What is Krateo PlatformOps?

Krateo PlatformOps is a versatile and open-source platform that empowers users to effortlessly create and manage a diverse range of resources across various infrastructures. Designed to provide flexibility and ease of use, Krateo PlatformOps allows users to define the desired state of their resources using YAML files, enabling them to create and configure everything from Kubernetes (K8s) clusters and microservices to applications, pipelines, and databases.

With Krateo PlatformOps, users have the freedom to choose their preferred infrastructure, whether it's on-premises, in the cloud, or in a hybrid environment. The platform supports popular cloud providers, such as AWS, Google Cloud, and Azure, as well as on-premises solutions like bare metal servers or virtual machines.

By leveraging the power of declarative configuration, Krateo PlatformOps simplifies resource management, eliminating the need for manual intervention and reducing operational complexity. Users can easily define their resources' desired state, and the platform takes care of the provisioning, deployment, scaling, and monitoring processes.

With its user-friendly approach and support for a wide range of resources, Krateo PlatformOps empowers individuals and teams to accelerate their development and deployment workflows, streamlining the entire resource lifecycle while ensuring consistency and reliability across different infrastructures.

Profile

Krateo PlatformOps is an open-source platform that enables users to effortlessly create and manage resources across their entire data center. Whether it's a K8s cluster, microservice, application, pipeline, or database, Krateo provides a flexible solution. By describing the desired state of a resource using a YAML file, users can leverage Krateo's capabilities.

Focus

Key features of Krateo PlatformOps include the ability to create a wide range of resources both within and outside the K8s cluster. From provisioning new Kubernetes clusters to Logstash pipelines, Docker registries, and API gateways, Krateo supports diverse resource types.

Krateo PlatformOps simplifies resource management by freeing users from the burden of cluster management, allowing them to focus solely on their services. With a centralized control plane, Krateo offers effortless monitoring and control of various aspects, including CI/CD pipelines, pod statuses, and JIRA tickets.

With its versatility, ease of use, and comprehensive monitoring capabilities, Krateo PlatformOps revolutionizes resource management in the data center. Users can confidently deploy and control a wide range of resources, enabling them to deliver high-quality services while accelerating development cycles.

Background

Krateo PlatformOps emerged from the need for a unified, open-source solution to simplify resource management in data centers. A team of software engineers and DevOps professionals from Kiratech SpA recognized the complexities involved in deploying and managing diverse resources across modern infrastructure environments. To address this challenge, they set out to develop Krateo PlatformOps at the beginning of 2021.

The project aimed to provide users with a user-friendly, flexible, and extensible platform. It enables resource creation and management through YAML file descriptions, following a declarative and scalable approach. Krateo PlatformOps supports a wide range of resources, including Kubernetes clusters, microservices, applications, pipelines, and databases.

With an active community of contributors and users, Krateo PlatformOps continues to evolve, empowering organizations to efficiently manage resources, reduce complexity, and accelerate development cycles. It represents a commitment to open-source principles and the advancement of modern infrastructure management practices.

Krateo PlatformOps main features

PlatformOps framework for the platform team

The PlatformOps framework provided by Krateo is specifically designed for the platform team within an organization. It offers a comprehensive set of tools, best practices, and workflows to streamline and enhance platform management and operations. The framework includes functionalities such as resource provisioning, configuration management, infrastructure automation, and deployment pipelines. It enables the platform team to efficiently handle the underlying infrastructure and provide a stable and scalable environment for developers and applications.

Self-service developer portal

Krateo incorporates a self-service developer portal that empowers developers to manage their resources and environments autonomously. Through the portal, developers can easily provision and manage their own Kubernetes clusters, microservices, applications, pipelines, and databases. They can leverage pre-defined templates, configuration options, and automation capabilities to speed up the deployment and management of their resources. The self-service nature of the portal reduces dependency on the platform team, enabling developers to focus on their core tasks and iterate rapidly on their applications.

FinOps module

The FinOps module in Krateo addresses the financial aspect of resource management. It helps organizations optimize their cloud costs and ensure efficient resource allocation. The module provides visibility into resource usage and costs, allowing teams to track, analyze, and optimize their spending. It offers budgeting features, cost allocation mechanisms, and actionable insights to identify areas of potential savings. By integrating FinOps principles into Krateo, organizations can make informed decisions about resource utilization, identify cost-saving opportunities, and ensure financial accountability within their infrastructure.

These three features collectively empower the platform team, developers, and organizations to effectively manage their resources, improve collaboration, and optimize resource allocation and costs.