gamer building #6420063
Description
"Red Warfare" is an immersive and spine-chilling single-player Roblox horror game that plunges players into a dark and foreboding world filled with suspense and terror. Set in a post-apocalyptic environment, the game takes place in a desolate war-torn city that was once thriving with life and prosperity. As the protagonist, you awaken in the midst of the chaos, discovering that the city has been overrun by mysterious and malevolent forces. Armed with only your wits and limited resources, you must navigate through the eerie and blood-soaked streets, unraveling the dark secrets that have consumed the city. The atmospheric gameplay of "Red Warfare" intensifies the feeling of isolation and vulnerability as you encounter grotesque and nightmarish creatures lurking in the shadows. Each step forward brings you closer to uncovering the truth behind the city's downfall, but also exposes you to greater dangers and heart-pounding encounters. The game features a rich storyline that gradually un
Written by the group; not a statement by this register.
Membership history
Growth
Growth history is still building. We hold one measurement for this entry. A trend needs at least two, taken days apart — so this will fill in on its own rather than being estimated. We do not publish numbers we have not measured.
| Measured (UTC) | Members | Change |
|---|---|---|
| 28 Aug 2026, 07:08 | 11 | first reading |
Ownership
Owned by user #658913788 as measured.
Members we’ve seen
Alan (@Imajetsfan30) — player (rank 1)
A sample — only members this register has independently measured, highest rank first. Not the full roster.
Rank structure
Roles and per-rank member counts as Roblox reports them (rank 0 = guest … 255 = owner).
Related groups
Groups whose measured members overlap with this one — a sample from our membership graph.
Open data
Download this group’s measured record — free to reuse with attribution: membership history (CSV) · full record (JSON)
Each file carries its licence and retrieval time inside it, and is generated from the same measurements shown above.