fresh llms

Author: dawnkelly09

llms.txt

@@ -17108,14 +17108,14 @@ description: Remote proxies enable cross-chain proxy functionality within the Po
 
 ## Introduction
 
-Remote proxies enable cross-chain proxy functionality within the Polkadot ecosystem, allowing proxy accounts defined on one chain to execute transactions on different chains through cryptographic storage proofs. This extends the traditional [proxy system](https://wiki.polkadot.com/learn/learn-proxies/){target=\_blank} beyond single-chain boundaries.
+Remote proxies enable cross-chain proxy functionality within the Polkadot ecosystem, allowing proxy accounts defined on one chain to execute transactions on different chains through cryptographic storage proofs. This functionality extends the traditional [proxy system](https://wiki.polkadot.com/learn/learn-proxies/){target=\_blank} beyond single-chain boundaries.
 
 This guide covers:
 
-- Understanding remote proxy mechanics and architecture
-- Implementation workflow and timing constraints  
-- Practical examples using Polkadot.js
-- Advanced use cases and security considerations
+- Understanding remote proxy mechanics and architecture.
+- Implementation workflow and timing constraints.
+- Practical examples using Polkadot.js.
+- Advanced use cases and security considerations.
 
 Remote proxies are particularly valuable for maintaining unified security models across multiple parachains while avoiding the complexity of managing separate proxy setups on each chain.
 
@@ -17145,16 +17145,16 @@ The verification process utilizes [Merkle proofs](/polkadot-protocol/glossary/#t
 
 Remote proxy execution follows a time-constrained workflow requiring coordination between multiple chains. The remote proxy workflow consists of several critical steps that must be completed within a narrow time window.
 
-1. **Block Synchronization** - Query the target chain for recognized source chain blocks
-2. **Storage Proof Creation** - Generate cryptographic proof of proxy relationship  
-3. **Transaction Construction** - Build the wrapped transaction with proof data
-4. **Execution** - Submit the transaction before proof expiration
+1. **Block Synchronization**: Query the target chain for recognized source chain blocks.
+2. **Storage Proof Creation**: Generate cryptographic proof of proxy relationship. 
+3. **Transaction Construction**: Build the wrapped transaction with proof data.
+4. **Execution**: Submit the transaction before proof expiration.
 
 Remote proxies operate under strict timing limitations.
 
-- **Proof Validity**: Storage proofs expire after approximately **1 minute**
-- **Block Recognition**: Target chains maintain only recent source chain block roots
-- **Execution Window**: Transactions must be submitted immediately after proof generation
+- **Proof Validity**: Storage proofs expire after approximately **1 minute**.
+- **Block Recognition**: Target chains maintain only recent source chain block roots.
+- **Execution Window**: Transactions must be submitted immediately after proof generation.
 
 These constraints exist to prevent replay attacks and ensure proof freshness while maintaining system security.
 
@@ -17170,10 +17170,10 @@ These constraints exist to prevent replay attacks and ensure proof freshness whi
 
 Before implementing remote proxies, ensure you have:
 
-- Active proxy relationship on the source chain (Kusama)
-- Access to both source and target chain RPC endpoints
-- Compatible proxy types between chains
-- Node.js environment for script execution
+- Active proxy relationship on the source chain (Kusama).
+- Access to both source and target chain RPC endpoints.
+- Compatible proxy types between chains.
+- Node.js environment for script execution.
 
 ### Installation and Setup
 
@@ -17277,12 +17277,12 @@ async function executeRemoteProxyTransaction() {
 executeRemoteProxyTransaction();
 ```
 
-Ensure to replace the `RECIPIENT_ACCOUNT` and `PROXIED_ACCOUNT` with your own accounts. For a concrete example, check out the [Sending a remote proxy transaction via Polkadot-JS](https://blog.kchr.de/polkadot/guides/remote-proxies-for-the-braves/#sending-a-remote-proxy-transaction-via-polkadot-js){target=\_blank} section in the Remote Proxies article.
+Ensure to replace the `RECIPIENT_ACCOUNT` and `PROXIED_ACCOUNT` with your accounts. For a concrete example, check out the [Sending a remote proxy transaction via Polkadot-JS](https://blog.kchr.de/polkadot/guides/remote-proxies-for-the-braves/#sending-a-remote-proxy-transaction-via-polkadot-js){target=\_blank} section in the Remote Proxies article.
 
 The code snippet above is a complete implementation example of a remote proxy transaction. It demonstrates how to:
 
 - **Storage Key Generation**: The `proxyStorageKey` identifies where proxy relationship data is stored on Kusama. This key is used to create a proof that the relationship exists.
-- **Block Synchronization**: Asset Hub maintains a mapping of recent Kusama block numbers to their storage roots. This enables proof verification without requiring full blockchain synchronization.
+- **Block Synchronization**: Asset Hub maintains a mapping of recent Kusama block numbers to their storage roots to enable proof verification without requiring full blockchain synchronization.
 - **Proof Creation**: The `getReadProof` RPC call generates a cryptographic proof that specific data exists in Kusama's state at a given block height.
 - **Transaction Wrapping**: The target transaction is wrapped within a `remoteProxy` call that includes both the proof data and the block anchor.