Equip native Unreal Mass entities with custom attributes, tags, effects, abilities, damage, targeting, and projectiles - from Blueprint or C++ - without surrendering control of your simulation.
Unreal Mass handles data-oriented populations. Mass Forge gives those entities a shared combat vocabulary: Health, resources, effects, abilities, targeting, projectiles, death, saved state, and diagnostics. The entities and processors remain native Mass; the plugin adds the gameplay rules around them.
The included Battle Simulator is one inspectable consumer of the public API: the armies use Mass Forge attributes, targeting, damage, healing, effects, projectiles, and outcome state while the example owns its formations, pacing, presentation, and rules.
Spawn one entity from a Blueprint encounter, arrange thousands through a C++ population system, or process a bounded working set from a much larger allocation. Each path uses the same attributes, damage definitions, effects, abilities, targeting policies, and projectile rules.
| Mass Forge equips and operates | Your project remains free to define |
|---|---|
| Attributes, derived values, regeneration, tags, effects, abilities, damage, targeting, projectiles, death requests, state snapshots, and inspection | Spawn logic, pooling, wave composition, AI decisions, navigation, movement, factions, representation, animation, UI, progression, balance, victory, and defeat |
The included examples are inspectable consumers of the plugin, not mandatory architecture. Copy their patterns, replace them, or connect Mass Forge to an existing simulation.
Initial-release scope
Mass Forge's supported initial release is single-player. Multiplayer research remains preserved for post-v1 development but is not part of the advertised workflow, public example catalogue, or support promise.
