Intelligent Orchestration for
Multi-Cluster Kubernetes

The open-source event-driven controller that automates add-on distribution, enforces global policies, and eliminates configuration drift across a fleet of clusters.

Features

Orchestrating deployments across a fleet of clusters

Centralized Distribution

Centralized Distribution

Sveltos is the control plane for your Kubernetes fleet. It manages the distribution of Helm charts, Kustomize overlays, and YAML/JSON manifests from a management cluster to all the managed clusters.

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Orchestrated Deployment Order

Orchestrated Deployment Order

Deploy custom resources in a defined order. Ensure deployments are predictable, controlled, and synchronized across every cluster.

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Drift Detection & Remediation

Drift Detection & Remediation

Automatically detect and correct configuration drift. Ensure clusters always match the desired state, preventing manual 'quick fixes' from causing permanent issues.

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Powerful Templating

Powerful Templating

Represent add-ons as templates and let Sveltos automatically inject cluster-specific details for truly dynamic and consistent deployments.

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Event Framework

Event Framework

Go beyond static deployments with an event-driven architecture. Monitor managed clusters for specific changes and trigger automatic actions or remediations.

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Enterprise
Entreprise Support Sveltos s

Scale Your Fleet with Absolute Security and Control

Pull Mode

Enable zero-trust management where agents connect outbound to the management plane. Securely manage clusters without opening inbound ports or exposing API servers.

Progressive Rollouts & Promotions

Minimize blast radius by staging deployments across environments. Promote changes from Dev to Production only after health checks pass, ensuring fleet-wide stability.

Integrated MCP Server

Empower your AI-driven operations. Sveltos provides a native MCP Server, allowing AI SRE tools to securely discover, query, and manage your entire Kubernetes fleet using natural language.

How It Works

Unified Orchestration in Six Simple Steps

01

Centralized Control

A single management cluster acts as the 'source of truth,' orchestrating configurations across your entire fleet from a central point.

02

Define Your Intent

Use ClusterProfiles and Profiles to declaratively define add-ons, Helm charts, and policies as standard Kubernetes CRDs.

03

Smart Targeting

Automatically match configurations to clusters using label selectors. Sveltos ensures the right resources reach the right environments instantly.

04

Orchestrate & Sequence

Set deployment phases and resource dependencies to ensure your stack boots in the correct order across every managed cluster.

05

Automated Syncing

Choose your sync mode: OneTime, Continuous, or ContinuousWithDriftDetection to maintain your desired state without manual intervention.

06

Real-Time Distribution

Managed clusters receive updates via push or pull modes, with a lightweight agent ensuring the local state matches your global intent.

Learning Center

Tutorials, guides & deep dives

Learn how to get the most out of Sveltos with step-by-step video tutorials and written guides.

Presentation

Message In, Job Out: Build Event-Driven Workflows in Kubernetes Using NATS, CloudEvents, and Sveltos

Explore a modern, flexible architecture for building event-driven applications that respond to real-time signals without the constraints of rigid, pre-defined structures.

Tutorial

Automate vCluster Management in EKS with Sveltos and Helm

The goal is to leverage Sveltos and its support for Helm to fully automate the deployment and management of remote vClusters running in EKS.

Latest News

From the Sveltos blog

Stay up to date with the latest announcements, releases, and insights from the Sveltos team.

Blog Apr 7, 2026

GitOps: Hub and Spoke Agent-Based Architecture with Sveltos on Kubernetes

Learn how to manage large-scale fleets securely without exposing cluster APIs using Sveltos’ pull-based approach

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Tutorial Mar 6, 2026

Multi-Cluster Monitoring: Stop Managing Configs, Start Automating Infrastructure

Manual multi-cluster monitoring is a scaling nightmare. Learn how Project Sveltos builds an event-driven observability pipeline to eliminate manual 'plumbing' entirely.

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Tutorial Mar 5, 2026

Sveltos: Progressive Rollouts Part 2

Take multi-cluster orchestration to the next level by combining Sveltos progressive rollouts with MaxUpdate strategies, health validations, and post-deployment checks to ensure fleet-wide stability.

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