Fix 11 broken internal links across docs

cofhejs/guides/encryption.mdx

@@ -175,7 +175,7 @@ The available states are:
 - **Extract** - Getting all the data ready for encryption (values to encrypt, chain information, etc.).
 - **Pack** - Preparing the data for the encryption process.
 - **Prove** - Signing the data.
-- **Verify** - Verifies the user's input, ensuring that it is safe to use (read more about this [here](/docs/devdocs/architecture/internal-utilities/verifier)).
+- **Verify** - Verifies the user's input, ensuring that it is safe to use (read more about this [here](/deep-dive/cofhe-components/zk-verifier)).
 - **Replace** - Preparing the result and replacing the old values with encrypted ones.
 - **Done** - Process is finished.
 

fhe-library/confidential-contracts/fherc20/best-practices.mdx

@@ -532,4 +532,4 @@ function goodReceiver(
 - Review [Core Features](/fhe-library/confidential-contracts/fherc20/core-features) for fundamental concepts
 - Learn about [Operators](/fhe-library/confidential-contracts/fherc20/operators) for permission management
 - Explore [Transfer Callbacks](/fhe-library/confidential-contracts/fherc20/transfer-callbacks) for safe transfers
-- Check the [Migration Guide](/fhe-library/confidential-contracts/fherc20/migration-guide) for detailed migration steps
+- Check the [Migration Guide](/tutorials/migrating-from-fhe-decrypt) for detailed migration steps

fhe-library/confidential-contracts/fherc20/fherc20-wrapper.mdx

@@ -392,6 +392,6 @@ Create pools where users deposit tokens for privacy, transact confidentially, an
 
 ## Related Topics
 
-- Understand [Unwrap Claims](/fhe-library/confidential-contracts/fherc20/unwrap-claims) for detailed claim management
+- Understand [FHERC20 Wrapper](#claim-management) for detailed claim management
 - Learn about [Core Features](/fhe-library/confidential-contracts/fherc20/core-features) for confidential transfers
 - Review [Best Practices](/fhe-library/confidential-contracts/fherc20/best-practices) for secure implementations

fhe-library/confidential-contracts/fherc20/overview.mdx

@@ -200,7 +200,7 @@ Extends FHERC20 with EIP-712 signature-based operator approval, enabling gasless
 Wraps standard ERC20 tokens into confidential FHERC20 tokens and handles unwrapping with claim system.
 </Card>
 
-<Card title="FHERC20UnwrapClaim" icon="hand-holding-dollar" href="/fhe-library/confidential-contracts/fherc20/unwrap-claims">
+<Card title="FHERC20UnwrapClaim" icon="hand-holding-dollar" href="/fhe-library/confidential-contracts/fherc20/fherc20-wrapper#claim-management">
 **Claim Management**
 
 Abstract contract providing claim functionality for managing unwrap operations and decryption results.

fhe-library/core-concepts/access-control.mdx

@@ -168,7 +168,7 @@ Consider the lifecycle of your encrypted data and whether permissions should be
 
 ## Practical Examples
 
-For detailed examples on how to explicitly manage ciphertext allowances in contracts, see the [ACL Usage Examples](/fhe-library/tutorials/acl-usage-examples) guide.
+For detailed examples on how to explicitly manage ciphertext allowances in contracts, see the [ACL Usage Examples](/tutorials/acl-usage-examples) guide.
 
 ### Quick Example: Token Transfer
 

fhe-library/core-concepts/data-evaluation.mdx

@@ -84,7 +84,7 @@ ebool isBigger = FHE.gt(newBid, currentBid);
 `FHE.sol` is actually emitting the following event: "Check which number is bigger: `0xab12...` or `0xcd34..`". The result's handle (or identifier) will be stored in the variable `isBigger`, of type `ebool`.
 
 <Tip>
-Wondering what to do with `ebool isBigger`? Check out the page on [Conditionals](/fhe-library/core-concepts/select-vs-ifelse).
+Wondering what to do with `ebool isBigger`? Check out the page on [Conditionals](/fhe-library/core-concepts/conditions).
 </Tip>
 
 ---

fhe-library/core-concepts/encrypted-operations.mdx

@@ -84,7 +84,7 @@ In this example, `lhs.add(rhs)` performs the addition using the library function
 ## Supported Operations
 
 <Tip>
-Complete documentation of every function in FHE.sol (including inputs and outputs) can be found in the [FHE.sol API Reference](/fhe-library/solidity-api/FHE).
+Complete documentation of every function in FHE.sol (including inputs and outputs) can be found in the [FHE.sol API Reference](/fhe-library/reference/fhe-sol).
 </Tip>
 
 All operations supported by FHE.sol are listed in the table below. Note that all functions are supported in both direct function calls and library bindings.
@@ -161,5 +161,5 @@ euint32 result = FHE.select(condition, valueIfTrue, valueIfFalse);
 ```
 
 <Tip>
-Learn more about using encrypted conditionals in the [Select vs If-Else](/fhe-library/core-concepts/select-vs-ifelse) guide.
+Learn more about using encrypted conditionals in the [Select vs If-Else](/fhe-library/core-concepts/conditions) guide.
 </Tip>

fhe-library/core-concepts/inputs.mdx

@@ -22,7 +22,7 @@ Notice in the example above the distinction between **`InEuint32`** and **`euint
 
 ## Input Types Conversion
 
-The **input types** `InEuintxx` (and `InEbool`, `InEaddress`) are special encrypted types that represent **user input**. Input types contain additional information required to authenticate and validate ciphertexts. For more on that, read about the [ZK-Verifier](/fhe-library/architecture/internal-utilities/verifier).
+The **input types** `InEuintxx` (and `InEbool`, `InEaddress`) are special encrypted types that represent **user input**. Input types contain additional information required to authenticate and validate ciphertexts. For more on that, read about the [ZK-Verifier](/deep-dive/cofhe-components/zk-verifier).
 
 Before you can use an encrypted input, you need to convert it to a regular **encrypted type**:
 
@@ -41,7 +41,7 @@ toBalance = FHE.sub(toBalance, amount);
 ```
 
 <Tip>
-Read more about the available FHE types and operations in the [FHE Encrypted Operations](/fhe-library/core-concepts/fhe-encrypted-operations) guide.
+Read more about the available FHE types and operations in the [FHE Encrypted Operations](/fhe-library/core-concepts/encrypted-operations) guide.
 </Tip>
 
 ## Full Example
@@ -64,7 +64,7 @@ function transfer(
 ```
 
 <Note>
-For the example above to work correctly, you will also need to manage access to the newly created ciphertexts in the `_updateBalance()` function. Learn more about access control in the [ACL Mechanism](/fhe-library/core-concepts/acl-mechanism) guide.
+For the example above to work correctly, you will also need to manage access to the newly created ciphertexts in the `_updateBalance()` function. Learn more about access control in the [ACL Mechanism](/fhe-library/core-concepts/access-control) guide.
 </Note>
 
 ## Additional Examples