The strongest public modular Unreal Engine framework available at this scaleMost studios keep tools like this internal. Hyper makes a serious technical foundation available to solo developers, indies, and teams.

Built from 75,000+ hours of Unreal Engine workSystem design, Blueprint architecture, multiplayer patterns, documentation, testing, integration, iteration, and real production problem-solving.

Systems designed to work togetherInventory, crafting, equipment, interaction, UI, combat, attributes, multiplayer, AI, quests, dialogue, maps, progression, survival systems, environment tools, performance helpers, and more can all live inside one larger ecosystem.

Working systems with sourceHyper gives you functional systems, a modular structure and documentation, with source you can extend for your own game.

Architecture you can extendHyper is built around scalable architecture: gameplay tags, structured data, child Blueprints, clean overrides, reusable components, and clear project boundaries.

Start fast, grow cleanlyBuild on the included systems, replace visuals, adjust data, create child Blueprints and connect features without rebuilding the same foundation from scratch.

Want to learn more about the Hyper ecosystem, architecture philosophy, workflows, and developer behind it? Read more here and get started (https://gamesbyhyper.com/docs/getting-started/start-here/).

This module is provided as a full project because it includes Gameplay Tags, collision settings, config settings and other project-level dependencies.

Use our free Integration Tool (https://gamesbyhyper.com/product/integration-tool/) to prepare the integration. It combines compatible Hyper projects and handles migration and the required project settings. Use matching Unreal Engine versions and compatible Hyper releases.

Your own character, GameMode or custom systems may still need to be connected. The Integration Tool walkthrough (https://gamesbyhyper.com/docs/getting-started/use-the-automatic-integration-tool/) explains the setup and what to check in the generated project.

No. You can use your own systems.

Hyper modules are designed around interfaces, abstract classes, shared contracts and dynamic dispatch, so features are not tied to one specific implementation.

If a module demonstrates integration with our Inventory, Equipment, Interaction, Movement, NPC or another Hyper system, you can:

Use the included Hyper implementation.

Replace it with your own system.

Use our implementation as a reference for your own integration.

The supplied integration shows how the module connects to the rest of a game. You can connect your own implementation through the same interface, abstract class or integration point.

For example, Attribute Manager may demonstrate Equipment modifying attributes. That does not mean you must purchase our Equipment System. You can follow the same integration pattern with your own equipment system.

The module includes working gameplay and its integration points. Build on the supplied setup or connect your own systems where you want different behavior.

See how to adapt a module (https://gamesbyhyper.com/docs/getting-started/customize-modules/) and how the shared data and abstract classes work (https://gamesbyhyper.com/docs/project-foundations/datamanagement/).

Keep your own Blueprints, UI and data in your project's folder, for example Content/MyProject. Use child Blueprints or replacement components for your custom logic where possible.

That keeps your changes separate when you update Hyper. If you edit the original framework files directly, you will need to merge those edits when updating. The folder structure guide (https://gamesbyhyper.com/docs/project-foundations/folder-structure/) explains where everything belongs.

Starter is a smaller survival foundation for learning, prototyping and lighter projects. It uses the same modular architecture as the larger MST editions.

Yes. Upgrades from Starter to Plus or Pro are available. After purchasing the appropriate upgrade, submit the tier-upgrade request (https://gamesbyhyper.com/request-tier-upgrade/) so we can process it.

For working with our larger projects in Unreal Editor, we recommend 64 GB RAM, a recent-generation CPU, a fast SSD with ample free space and a capable NVIDIA GeForce RTX 30, 40 or 50 series graphics card. GPU performance tier and available VRAM matter as well as the generation.

This is our development recommendation for large projects. Requirements for your packaged game depend on its content, resolution, graphics settings and target platform. Smaller maps and individual Hyper modules can have much lighter requirements.

Hyper's gameplay systems are designed for efficient execution with low overhead. The complete world still determines the workload: scene complexity, textures, dynamic lighting and shadows, weather effects, loaded World Partition regions and the number of active AI characters all affect performance. Large AI populations and busy multiplayer scenes also need CPU and networking budgets.

A large world running in Unreal Editor can be demanding even when the gameplay code is efficient. Measure a packaged build on your target hardware after startup preparation has finished. Editor frame rates and first-launch compilation are not representative of steady gameplay, and we do not promise a fixed frame rate for every project or computer.

The supplied meshes, textures, animations and other source content take storage space. Unreal also needs room for derived-data caches, build files and packaged output, so allow more free SSD space than the download size alone.

On first launch, Unreal may compile shaders, generate derived asset data and compile project or plugin code when required. Loading a large map adds more work. Give that preparation time to finish before judging performance. Later launches can reuse cached data, although engine, content or configuration changes can require new preparation.

Hyper is a modular Unreal Engine ecosystem built around systems that work together. Our development team designed and built its core framework and gameplay architecture, with 75,000+ hours invested across the wider ecosystem in development, integration, multiplayer, testing and documentation.

AI can help generate individual features. It does not automatically deliver a complete, tested framework: shared data, system interactions, networking and long-term compatibility still require engineering. Those connections are a central part of what you get with Hyper, the market leader in publicly available modular Unreal Engine frameworks.

Hyper is especially valuable for AI-assisted development. Its shared architecture, consistent interfaces and editable source give an assistant a coherent project to understand and extend. The same patterns run across the systems, so work on one feature can build on the structure already used elsewhere. You spend your effort on your game instead of asking AI to recreate the framework and its integrations.

Our free Hyper AI Integration Studio (https://www.fab.com/listings/c4fc382a-bd96-406b-8d77-5646821bced5) helps AI assistants inspect your Unreal project, gather information and investigate how systems work. It is useful for debugging and project understanding, and is an optional separate download.

A small amount of replaceable example art, such as icons and meshes, was created with AI. We also create art ourselves, commission artists and use CC0 libraries. This example art is separate from the human-built core framework.

Yes. Hyper is MetaHuman compatible through its visual override workflow. You can use your own character appearance while retaining the connected gameplay character.

Assign your MetaHuman or custom character assets, set up the animation Blueprint and configure retargeting or Copy Pose From Mesh for your skeleton. MetaHumans also need their Epic-provided setup logic. Follow the character and MetaHuman visual override guide (https://gamesbyhyper.com/docs/getting-started/set-up-your-own-character/) for the steps and reference setup.

For new Hyper framework projects, we recommend V5 on Unreal Engine 5.8. The framework generations correspond to these engine versions:

V5: Unreal Engine 5.8.

V4: Download under Unreal Engine 5.7. V4 projects also work on Unreal Engine 5.8 after switching the project version. C++ plugins must be compiled for UE 5.8.

V3: Unreal Engine 5.5 and 5.6.

V2: earlier Unreal Engine 5 releases, through 5.4.

V1: Unreal Engine 4.

This is the framework's version history. Check the supported releases for the products you intend to use; newer products may not have older generations, and independent plugins have their own compatibility requirements. When combining systems, use matching Unreal Engine versions and compatible Hyper releases. Follow the integration guide (https://gamesbyhyper.com/docs/getting-started/use-the-automatic-integration-tool/) for setup.

Start with the getting-started guide (https://gamesbyhyper.com/docs/getting-started/start-here/), then use the documentation hub (https://gamesbyhyper.com/docs/) to find setup instructions and examples for your systems. For product questions and the developer community, join the Games by Hyper Discord (https://discord.gg/hn34bpzVvy).