Delabs Games (DELABS) Price

DELABS is an ERC-20 utility and ecosystem token for the Delabs Games gaming ecosystem, designed to connect multiple games and platform services. It is not points usable only within a closed account for a single game; the project designed it as a general-purpose token usable as ecosystem games and functions expand. Early materials used $GAME as a proposed ticker, but this entry refers to the current DELABS. When reviewing token materials, top-up pages, or contract information, identify the asset by the DELABS name, relevant network, and officially published deployment address; do not treat old rules for the early ticker as current rules for DELABS.

The whitepaper positions DELABS as a payment medium for in-game consumables, upgrade materials, cosmetic content, entry tickets, and exclusive content, as well as settlement for NFTs and other game-asset transactions on the Delabs platform. Its role is to unify payment and transaction use across different games and platform touchpoints under one token. “Designed to be usable for” does not mean that every item can permanently be paid for with DELABS. Whether a user can buy particular content still depends on whether the specific game enables that use case, whether the content is listed, whether the account meets the conditions, and the applicable settlement rules at the time; asset delivery after payment must also be confirmed under the relevant game or marketplace rules.

DELABS has a fixed total supply of 3 billion tokens. The project allocates this supply among categories including community rewards and airdrops, the ecosystem, investors, the team, advisors, and strategic investors; the categories describe how tokens are reserved or allocated for different purposes, not that all tokens enter the market at the same time. Total supply is a cap, not a substitute for circulating supply. To assess how many tokens may be tradable at a given time, the initial unlocks, cliffs, and subsequent release schedules applicable to each category must also be considered; without the release status at that time, a real-time circulating amount cannot be inferred from the 3 billion total alone.

Different DELABS allocation categories are subject to different initial unlocks, cliffs, and subsequent release schedules. An initial unlock determines the portion of a category that may be released at the start; a cliff is a defined period during which regular further releases do not occur; the subsequent release schedule then determines how the remaining portion gradually becomes available. Accordingly, the path from being “allocated” to potentially becoming tradable is not a single step: first identify the category, then determine whether the initial-unlock or cliff-end condition has been reached, and finally review the subsequent release cadence. Release conclusions cannot be transferred across categories, and the actual amount available for sale in the market is also affected by factors such as whether holders sell.

Under the project design, holding or soft-staking DELABS may be associated with higher-tier content, additional reward paths, and leaderboard reward multipliers; the initial plan uses soft staking calculated by token holdings. The core of soft staking is that holdings serve as the basis for calculating relevant eligibility or entitlements, while the specific content, multiplier, or reward available remains governed by the applicable game and ecosystem rules. This differs from fixed interest. In-game reward paths, content eligibility, or leaderboard multipliers may change with campaign and product rules and may not be equivalent to freely disposable cash returns. Holders should confirm the eligibility thresholds, calculation timing, whether further actions are required, and how rewards settle for the game they join, rather than infer guaranteed returns merely from holding tokens.

The whitepaper describes governance as a direction under which, once the ecosystem matures, token holders may participate in decisions such as game or platform direction through governance proposals and voting. This means governance requires specific mechanisms defining who may propose, who may vote, how voting power is calculated, and how outcomes are implemented; “planned governance” does not mean holders can already directly decide every matter. Governance participation also does not equal corporate equity, a board seat, or fixed returns. Even where a mechanism permits participation in ecosystem decisions, a holder receives only the participation rights expressly specified by that mechanism; their scope, eligibility, and implementation status remain subject to the governance rules applicable at that time.

The project repository identifies DELABS as an ERC-20 token and lists deployment addresses on BSC and KAIA. The same token name appearing on multiple networks does not mean that arbitrary addresses across those networks are interoperable; each chain maintains its own transaction and balance records, and wallets and platforms must identify the corresponding contract on the correct network. Therefore, before transferring, match both the network supported by the recipient and the DELABS contract address on that network. Checking only the name “DELABS,” without checking the network and contract, may send tokens on BSC through a route that supports only KAIA, or select an asset with the same name by mistake.

When conducting on-chain DELABS operations on BSC or KAIA, transactions are processed by the relevant network, and network fees are generally paid in that network's native asset rather than automatically deducted in DELABS. A standard token transfer, authorizing a marketplace contract, buying an asset, or interacting with another contract may require different fees. Fees are determined jointly by the network's transaction rules and the computational resources required by the operation. Before sending, ensure the wallet retains the native asset for the relevant network and verify that the operation target is an official or trusted contract; once submitted by signature, on-chain transactions are generally difficult to reverse.

In NFT or other game-asset transactions, DELABS may be the settlement currency, while the game asset itself is a separate object whose terms must be defined by marketplace and game rules. After paying DELABS, whether the asset is received, usable in-game, or tradable again depends on its delivery, account-binding, and usage rules. A complete flow commonly includes connecting a wallet on the correct network, confirming DELABS and network-fee balances, granting a contract operational permission where needed, executing a marketplace order, and then waiting for the marketplace or game interface to reflect the result. Authorization and payment are separate steps: authorization permits a specified contract to operate tokens up to a limit; it does not mean the purchase has already been completed.

Cross-game payment and asset-trading use cases may create demand to obtain or use DELABS when users participate in specific content, but that connection depends on whether the functions are live, whether they require DELABS, whether users actually participate, and conditions such as alternative payment methods and market liquidity. Application counts or activity data cannot be equated directly with token-buying demand. Conversely, gradual category-based unlocks may change the potential quantity of tokens that can circulate during certain periods, but unlocked does not mean inevitably sold, and locked does not establish that no other tradable tokens exist. Price is also affected by order-book depth, the overall market, and expectations, so utility and supply arrangements can only help analyze conditions; they cannot guarantee price or returns.

When depositing or transferring DELABS, first confirm that the recipient explicitly supports DELABS and the selected network, then verify the official deployment address on that network, the receiving address, and any minimum crediting requirement, while ensuring the sending wallet retains the native asset to pay network fees. Deployments with the same name on BSC and KAIA cannot replace one another based solely on address appearance or ticker. If the recipient is a trading platform, on-chain confirmation and platform crediting are two stages: the former proves the network has processed the transaction, while the latter also depends on the platform's asset support, confirmation rules, and internal matching. Sending tokens to an address that does not support the network or contract may prevent the asset from being identified or handled as expected.

DELABS can be understood across four layers: first, confirm asset identity through the network and contract address; next, understand practical uses such as in-game payments and asset trading; then distinguish total supply, allocation categories, and category-based unlocks; finally, read the eligibility and implementation rules for soft staking and governance separately. Information at different layers answers different questions. Of these, 3 billion is the fixed total supply and cannot be treated directly as circulating supply; soft staking and governance are ecosystem mechanisms described by the project and cannot be treated directly as fixed returns or company ownership; and BSC and KAIA deployments require confirmation of the correct network for every operation. Reading in this order can reduce the risk of conflating product functions, token rights, and market inferences.