Update src/content/ccip/tools-resources/network-specific/hyperliquid-integration-guide.mdx

Co-authored-by: Karim H. <98668332+khadni@users.noreply.github.com>

Author: gfletcher-cll

src/content/ccip/tools-resources/network-specific/hyperliquid-integration-guide.mdx

@@ -71,7 +71,7 @@ Smart contracts on HyperEVM can access data from HyperCore by calling special sy
 
 For example, when a contract on HyperEVM queries a token balance by calling a designated read precompile, it bypasses standard EVM execution. The call is handled directly by the validator, which fetches the requested data from HyperCore in real time. This mechanism provides secure, gas-efficient, read-only access to the core exchange state — including data such as order book balances, positions, and other protocol-level metrics.
 
-This design enables the development of on-chain applications that can respond to the live state of the central limit order book on HyperCore. The same precompile infrastructure also powers cross-chain bridging, allowing seamless integration between ERC-20 tokens on HyperEVM and their linked HIP-1 counterparts on HyperCore.
+This design enables the development of onchain applications that can respond to the live state of the central limit order book on HyperCore. The same precompile infrastructure also powers cross-chain bridging, allowing seamless integration between ERC-20 tokens on HyperEVM and their linked HIP-1 counterparts on HyperCore.
 
 In the following example snippet, a smart contract on HyperEVM can trustlessly read the balance of an HIP1 token on HyperCore.