Because the base game relies heavily on user-generated content (UGC) to expand its roster, these cards are the primary way players customize their sandbox experience. The Importance of "Verified" Status
: PNG files that must be placed in the Cards/Clothes folder to appear in-game. Where to Find Them
Anyone in the community can use the Blender Viva Model exporter addon to package a custom model into a card. However, unverified cards sourced from external links or random file shares frequently cause game-breaking issues.
[OpenViva Game Folder] │ └─── Cards/ ├─── Characters/ <-- Move .viva3d / Extract Card Zips here ├─── Skins/ <-- Move Skin PNG files here └─── Clothes/ <-- Move Clothing PNG files here 1. Installing Character Cards Locate your main game directory containing viva.exe . Find or create a folder named Cards .
As the game’s community has expanded, the demand for custom character skins, logic patterns, and behaviors has spiked. This has made a highly sought-after commodity.
: If the download is a .zip , extract it first.
This concept borrows heavily from community standards found in other modding ecosystems (such as the Piñata Vision community, where cards require verification by multiple volunteers). In the context of VIVA, a verified card meets several key criteria:
are official, player-made assets that have been vetted and approved by site moderators for safety, proper 3D alignment, and instant use within the OpenViva game engine. Originally created by developer sgthale (Sir Hal) under the name Shinobu Project , Viva Project is an advanced, anime-style AI interaction simulator compatible with both desktop PCs and Virtual Reality (VR) setups. Following the game's open-source pivot to OpenViva , the use of specialized 1024x1536 PNG files—known as character cards —has become the standard method for injecting completely custom Waifus, outfits, and skins into the simulation. Because downloading loose files from random internet forums carries security and bug risks, utilizing officially verified cards protects your PC from corruption while ensuring the characters integrate perfectly with the game’s 200+ inverse kinematics animations. What Makes a Character Card "Verified"?
Character cards are the backbone of customization in Viva Project. In essence, they are modular assets that allow players to import new character models, skins, and animations into the game. The system is designed to be accessible: you can download pre-made characters shared by others or create your own using 3D modeling tools like Blender.
In the context of the VR-compatible game (also known as OpenViva), "verified character cards" are community-created assets that have been officially reviewed and approved for use within the game's ecosystem. What are Character Cards?
: Usually consist of two distinct images or files (the character and a skin card).
Viva Project Character Cards Verified Jun 2026
Because the base game relies heavily on user-generated content (UGC) to expand its roster, these cards are the primary way players customize their sandbox experience. The Importance of "Verified" Status
: PNG files that must be placed in the Cards/Clothes folder to appear in-game. Where to Find Them
Anyone in the community can use the Blender Viva Model exporter addon to package a custom model into a card. However, unverified cards sourced from external links or random file shares frequently cause game-breaking issues. viva project character cards verified
[OpenViva Game Folder] │ └─── Cards/ ├─── Characters/ <-- Move .viva3d / Extract Card Zips here ├─── Skins/ <-- Move Skin PNG files here └─── Clothes/ <-- Move Clothing PNG files here 1. Installing Character Cards Locate your main game directory containing viva.exe . Find or create a folder named Cards .
As the game’s community has expanded, the demand for custom character skins, logic patterns, and behaviors has spiked. This has made a highly sought-after commodity. Because the base game relies heavily on user-generated
: If the download is a .zip , extract it first.
This concept borrows heavily from community standards found in other modding ecosystems (such as the Piñata Vision community, where cards require verification by multiple volunteers). In the context of VIVA, a verified card meets several key criteria: However, unverified cards sourced from external links or
are official, player-made assets that have been vetted and approved by site moderators for safety, proper 3D alignment, and instant use within the OpenViva game engine. Originally created by developer sgthale (Sir Hal) under the name Shinobu Project , Viva Project is an advanced, anime-style AI interaction simulator compatible with both desktop PCs and Virtual Reality (VR) setups. Following the game's open-source pivot to OpenViva , the use of specialized 1024x1536 PNG files—known as character cards —has become the standard method for injecting completely custom Waifus, outfits, and skins into the simulation. Because downloading loose files from random internet forums carries security and bug risks, utilizing officially verified cards protects your PC from corruption while ensuring the characters integrate perfectly with the game’s 200+ inverse kinematics animations. What Makes a Character Card "Verified"?
Character cards are the backbone of customization in Viva Project. In essence, they are modular assets that allow players to import new character models, skins, and animations into the game. The system is designed to be accessible: you can download pre-made characters shared by others or create your own using 3D modeling tools like Blender.
In the context of the VR-compatible game (also known as OpenViva), "verified character cards" are community-created assets that have been officially reviewed and approved for use within the game's ecosystem. What are Character Cards?
: Usually consist of two distinct images or files (the character and a skin card).
This could have to do with the pathing policy as well. The default SATP rule is likely going to be using MRU (most recently used) pathing policy for new devices, which only uses one of the available paths. Ideally they would be using Round Robin, which has an IOPs limit setting. That setting is 1000 by default I believe (would need to double check that), meaning that it sends 1000 IOPs down path 1, then 1000 IOPs down path 2, etc. That’s why the pathing policy could be at play.
To your question, having one path down is causing this logging to occur. Yes, it’s total possible if that path that went down is using MRU or RR with an IOPs limit of 1000, that when it goes down you’ll hit that 16 second HB timeout before nmp switches over to the next path.