diff --git a/content/_code-samples/secure-signing/java/SignPayment.java b/content/_code-samples/secure-signing/java/SignPayment.java
new file mode 100644
index 0000000000..8437f7de9b
--- /dev/null
+++ b/content/_code-samples/secure-signing/java/SignPayment.java
@@ -0,0 +1,72 @@
+////////////////////////////////////////////////////////////////////////////
+// Sign using a SingleKeySignatureService:
+// This implementation of SignatureService simply holds a PrivateKey in
+// memory and signs Transactions using that PrivateKey. This may be
+// suitable for some applications, but is likely not secure enough for
+// server side applications, as keys must be stored and kept in memory.
+////////////////////////////////////////////////////////////////////////////
+
+// Create a random wallet
+WalletFactory walletFactory = DefaultWalletFactory.getInstance();
+Wallet wallet = walletFactory.randomWallet(true).wallet();
+
+// Construct a SingleKeySignatureService from the Wallet private key
+PrivateKey privateKey = PrivateKey.fromBase16EncodedPrivateKey(wallet.privateKey().get());
+SingleKeySignatureService signatureService = new SingleKeySignatureService(privateKey);
+
+// Construct and sign the Payment
+Payment payment = Payment.builder()
+  .account(wallet.classicAddress())
+  .destination(Address.of("rPT1Sjq2YGrBMTttX4GZHjKu9dyfzbpAYe"))
+  .amount(XrpCurrencyAmount.ofDrops(1000))
+  .fee(XrpCurrencyAmount.ofDrops(10))
+  .sequence(UnsignedInteger.valueOf(16126889))
+  .signingPublicKey(signatureService.getPublicKey(KeyMetadata.EMPTY))
+  .build();
+Payment payment = constructPayment(wallet.classicAddress(), signatureService.getPublicKey(KeyMetadata.EMPTY));
+SignedTransaction<Payment> signedPayment = signatureService.sign(KeyMetadata.EMPTY, payment);
+System.out.println("Signed Payment: " + signedPayment.signedTransaction());
+
+
+////////////////////////////////////////////////////////////////////////////
+// Sign using a DerivedKeysSignatureService:
+// This implementation of SignatureService deterministically derives
+// Private Keys from a secret value (likely a server secret) and a wallet
+// identifier. That PrivateKey can then be used to sign transactions.
+// The wallet identifier can be anything, but would likely be an existing ID
+// tracked by a server side system.
+//
+// Though this implementation is more secure than SingleKeySignatureService
+// and better suited for server-side applications, keys are still held
+// in memory. For the best security, we suggest using a HSM-based implementation.
+////////////////////////////////////////////////////////////////////////////
+
+// Construct a DerivedKeysSignatureService with a server secret (in this case "shh")
+DerivedKeysSignatureService signatureService = new DerivedKeysSignatureService("shh"::getBytes, VersionType.ED25519);
+
+// Choose a walletId. This can be anything as long as it is unique to your system.
+String walletId = "sample-wallet";
+KeyMetadata keyMetadata = KeyMetadata.builder()
+  .platformIdentifier("jks")
+  .keyringIdentifier("n/a")
+  .keyIdentifier(walletId)
+  .keyVersion("1")
+  .keyPassword("password")
+  .build();
+
+// Get the public key and classic address for the given walletId
+PublicKey publicKey = signatureService.getPublicKey(keyMetadata);
+Address classicAddress = DefaultKeyPairService.getInstance().deriveAddress(publicKey.value());
+
+// Construct and sign the Payment
+Payment payment = Payment.builder()
+  .account(classicAddress)
+  .destination(Address.of("rPT1Sjq2YGrBMTttX4GZHjKu9dyfzbpAYe"))
+  .amount(XrpCurrencyAmount.ofDrops(1000))
+  .fee(XrpCurrencyAmount.ofDrops(10))
+  .sequence(UnsignedInteger.valueOf(16126889))
+  .signingPublicKey(publicKey.base16Encoded())
+  .build();
+
+SignedTransaction<Payment> signedPayment = signatureService.sign(keyMetadata, payment);
+System.out.println("Signed Payment: " + signedPayment.signedTransaction());
diff --git a/content/tutorials/get-started/set-up-secure-signing.md b/content/tutorials/get-started/set-up-secure-signing.md
index 8a8ccfc5be..fb4f08df06 100644
--- a/content/tutorials/get-started/set-up-secure-signing.md
+++ b/content/tutorials/get-started/set-up-secure-signing.md
@@ -95,6 +95,8 @@ Here are examples of how to sign transaction instructions locally using the foll
 
 * **Python** - [`xrpl-py`](https://github.com/XRPLF/xrpl-py)
 
+* **Java** - [`xrpl4j-crypto-bouncycastle`](https://javadoc.io/doc/org.xrpl/xrpl4j-crypto-bouncycastle/latest/index.html)
+
 <!-- MULTICODE_BLOCK_START -->
 
 *JavaScript*
@@ -109,6 +111,11 @@ Here are examples of how to sign transaction instructions locally using the foll
 {% include '_code-samples/secure-signing/py/sign-payment.py' %}
 ```
 
+*Java*
+
+```java
+{% include '_code-samples/secure-signing/java/SignPayment.java' %}
+```
 <!-- MULTICODE_BLOCK_END -->