> For the complete documentation index, see [llms.txt](https://gasyard-1.gitbook.io/gasyard/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://gasyard-1.gitbook.io/gasyard/gas-on-demand-god.md).

# Gas On Demand (GOD)

#### 💡 What is GOD?

GOD is Gasyard's user-first liquidity abstraction layer that allows users to deposit once and request any token, on any supported network, any time — all powered by underlying Credits and Solver-based execution.

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#### ⚙️ How GOD Works:

* Users deposit USDC (or supported tokens) into the Gasyard Credits contract.
* The deposited value is converted into internal Credits.
* Using these Credits, users can request any form of asset (ETH, BTC, MOVE, USDT, SOL) on any supported chain.
* Solvers fulfill these requests in the background for a fee ranging from **0.25% - 1%** depending on asset type and chain.

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#### 💡 Benefits:

* **No Need for Repeated Bridging:** Users can fund their account once and swap into any token on any network without initiating new bridge transactions.
* **AI & Automation Ready:** Ideal for bots, trading systems, and agent-based applications that require instant liquidity without human interaction.
* **Cost Efficiency:** Minimizes gas costs by reducing repetitive bridging cycles.
* **Instant Settlement:** Requests are usually fulfilled within \~2 seconds.

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### 🔥 Future Expansion

* **Any VM Compatibility:** Since CCC abstracts away chain-specific mechanics, Gasyard can support EVM, MoveVM, Solana, Bitcoin, TON, and beyond.
* **Dynamic GMP Support:** General Message Passing enables developers to pair asset transfers with contract-level instructions for rich cross-chain interactions.
* **Intent Framework Integration:** CCC and GOD are built to integrate natively with Gasyard’s Intent Framework for automated, programmable liquidity routing.