Vivo Game Open Platform MCP. Manage logins, payments, and player data across the Vivo ecosystem.
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Vivo Game Open Platform MCP Server manages the entire lifecycle of game distribution on Vivo devices. It lets your AI client validate user logins, query payment order status, and report player progress directly through structured tools.
Use it to automate backend operations for mobile and mini-games within the official Vivo ecosystem.
What your AI agents can do
Get app config
Retrieves the current application configuration settings from the Vivo developer platform.
Get server time
Synchronizes and retrieves the official server time used by the Vivo platform.
Get user info
Retrieves basic profile data details for a specific user account within the Vivo system.
Validates a user's login token and retrieves their unique openid identifier from the Vivo account service.
Checks the current status of a specific payment order ID, confirming if the transaction succeeded or failed.
Submits player progress, high scores, and level data directly to the Vivo Game Center rankings for tracking.
Updates core character or role information, including names, current levels, and assigned game servers.
Retrieves the current application configuration settings from the developer console for reference.
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Vivo Game Open Platform: 9 Tools for Game Ops & Payments
These tools allow your AI client to interact with the core backend services of a game distributed via the Vivo platform, covering everything from payments to user identity.
019d8499get app config
Retrieves the current application configuration settings from the Vivo developer platform.
019d8499get server time
Synchronizes and retrieves the official server time used by the Vivo platform.
019d8499get user info
Retrieves basic profile data details for a specific user account within the Vivo system.
019d8499list game servers
Queries and returns a list of all active game servers configured for your project.
019d8499list items
Retrieves an inventory list detailing all available virtual items for use in the app.
019d8499query order
Checks and reports the real-time status of a specific payment order ID submitted to Vivo.
019d8499report game data
Submits player progress, high scores, and level achievements directly to the Vivo Game Center ranking system.
019d8499report role info
Sends updated character or role information, such as names and levels, back to the game backend.
019d8499validate login
Verifies if a user login token provided by the Vivo SDK is valid for an active session.
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What you can do with this MCP connector
This MCP Server gives your AI client full control over the Vivo Game Open Platform, letting you manage everything from user identity validation to complex player data reporting. You'll use these tools for server-side operations—it’s how you automate backend functions for mobile and mini-games within the official Vivo ecosystem.
When you need to verify a user's presence, you start by calling validate_login to check if their provided token is good for an active session. If that passes, you can pull basic profile details using get_user_info, which returns the unique openid identifier associated with the Vivo account service.
To handle transactions, you gotta keep tabs on payments. You run query_order to get a real-time status report for any specific payment order ID submitted through Vivo—you'll know immediately if the transaction succeeded or failed. Before that, you can check what virtual items are available in the app’s inventory by calling list_items.
For managing the game state itself, you use several tools. To track player progression, you submit high scores and level achievements directly to the Vivo Game Center ranking system with report_game_data. You also update core character details—like names or levels—by sending that information back to the game backend using report_role_info.
Before any of this runs, you might need general context. You can get all current application configuration settings from the developer console via get_app_config, and if time synchronization is key, running get_server_time provides the official Vivo platform server clock. Finally, for infrastructure checks, you run list_game_servers to query and see a list of every active game server configured for your project.
How Vivo Game Open Platform MCP Works
- 1 First, you must subscribe to the server and obtain your
AppID,AppKey, andAppSecretfrom the Vivo Developer Console. - 2 Next, pass these credentials into the MCP client fields. Your agent uses them to authenticate with Vivo's backend APIs.
- 3 The system then executes the requested tool (e.g.,
query_order) against your specific game project within the Vivo ecosystem.
The bottom line is, it lets your AI agent act as a unified API client for all core functions of your Vivo-distributed mobile game.
Who Is Vivo Game Open Platform MCP For?
This platform is essential for Mobile Game Developers and Backend Engineers who manage live services in the Vivo ecosystem. If you're an Ops Specialist who spends half a day manually checking payment logs or updating player stats across multiple dashboards, this saves your job. You need reliable automation to keep the game running smoothly.
Integrates platform features like validate_login and query_order into centralized game management dashboards.
Monitors order statuses using query_order and ensures player ranking integrity by running report_game_data after major updates.
Automates server-side login verification and payment delivery logic for new game features on the Vivo platform.
What Changes When You Connect
- Automated Login Verification: Use
validate_loginto check user tokens instantly. You don't have to wait for a manual callback to confirm if a client token is legitimate before letting them play. - Real-Time Payment Reconciliation: The
query_ordertool lets you check payment status immediately, confirming if the 10 CNY transaction actually succeeded and if virtual item delivery can proceed. - Accurate Player Data Reporting: Instead of updating player records via a manual dashboard, simply run
report_game_datato push scores directly to the Vivo Game Center ranking system. - Streamlined Profile Updates: Need to update a user's character level? Use
report_role_infoinstead of logging into multiple databases and manually changing the record for name or server assignment. - System Health Checks: Quickly check your backend status. Running
list_game_serversgives you an immediate list of active servers, letting you know if a region is down without calling internal network monitoring tools.
Real-World Use Cases
Handling Failed Purchases
A user reports that their 50-coin purchase didn't register. Instead of manually checking the billing system and then logging into the game backend, your agent runs query_order with the transaction ID. The tool returns 'failed,' allowing the engineer to immediately escalate it for manual payment retry.
Onboarding a New Player
A new player logs in via the client SDK. Your agent first runs validate_login on their token; if successful, it calls get_user_info to pull their unique OpenID and profile details. This confirms identity before letting them proceed.
End-of-Day Ranking Sync
The Ops team needs to ensure the top 10 player scores are submitted for daily leaderboard calculation. They run report_game_data, specifying the latest high score and level data, ensuring the Vivo Game Center always has accurate metrics.
Initial Server Check
Before deploying a patch, an engineer needs to confirm which servers are running in production. They run list_game_servers. The tool lists all active IDs and confirms their online status, preventing deployment errors against decommissioned hosts.
The Tradeoffs
Assuming Payment Status
The developer assumes a payment went through because the client displayed a success message. They try to update player stats without checking first.
→
Never assume anything about payments. Always call query_order first with the order ID. If the status isn't 'success,' don't run any data reporting tools; address the payment issue first.
Updating User Info without Context
Trying to send a new role name using report_role_info without knowing if the user exists or what their current server assignment is.
→
Always run get_user_info first. Get the basic profile data and then pass the resulting unique identifiers into your subsequent calls, like report_role_info.
Mixing Authentication & Data Tools
Attempting to report player progress (report_game_data) before verifying the user's token or profile.
→
The sequence matters. Start with validate_login to prove identity, then use that confirmed session context for all subsequent actions like reporting data.
When It Fits, When It Doesn't
Use this MCP Server if your game operates entirely within the Vivo distribution ecosystem and you need to automate critical backend functions (authentication, payments, player stats). This is specialized; don't use it just because you need general API access. If you are building a service for an entirely different platform (e.g., Steam or Google Play), ignore this server. Use it if your primary pain points involve checking payment status (query_order) or submitting structured game statistics (report_game_data). Don't use get_user_info to check general system settings; that's what get_app_config is for. The tools are highly specific to the Vivo workflow.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Vivo Game. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This server provides 9 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Checking a player's status used to mean hopping between three dashboards.
Today, checking if Player X paid for virtual items involves logging into the billing portal to check the order ID. Then you jump to the game analytics dashboard just to see their profile data. Finally, if it all looks right, an engineer manually updates a record in the role management console. It's slow, requires multiple logins, and one missed tab breaks the whole thing.
With this MCP server, your agent handles that entire sequence in one go. You ask for Player X’s status; the system runs `query_order` on payment, then confirms identity with `validate_login`, and reports the outcome—all without you lifting a finger.
The `report_game_data` tool lets you push player progress instantly.
Manually logging high scores or updating character levels used to mean an Ops team member had to export data from a spreadsheet, clean it up, and then use a separate internal API endpoint to submit the changes. This was error-prone, especially when dealing with concurrent updates.
Now you just tell your agent the new score and level. It runs `report_game_data` instantly, submitting structured player progress directly into the Vivo Game Center rankings. The data moves immediately and reliably.
Common Questions About Vivo Game Open Platform MCP
How do I check payment status using query_order? +
You must provide the specific order ID to query_order. This tool returns the transaction's current state, telling you if the funds passed through and if virtual items are ready for delivery.
What is the difference between get_user_info and validate_login? +
validate_login checks if a user token is currently valid. get_user_info uses that confirmed identity to pull specific, non-token profile data like their OpenID or name.
Can I update player roles with report_role_info? +
Yes. You use report_role_info to submit updates for character names, levels, and server assignments directly to the game backend.
Which tool do I use to find out if a user is actually logged in? +
Use the validate_login tool. It takes a token from the Vivo SDK and confirms its legitimacy, which is the first step before fetching any other data.
When calling `list_game_servers`, what minimum scope or permissions do I need in the Vivo console? +
You must have at least read access to Game Management within your project. This tool queries the list of active servers for your specific AppID and requires basic developer authentication credentials to run successfully.
How does `report_game_data` handle duplicate scores or out-of-sequence progress updates? +
The system accepts a timestamp parameter with every report. It prioritizes the data entry that has the newest timestamp, ensuring older records can't overwrite fresh player achievements or scores.
Why should I always call `get_server_time` before running critical transactions? +
Using get_server_time syncs your client's clock to the official Vivo platform time zone. This prevents transaction failures or inaccurate logging when you run payments or submit player data.
What parameters must I pass to `list_items` if I only want to check for specific types of virtual goods? +
You can filter the results by passing a category ID or item type code in the required parameters. This narrows down the returned list and prevents unnecessary data retrieval across all inventory.
How do I validate a Vivo login token from my backend? +
Use the validate_login tool with the user's token provided by the Vivo SDK. The agent will connect to the Vivo verification server and return the openid if the session is legitimate.
Can I automatically query the status of a specific order? +
Yes! Use the query_order tool with your CP Order ID. Your agent will retrieve the payment status, amount, and internal transaction reference directly from the Vivo gateway.
How do I report character role information to the platform? +
Use the report_role_info tool with a JSON string containing the character details (name, level, server). This is essential for compliance and social features within the Vivo ecosystem.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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