diff --git a/docs.json b/docs.json
index ab3d6de..bb3bf27 100644
--- a/docs.json
+++ b/docs.json
@@ -147,6 +147,7 @@
"pages": [
"guides/integrations/aquarius",
"guides/integrations/blend",
+ "guides/integrations/fxdao",
"guides/integrations/nuxt",
"guides/integrations/react-native",
"guides/integrations/reflector",
diff --git a/guides/integrations/_meta.json b/guides/integrations/_meta.json
index 36f730d..f530529 100644
--- a/guides/integrations/_meta.json
+++ b/guides/integrations/_meta.json
@@ -1 +1,4 @@
-{"blend": "Blend Lending"}
+{
+ "blend": "Blend Lending",
+ "fxdao": "Fxdao CDP"
+}
diff --git a/guides/integrations/fxdao.mdx b/guides/integrations/fxdao.mdx
new file mode 100644
index 0000000..500be39
--- /dev/null
+++ b/guides/integrations/fxdao.mdx
@@ -0,0 +1,75 @@
+---
+title: "Fxdao CDP Integration"
+description: "Borrow and forget: Mint USDx against XLM/BLND collateral and route to a stealth address."
+---
+
+# Fxdao CDP Integration
+
+Fxdao is Stellar's leading collateralized-debt platform (CDP), allowing you to mint USDx against XLM or BLND collateral. While [Blend](./blend.mdx) covers general lending, Fxdao enables the missing DeFi flow: borrowing-against-collateral directly to a stealth address. This guide details how to build "borrow-and-forget" recipes on Stellar.
+
+## Concept: One-Step Borrow and Route
+
+The core integration flow is as follows:
+1. **Open Vault**: Create a CDP vault with your specified collateral.
+2. **Mint USDx**: Generate USDx against the collateral.
+3. **Send to Stealth**: Route the minted USDx directly to a stealth address in a single atomic flow.
+
+This allows users to collateralize their assets and receive a stablecoin (USDx) privately, without the destination address being linkable to the CDP vault.
+
+## Collateral Management from a Stealth Address
+
+Managing collateral (adding more or withdrawing) from a stealth address requires careful handling of transaction submissions.
+Since the stealth address is the ultimate owner of the assets, any interactions to manage the vault must originate from or be authorized by the stealth keys.
+When building your integration, ensure that collateral management transactions use the proper signatures derived from the user's stealth meta-address.
+
+## Liquidation Risk and Health-Factor
+
+
+**Liquidation Risk**
+When minting USDx against volatile collateral like XLM or BLND, your vault is subject to liquidation if the collateral value drops below the required threshold.
+
+
+
+**Health-Factor Monitoring**
+Always implement robust health-factor monitoring for your vaults. Since the minted USDx is routed to a stealth address, users might "borrow-and-forget." Your application should notify users or automatically manage collateral if the health factor approaches liquidation levels.
+
+
+## End-to-End Futurenet Example
+
+Here is a complete example of the integration running on Stellar Futurenet:
+
+```typescript
+import { FxdaoClient } from '@fxdao/sdk';
+import { StealthClient } from '@wraith-protocol/sdk';
+
+async function borrowAndRoute(
+ collateralAmount: string,
+ mintAmount: string,
+ stealthMetaAddress: string
+) {
+ // Initialize clients for Futurenet
+ const fxdao = new FxdaoClient({ network: 'futurenet' });
+ const stealth = new StealthClient({ network: 'futurenet' });
+
+ // 1. Generate stealth address for the destination
+ const { stealthAddress } = await stealth.generateAddress(stealthMetaAddress);
+
+ // 2. Open vault and mint USDx
+ // Note: In a real-world scenario, this should be an atomic transaction
+ const vault = await fxdao.openVault({
+ collateralAsset: 'XLM',
+ collateralAmount,
+ });
+
+ const mintTx = await fxdao.mintUSDx({
+ vaultId: vault.id,
+ amount: mintAmount,
+ destination: stealthAddress, // Route directly to stealth address
+ });
+
+ console.log(`Successfully minted ${mintAmount} USDx to stealth address ${stealthAddress}`);
+ console.log(`Vault ID: ${vault.id} | Health Factor: ${vault.healthFactor}`);
+}
+```
+
+For more lending integrations, check out the [Blend Lending Guide](./blend.mdx).