Question 1

What is PinGo?

Accepted Answer

PinGo is an AI+DePIN project deployed on the TON network. It is positioned to connect distributed, idle computing power with the computing resources required for AI model development. PINGO is the token name used by its ecosystem and staking page. The project places AI, DePIN, and Decloud within the same approach to organizing resources: AI models require computing power, DePIN is used to organize distributed infrastructure resources, and PinGo seeks to reduce the fragmentation and idleness of computing resources through this approach.

Question 2

What problem does PinGo aim to solve?

Accepted Answer

The core issue PinGo seeks to address is that computing resources are fragmented and may be idle, while building AI models requires stable computing power. Its approach is to aggregate available idle computing power into a resource base that can be organized and used. This definition describes the project’s positioning as a resource service and does not amount to a commitment to any fixed computing price, service capacity, or return level; such specific conditions cannot be inferred from the project overview alone.

Question 3

What does DePIN mean in PinGo?

Accepted Answer

DePIN is short for “decentralized physical infrastructure,” generally referring to the organization, coordination, or use of infrastructure resources through distributed networks. In the context of PinGo, the infrastructure primarily refers to computing resources. Therefore, DePIN is not a separate product function independent of AI: it describes how resources are aggregated and used in a distributed way, while AI is an important demand scenario served by these computing resources.

Question 4

How is PinGo related to AI models?

Accepted Answer

AI models require computing resources during training or operation. PinGo is positioned to provide a computing resource base for such demand by aggregating idle computing power. This also explains why the project mentions both AI and DePIN: the former creates demand for computing, while the latter is a way of organizing distributed resources. Together, they serve the goal of accessing computing power more flexibly.

Question 5

What role does Decloud play in PinGo?

Accepted Answer

Decloud is one of the solutions listed in PinGo’s project overview and, together with AI and DePIN, forms part of its approach to computing resource services. The goal it serves is to organize and use computing resources more effectively. The existing project overview does not disclose an independent technical architecture, fee rules, or user operation steps for Decloud on that page. Therefore, it should not be described as a confirmed specific chain, specific product, or fixed-return mechanism.

Question 6

What does PinGo MiniBot do?

Accepted Answer

PinGo MiniBot is an ecosystem interaction entry point provided by the project. The official overview states that users can participate in ecosystem interactions through the bot, receive airdrop rewards, and obtain the project’s latest updates. Airdrop rewards are one of the functions described for MiniBot; this should not be taken to mean that every user can receive rewards or that reward amounts are fixed. Before using any entry point, users should still verify that it is an official project page and carefully confirm wallet approvals or transaction contents.

Question 7

What functions does the PINGO staking page provide?

Accepted Answer

PinGo’s staking page provides a PINGO staking entry point: after connecting a wallet, users can view staking information related to their address and pending rewards to be claimed. The page shows that PINGO staking and PUNNY reward claiming functions are connected, but the currently available page materials do not provide a fixed reward rate, reward calculation formula, lock-up period, or exit rules. Therefore, the reward functionality shown on the page cannot be understood as a fixed-return commitment.

Question 8

What is the relationship between PUNNY and PINGO staking?

Accepted Answer

PUNNY is the reward token name displayed on PinGo’s staking page. The page links it to PINGO staking and reward-claiming functions, and users can check whether their address has pending rewards after connecting a wallet. This means PUNNY serves as the displayed and claimable staking reward asset on that page; it does not automatically specify an exchange ratio with PINGO, total supply, claiming eligibility, or distribution frequency.

Question 9

What information can be viewed on the staking page?

Accepted Answer

The staking page displays staking-related statistics, including the amount of PINGO staked, the number of participating addresses, and an individual’s pending rewards. The first two types of data reflect the page’s current aggregated status, while individual rewards depend on the connected wallet address. These values change as staking, claiming, and page status are updated. When viewing them, users should distinguish between global statistics and data for their own address, and should not treat page figures at any point in time as permanently fixed results.

Question 10

What should be noted before using PINGO staking?

Accepted Answer

Before using PinGo’s staking function, users should first confirm that they are visiting the project’s official staking page. After connecting a wallet, they should then check each wallet prompt for the approval or transaction counterparty, token amount, and confirmation content. Wallet connection allows the page to identify the address being used and display information related to that address. Any operation requiring a signature or transaction submission should be checked before confirmation; once an on-chain transaction is confirmed, it generally cannot be reversed through ordinary webpage actions.

Question 11

What are the main directions of the PinGo ecosystem?

Accepted Answer

PinGo’s main directions include computing resource services based on AI model demand, an approach to organizing resources through DePIN and Decloud, MiniBot ecosystem interactions, and PINGO staking and PUNNY reward-claiming functions on the staking page. These directions are not separate from one another: computing resources are central to the project’s positioning, MiniBot provides an interaction entry point, and the staking page is the currently visible token interaction page. Whether specific functions are available and their conditions should be based on what is displayed on the actual page.

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