It handles incoming requests, routes them to the appropriate backend service, and forwards the response to the client. Reverse proxies are typically used for:. - Source: dev.to / 5 months ago
You may wonder why one would even want to expose the Docker socket when there are clearly risks involved. A popular usecase besides accessing remote Docker daemons (which you can actually expose over a TCP socket) are applications that either need control of the daemon to manage other containers, like for example Portainer, or tools that need information about containers for auto discovery purposes, like Traefik.... - Source: dev.to / 9 months ago
I emphasize usually because K3s is different and comes with a Traefik-based ingress controller by default. Taking that into account, as much as I like NGINX outside the container's world, I'd rather keep things simple and use what's already in place. - Source: dev.to / 9 months ago
In previous post, we discussed creating a basic Nomad cluster in the Vultr cloud. Here, we will use the cluster created to deploy a load-balanced sample web app using the service discovery capability of Nomad and its native integration with the Traefik load balancer. The source code is available here for the reference. - Source: dev.to / over 1 year ago
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Flowlu - All-in-one work management platform for team collaboration.
Haproxy - Reliable, High Performance TCP/HTTP Load Balancer
Kustomize - Kustomize is an intelligent Kubernetes native configuration management software that comes with the manifestation to add, remove, or update configuration options without the need for forking.