Jenkins is a free, open-source automation server designed to build, test, and deploy software.
Automate your build, testing, and deployment processes with a reliable Jenkins server from HOSTKEY. Our hosted Jenkins server ensures the stable operation of your CI/CD processes with guaranteed availability and security.
We offer ready-made solutions for any task: from standard pipelines to advanced configurations with Jenkins MCP server. Deploy your dedicated Jenkins server today and focus on development while we take care of your infrastructure!
Jenkins is provided only for leased HOSTKEY servers. To get the Jenkins, select it in the "Software" tab while ordering the server.
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Server delivery ETA: ≈15 minutes.
Jenkins is a free and open-source software released under the MIT License.
We guarantee that our servers are running safe and original software.
HOSTKEY is one of the best providers for Jenkins server hosting, offering the optimal combination of dedicated server performance, cloud infrastructure flexibility, and expert support, including customized configurations for Jenkins MCP server.
For quick deployment, choose a ready-to-use hosted Jenkins server from HOSTKEY, where we provide automatic installation, basic security configuration, and all necessary plugins, allowing you to start working with CI/CD within hours of ordering.
Absolutely yes – Jenkins server is ideal for enterprise CI/CD workloads thanks to its scalable architecture, vast plugin ecosystem, and customization options for specific business processes, including AI integration via Jenkins MCP server for automating complex tasks.
To install Jenkins, you need to select it while ordering a server on the HOSTKEY website. Our auto-deployment system will install it on your server. You can also read how to install Jenkins by yourself.
If you have any difficulties or questions when installing and/or using this software, carefully learn the documentation on the official website of the developer, read about typical problems and how to solve them or contact Jenkins support.
Jenkins is a widely used open-source automation server, primarily designed for continuous integration and continuous delivery (CI/CD).
Jenkins server is a standalone, open-source automation server written in Java. Its primary purpose is continuous integration (CI) and continuous delivery (CD). Jenkins server essentially acts as a central hub that automates stages of the software development lifecycle. It operates on a master-agent principle, with the master managing tasks and distributing them to slave machines (agents), enabling scalable build, testing, and deployment processes.
One of Jenkins' key advantages is its extensibility through plugins. Jenkins mcp server may also be mentioned in this context-a specialized server or configuration that uses the Model Context Protocol (MCP) for integration with artificial intelligence systems and language models. This Jenkins server enables automation of more complex tasks, such as code generation, semantic analysis, or intelligent testing, making the CI/CD process even more intelligent and adaptive. Thus, Jenkins automates not only routine builds but also complex workflows, interacting with modern AI tools.
One of the primary tasks Jenkins Server addresses is the complete automation of continuous integration and delivery (CI/CD) processes. It continuously monitors changes in code repositories, automatically triggering the build, testing, and deployment of applications, ensuring high speed and stable release of new software versions.
For modern architectures based on microservices and containers, Jenkins enables the construction of complex and flexible DevOps processes. Using pipelines defined in code, you can organize the coordinated deployment of multiple independent components, manage their build into Docker images, and orchestrate them via Kubernetes, making it ideal for scalable applications.
Jenkins significantly improves code quality by organizing comprehensive automated testing across diverse environments. It can dynamically allocate agents to run tests on different operating systems, browser versions, or configurations, ensuring that the application is functioning correctly under conditions as close to real-world conditions as possible.
With a powerful plugin ecosystem, Jenkins Server becomes the central tool for deploying infrastructure as code (IaC). It integrates with tools like Terraform, Ansible, and AWS CloudFormation, allowing you to automatically provision and configure the necessary servers, networks, and other resources as part of the overall application delivery pipeline.
Jenkins server is highly cross-platform, running on any operating system where a Java Virtual Machine (JVM) is available. This includes Windows, various Linux distributions (Ubuntu, CentOS, RHEL), as well as macOS and even UNIX systems, providing deployment flexibility in heterogeneous environments.
The Jenkins community offers two main release types: long-term supported releases (LTS) and weekly updates. LTS releases are considered the most stable and recommended for production use, while weekly builds provide access to the latest features and fixes, which is especially important for testing new capabilities, such as integration with the Jenkins mcp server.
The performance and responsiveness of a hosted Jenkins server directly depend on proper resource allocation. For efficient operation, we recommend allocating at least 4 GB of RAM, 2+ CPU cores, and using high-speed SSD drives for storing workspaces and logs, which significantly speeds up builds and I/O operations.
Many providers offering Jenkins cloud hosting ship servers with a pre-installed set of popular plugins (e.g., for integration with Git, Docker, and Kubernetes) and pre-configured security settings. This allows you to get started quickly without having to manually configure basic functionality and ensures best practices are followed out of the box.
When choosing a Jenkins cloud hosting solution, users often face the choice between a virtual private server (VPS) and a dedicated Jenkins server. VPS plans, while more affordable, offer resource sharing with other clients and are suitable for medium workloads, while dedicated servers provide maximum performance, security, and control through complete isolation of hardware resources, which is critical for large enterprise projects.
Large companies with complex and specific infrastructure and workflow requirements can count on customized billing terms. This approach allows for cost optimization for a deployed hosted Jenkins server environment, taking into account factors such as the number of concurrent builds, artifact storage capacity, the need for dedicated agents, or integration with specialized systems such as Jenkins MCP Server.
Jenkins cloud hosting providers often offer a number of useful options for an additional fee:
For small teams getting started with CI/CD, the optimal solution is a hosted Jenkins server with at least 2 CPU cores and 4 GB of RAM. This capacity is sufficient for running multiple build and testing tasks in parallel for typical web applications or microservices.
This resource is sufficient for running basic plugins and the version control system. To ensure stable build speed, we recommend using an SSD with at least 50 GB of storage. This Jenkins server will provide a reliable foundation for automating development processes.
Large projects with intensive continuous integration workloads require dedicated servers with significant resources. The recommended configuration includes multi-core processors (8+ cores), 16+ GB of RAM, and high-speed NVMe drives.
This powerful Jenkins cloud hosting easily handles parallel builds of dozens of projects, running large test suites, and working with containers. This ensures minimal pipeline execution time even under high load, maintaining the development team's efficiency.
Each deployed Jenkins server is assigned a unique public IP address, ensuring the availability of the web interface and the ability to integrate with external systems. This is necessary for receiving webhooks from code repositories and interacting with agents.
Administrative access to the server is provided via SSH using key-based authentication, ensuring a high level of security. By default, a port is open for the web interface, but additional ports can be configured for specific tasks if needed.
Specialized configurations, such as the Jenkins mcp server, may require opening additional ports to interact with AI models and external APIs. HOSTKEY provides flexible firewall settings for secure network access control.
The Jenkins ecosystem boasts thousands of plugins that significantly expand its core functionality. HOSTKEY guarantees full compatibility of its Jenkins cloud hosting with key plugins for integration with Git, Docker, and Kubernetes, as well as monitoring and notification tools.
For advanced automation scenarios, including working with the Jenkins mcp server for integrating AI models, we provide support for the necessary dependencies and a stable runtime environment. HOSTKEY specialists are ready to provide consulting support for setting up complex integrations.
We recommend using the stable version of Jenkins LTS for your Jenkins server in production environments, as it undergoes extensive testing and receives guaranteed security updates, ensuring reliability and predictability for critical business processes.
For teams that require access to the latest features and improvements, we provide the ability to quickly deploy weekly Jenkins builds to our Jenkins cloud hosting environment, allowing them to test the latest functionality before it reaches stable releases.
Our hosted Jenkins server platform supports advanced configurations, including deploying and configuring Jenkins mcp server for integration with AI systems and language models, opening up opportunities to automate complex cognitive tasks in your pipelines.
HOSTKEY offers global hosting of your Jenkins server in modern Tier III data centers located in the Netherlands, USA, Germany, and other countries, providing optimal geographic coverage for international projects.
With strategically located data centers in Europe and North America, our Jenkins cloud hosting ensures minimal latency for distributed DevOps teams, accelerating builds and improving collaboration between developers.
We guarantee rapid deployment of a hosted Jenkins server within hours across all regions, allowing your team to start working on a project without delays and quickly scale your infrastructure as needed.
For production environments, we provide a service level agreement (SLA) with a 99.982% availability guarantee, ensuring maximum reliability for your Jenkins server and business continuity.
Every Jenkins server deployed with us is protected by a multi-layered Always-on DDoS protection system that automatically detects and mitigates distributed denial-of-service attacks, ensuring the uninterrupted availability of your CI/CD processes.
We ensure regular and automatic application of security patches for the operating system and underlying components of your Jenkins hosting, significantly mitigating the risks associated with software vulnerabilities and keeping your infrastructure up-to-date.
All data on disks, including workspaces, configurations, and build artifacts, is stored encrypted. For specialized solutions, such as the Jenkins MCP Server, we also offer an encrypted backup option for additional protection of confidential information.
The Jenkins server itself implements a flexible role-based access system (Role-Based Strategy), allowing you to fine-tune user permissions-from simple viewing to full administration-ensuring the principle of least privilege is followed within your team.
Free consultation for migrating from GitLab CI, CircleCI, etc.
Our specialists offer a free consultation on migration from other CI/CD platforms, such as GitLab CI or CircleCI, helping develop the optimal migration strategy to our Jenkins cloud hosting, taking into account the specifics of your existing processes and requirements.
Import Jenkins jobs and configurations
Before deploying your production environment, we conduct a thorough compatibility check of all your plugins to ensure stable operation of your new Jenkins server and avoid potential conflicts after migration.
We provide comprehensive launch support, including testing all pipelines on a test copy of your Jenkins server before going live, as well as direct support on the day of the "go-live" to ensure a smooth transition.