Question 1

What is XPR, and what is it used for?

Accepted Answer

XPR is the native asset of XPR Network and can be used for network resources, staking, block-producer voting, and governance. It is connected both to the resource allocation required for network operation and to allowing holders to vote for participants that produce blocks; it should not be confused with other assets using the same code.

Question 2

How are zero-Gas transactions achieved on XPR Network?

Accepted Answer

XPR Network does not charge ordinary users Gas for typical onchain operations: the network provides free resources by default, so sending and receiving assets, swapping tokens, using dApps, or holding a typical number of NFTs do not require users to rent resources or pay Gas themselves within those free-resource limits. Here, “zero Gas” means users do not pay Gas for each transaction; it does not mean network operation consumes no computing, storage, or bandwidth resources. When use exceeds the default resource range, such as storing a large number of NFTs or processing a large number of transactions through a dApp, users or applications need to obtain additional resources. They can purchase more RAM or rent CPU and NET; applications and block producers can also stake resources on behalf of their users, with the application bearing the corresponding infrastructure costs.

Question 3

What do RAM, CPU, and NET each do?

Accepted Answer

XPR Network resources consist of RAM, CPU, and NET. RAM is persistent storage space on the blockchain, used for token balances, smart-contract state, and NFT metadata; CPU is the processing time required to execute transactions; NET is the network bandwidth required to transmit transaction data. Which resources an operation requires depends on whether it writes persistent state, how much computation it executes, and how much data it transmits. Therefore, ordinary transfers do not necessarily have the same resource requirements as large-scale NFT storage or high-frequency dApp operations. The network's free tier covers normal use, but resource-intensive demand requires additional configuration; this is why “zero Gas for users” and “limited network resources” can both be true.

Question 4

Who provides infrastructure for the zero-Gas experience and receives rewards?

Accepted Answer

Block producers run nodes, validate blocks, and provide the CPU and NET capacity that the network allocates to users. In return, the network distributes XPR inflation rewards proportionally to 21 active block producers and standby producers; this model pays for infrastructure services through inflation rewards rather than charging Gas on each user transaction. XPR holders can vote to select block producers. Voting connects token holders' governance participation with producers' responsibilities: producers are responsible for maintaining network health and uptime, while holders participate in their selection through voting.

Question 5

How can dApps bear resource costs for users?

Accepted Answer

Applications can configure resources on behalf of users. For example, a game developer can stake sufficient CPU and NET for players so that player transactions are covered by resource arrangements on the application side. Players then experience interactions without paying Gas per transaction, but resource consumption has not disappeared; it is borne by the developer or another resource provider.

Question 6

How long does it take to unstake XPR from short-term staking?

Accepted Answer

The unstaking period for short-term staking is 24 hours. In other words, after unstaking from short-term staking, the assets do not immediately return to an available state but must undergo this waiting period; this mechanism distinguishes staked participation from balances that can be used immediately in time.

Question 7

When might additional resources be needed when using XPR Network?

Accepted Answer

On XPR Network, whether users ultimately need to configure additional resources depends on whether their operations exceed the default free resources and who bears the resource configuration. Everyday operations within the normal range are covered by free resources; excess demand such as large-scale storage or high-frequency processing requires purchasing RAM or renting CPU and NET, or having a dApp or block producer provide resources on the user's behalf. Therefore, “zero Gas” should not be understood to mean that onchain usage at any scale has no resource limits.

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