diff --git a/src/TriunniaLabs.Arch.Sample.Server/Controllers/ProtectedMemorySampleController.cs b/src/TriunniaLabs.Arch.Sample.Server/Controllers/ProtectedMemorySampleController.cs
new file mode 100644
index 0000000..ade7685
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+++ b/src/TriunniaLabs.Arch.Sample.Server/Controllers/ProtectedMemorySampleController.cs
@@ -0,0 +1,90 @@
+using TriunniaLabs.Arch.Microservice;
+using TriunniaLabs.Memory.Protected;
+
+namespace TriunniaLabs.Arch.Sample.Server
+{
+    /// <summary>
+    ///     A controller that shows how to work with the Protected Memory system.
+    /// </summary>
+    public class ProtectedMemorySampleController : ArchControllerBase
+    {
+        // Services
+        private readonly IProtectorFactory _protectorFactory;
+        private readonly IProtector<string> _stringProtector;
+
+        /// <summary>
+        ///     Constructor.
+        /// </summary>
+        /// <param name="microserviceContext">Reference to the microservice context.</param>
+        /// <param name="protectorFactory">Reference to the protector factory.</param>
+        /// <param name="stringProtector">Reference to the string protector.</param>
+        public ProtectedMemorySampleController(IMicroserviceContext microserviceContext,
+                                               IProtectorFactory protectorFactory,
+                                               [FromKeyedServices("MyProtectorServiceKey")] IProtector<string> stringProtector)
+            : base(microserviceContext)
+        {
+            _stringProtector = stringProtector ?? throw new ArgumentNullException(nameof(stringProtector));
+            _protectorFactory = protectorFactory ?? throw new ArgumentNullException(nameof(protectorFactory));
+        }
+
+        /// <summary>
+        ///     A sample method that shows how to work with the Protected Memory system.
+        /// </summary>
+        internal async Task SampleAsync()
+        {
+            // In Arch, all data is encrypted in memory via the Protected<T> type.  This encryption extends to the database and data transfer objects.
+            var myString = "My String Value";
+            var myProtectedString = new Protected<string>(myString);
+
+            // The hash of a protected type's value is available for equality checking without exposing the encrypted value
+            var hash = myProtectedString.Hash;
+
+            // Decrypt the protected type to get its value
+            var value = myProtectedString.GetDecryptedValue();          // "My String Value"
+
+            // Or decrypt just enough to get the bytes (from the byte array converter) without restoring the actual value.
+            var bytes = myProtectedString.GetDecryptedValueAsBytes();
+
+            // The protected type can be serialized just by calling ToString(), and this is what is used in appsettings.json or in the database.
+            // The serialized string is completely encrypted.  It cannot be decrypted without a matching configuration.
+            var serializedString = myProtectedString.ToString();
+
+            // The static FromEncrypted method can be used to deserialize
+            myProtectedString = Protected<string>.FromEncrypted(serializedString);            
+
+            // Custom protections can be specified as well.  This specific arrangement is called Standard Protection.
+            // It is the default that is used when no other algorithms are specified.
+            var byteArrayConverter = MessagePackByteArrayConverter<string>.Instance;
+            var sha256HashAlgorithm = Sha256HashAlgorithm.Instance;
+            var aesEncryption = AesHashEncryptionAlgorithm.Instance;
+            var stringConverter = Base64StringConverter.Instance;
+            myProtectedString = new Protected<string>(myString, byteArrayConverter, sha256HashAlgorithm, [aesEncryption], stringConverter);
+
+            // Use Protectors to protect values with pre-defined custom configurations
+            var protector = _protectorFactory.CreateProtector<string>(MessagePackByteArrayConverter<string>.ServiceKey,
+                                                                      Sha256HashAlgorithm.ServiceKey, [AesEncryptionAlgorithm.ServiceKey],
+                                                                      Base64StringConverter.ServiceKey);
+
+            // Protect the value using the protector
+            myProtectedString = protector.Protect(myString);
+
+            // Protectors are also used to receive serialized data
+            myProtectedString = protector.Receive(serializedString);
+            myProtectedString = _stringProtector.Receive(serializedString);         // They can also be injected
+        }
+
+        private class MyProtectedSample
+        {
+            /// <summary>
+            ///     Protector definitions are automatically scanned by the library and added to the service container.
+            ///     If an algorithm or converter isn't specified, the default is used.
+            /// </summary>
+            [ByteArrayConverter<string>("MessagePackByteArrayConverter<string>.ServiceKey")]
+            [HashAlgorithm(HmacSha512HashAlgorithm.ServiceKey)]
+            [EncryptionAlgorithm(AesEncryptionAlgorithm.ServiceKey, Order = 1)]
+            [StringConverter(Base64StringConverter.ServiceKey)]
+            [Protector("MyProtectorServiceKey")]                                    // Identifies the protector in the service collection
+            public string Value { get; set; } = "";
+        }
+    }
+}