What are the main features and advantages of Jetbrains TeamCity Cloud?
Managed CI – Runs full-featured pipelines without server maintenance overhead.
Build Automation – Automates builds, tests, and deployments with clarity.
Failure Insight – Surfaces build problems quickly for faster fixes.
Cloud Scaling – Supports flexible agent growth for changing workloads.
Pipeline Control – Handles complex workflows with strong configuration options.
Development Agility – Supports long-term delivery speed and stable release workflows.
Managed CI/CD – JetBrains hosts server and build infrastructure.
Build chains – Links dependent jobs into clear delivery pipelines.
Kotlin DSL – Stores pipeline settings as versioned code.
Cloud agents – Starts agents on demand for workload spikes.
Status publishing – Sends build results to major Git platforms.
Performance Metric – Supports parallel test splitting, cloud agents, and containerized workflows.
Jetbrains TeamCity Cloud is a managed CI/CD platform for teams that want structured pipelines without running and maintaining their own TeamCity server. It combines hosted administration, code-based configuration, and scalable cloud execution for modern build and delivery workflows.
Less maintenance – JetBrains handles server updates and administration.
Faster setup – Starts CI/CD without self-hosting infrastructure.
Clear pipelines – Visualizes dependencies and delivery flow cleanly.
Scalable builds – Expands capacity with on-demand cloud agents.
Code-based config – Keeps pipeline settings versioned in VCS.
Better feedback – Publishes build status to supported repositories.
It automates builds, tests, and delivery steps in a hosted CI/CD environment.
Runs builds after repository changes.
Executes tests and quality checks automatically.
Links dependent jobs through build chains.
Publishes commit and pull request statuses.
Moves build artifacts between pipeline stages.
TeamCity Cloud is usually easier to operate for teams that want a managed and more integrated CI/CD experience, while Jenkins offers broader plugin freedom and deeper self-managed customization.
TeamCity Cloud reduces server maintenance overhead.
Jenkins offers wider plugin variety and custom workflows.
TeamCity Cloud is more polished out of the box.
Jenkins often needs more hands-on care and tuning.
TeamCity Cloud is often stronger for teams needing structured cross-project pipelines and hosted agent control, while GitHub Actions is usually simpler for repository-local automation inside GitHub.
TeamCity Cloud handles complex build chains very well.
GitHub Actions is convenient for GitHub-native workflows.
TeamCity Cloud fits mixed tooling and larger pipelines better.
GitHub Actions is usually lighter for smaller projects.
Yes, TeamCity Cloud supports storing project settings in version control with Kotlin DSL or XML.
Lets teams review CI changes like source code.
Supports branch-specific project settings.
Keeps build logic easier to reuse and standardize.
Allows teams to balance UI editing and VCS control.
Yes, it can split test execution across multiple build agents to shorten pipeline duration.
Automatically divides tests into separate batches.
Runs batches on multiple agents in parallel.
Works best with independent test suites.
Improves throughput when enough agents are available.
Yes, it supports container-based builds and Kubernetes-backed execution scenarios.
Works with Docker-based build workflows.
Supports cloud-hosted agents for elastic execution.
Can integrate with Kubernetes-based build environments.
Fits teams standardizing on containerized CI/CD.
It removes server administration work, but it allows less low-level customization than self-hosted TeamCity.
Does not allow third-party plugin installation like on-premises setups.
Is not a backup or bare-metal recovery product.
Complex pipelines still require careful project design.
Some advanced administration scenarios remain stronger on self-hosted deployments.
"The hosted setup let us start using TeamCity without spending time on server maintenance."
"The build chain view makes complicated delivery pipelines much easier to follow."
"Kotlin DSL gave us a cleaner way to keep CI settings in version control."
"Parallel test execution across agents noticeably reduced our overall build time."
"It feels more polished out of the box than the plugin-heavy CI setups we used before."
Instant delivery - Product keys and downloads available within minutes.
Activation guarantee - If activation fails, you receive a new key.
Download included - Secure official download link always provided after purchase.
Easy installation - Clear step-by-step instructions guide you through setup.
Genuine licenses - Product keys from audited, legally compliant distribution channels.
Multilingual support - Help in seven languages via chat, email, phone.
Easy exchanges - Problematic keys replaced quickly, without unnecessary bureaucracy.
Transparent pricing - No hidden fees. Fair prices and price plans to get even better prices.
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| Operating Systems | Windows 11: Home / Pro / Education / Enterprise Windows 10: Home / Pro / Education / Enterprise Windows 7: Starter / Home Basic / Home Premium / Professional / Ultimate / Enterprise Windows Server 2022: Standard / Datacenter Windows Server 2019: Essentials / Standard / Datacenter Windows Server 2016: Essentials / Standard / Datacenter Windows Server 2016 Server Core Windows Server 2012: Essentials / Standard / Datacenter Windows Server 2008: Standard / Enterprise / Datacenter Windows Server 2003: Standard / Enterprise / Datacenter |
| Processor | Additional CPU time for the TeamCity Agent is minimal compared with the build process. JetBrains-hosted Windows Server 2022 agents provide 2, 4, 8, or 16 vCPU. |
| Memory RAM | About 500 MB additional RAM for the self-hosted TeamCity Agent software. JetBrains-hosted Windows Server 2022 agents provide 8 GB to 32 GB RAM. |
| Hard Disk | Self-hosted agent disk space depends on build usage, including source checkout, downloaded artifacts, temporary files, and build output. JetBrains-hosted Windows Server 2022 agents provide 100 GB to 400 GB SSD for running builds and 100 GB root EBS volume. |
| Display | Standard display compatible with the respective operating system |
| Special Features | TeamCity Cloud web interface support through modern browsers including Google Chrome, Mozilla Firefox, Microsoft Edge, Opera, and Safari under macOS. JetBrains-hosted and self-hosted build agent support. Automatic build agent upgrade after server upgrade. Agent terminal access from TeamCity UI for Linux, Windows, and macOS agents. Unidirectional agent-to-server communication over HTTP or HTTPS polling. No inbound port requirement for normal self-hosted agent communication. Optional localhost port 9090 for older build steps and plugins that share data locally. Git, Subversion, Perforce, Azure DevOps, and Mercurial version control support. GitHub, GitLab, Bitbucket, Azure DevOps Services, and JetBrains Space hosting integrations. Ant, Maven, Gradle, .NET, MSBuild, NuGet, Python, Rake, PowerShell, and command-line build runner support. JUnit, NUnit, TestNG, MSTest, VSTest, and MSpec testing framework support. Remote run and pre-tested commit support through supported IDE integrations. |
| Note | Requires Java SE JRE on machines running self-hosted agents. Supports OpenJDK and Oracle Java 11 to 21 for the agent itself. Builds can use other Java versions installed on the agent machine. Windows 8.1 support is not listed in the current official TeamCity Cloud supported platform table. Windows 7 is listed as tested, but Windows 7 SP1 is not separately specified. Windows user permissions are required to start and stop services, debug programs, reboot the machine, run as a Windows service when used as a service, and use Performance Monitor features. Microsoft .NET Framework, Mono, Visual Studio, NuGet, Team Explorer, or other tools may be required depending on selected build runners and integrations. |
| Operating Systems | macOS Tahoe 26 macOS Sequoia 15 macOS Sonoma 14 macOS Ventura 13 macOS Monterey 12 macOS Big Sur 11 |
| Processor | Additional CPU time for the TeamCity Agent is minimal compared with the build process. JetBrains-hosted macOS agent provides 4 Apple M2 vCPU. |
| Memory RAM | About 500 MB additional RAM for the self-hosted TeamCity Agent software. JetBrains-hosted macOS agent provides 10 GB RAM. |
| Hard Disk | Self-hosted agent disk space depends on build usage, including source checkout, downloaded artifacts, temporary files, and build output. JetBrains-hosted macOS agent provides 150 GB storage for preinstalled software and running builds. |
| Display | Standard display compatible with the respective operating system |
| Special Features | TeamCity Cloud web interface support through modern browsers including Google Chrome, Mozilla Firefox, Microsoft Edge, Opera, and Safari under macOS. JetBrains-hosted and self-hosted build agent support. Automatic build agent upgrade after server upgrade. Agent terminal access from TeamCity UI for Linux, Windows, and macOS agents. Unidirectional agent-to-server communication over HTTP or HTTPS polling. No inbound port requirement for normal self-hosted agent communication. Optional localhost port 9090 for older build steps and plugins that share data locally. Git, Subversion, Perforce, Azure DevOps, and Mercurial version control support. GitHub, GitLab, Bitbucket, Azure DevOps Services, and JetBrains Space hosting integrations. Ant, Maven, Gradle, .NET, NuGet, Python, Rake, PowerShell, Xcode, and command-line build runner support. JUnit, NUnit, TestNG, MSTest, VSTest, and MSpec testing framework support. Remote run and pre-tested commit support through supported IDE integrations. Apple platform builds can use macOS agents with Xcode installed. |
| Note | Requires Java SE JRE on machines running self-hosted agents. Supports OpenJDK and Oracle Java 11 to 21 for the agent itself. Builds can use other Java versions installed on the agent machine. JetBrains lists macOS as a tested TeamCity Agent platform but does not publish a version-by-version macOS support table. Mono, NuGet CLI, Xcode, or other tools may be required depending on selected build runners and integrations. |
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