Alternatives to Randovania

Ocarina of Time Randomizer

It suits Ocarina of Time players who want configurable randomized playthroughs, including mobile users who meet the listed device requirements.

Wind Waker Randomizer

It suits players who want a configurable, nonlinear Wind Waker playthrough and can provide the required North American GameCube ISO and a way to play GameCube games.

Archipelago

It suits players who want randomized multi-game sessions, whether playing together or asynchronously, as well as people generating supported games for solo play.

BioRand suits Windows PC players seeking heavily customized Resident Evil replays.

It suits Dark Souls Remastered players seeking configurable multiworld randomization, shared item pools, and selectable completion goals.

MultiworldGG

It suits groups who want to combine supported games in a shared randomized session, as well as solo players generating supported games.

It suits players who want to vary or customize the original US NES Final Fantasy experience.

It suits Final Fantasy IV players interested in randomized open-world runs, including race participants.

DK64 Randomizer

It suits Donkey Kong 64 players who want configurable randomized playthroughs and can use the required NTSC-U ROM.

It suits Hollow Knight Randomizer 4.0 players who want cooperative multiworld sessions, local hosting, and per-player randomizer control on Windows.

It suits Hollow Knight players on patch 1.5 or later who want extensive control over item and transition randomization.

This is for Wind Waker HD players who want shuffled item locations and gameplay changes, and can use a supported USA game version.

FVX suits players who want to customize randomizations in supported vanilla Pokémon games, including repeatable setups for races.

It suits Pokémon game-file randomization on supported desktop systems, including users customizing 3DS titles.

It suits players seeking customizable Super Metroid and A Link to the Past randomizer runs, including multiworld sessions and logic-based item placement.