diff --git a/examples/kafka-hub/hub/modules/connections/connections.bal b/examples/kafka-hub/hub/modules/connections/connections.bal
index 50f11e6f..96fe9b2a 100644
--- a/examples/kafka-hub/hub/modules/connections/connections.bal
+++ b/examples/kafka-hub/hub/modules/connections/connections.bal
@@ -96,10 +96,15 @@ public final kafka:Consumer websubEventsConsumer = check new (config:KAFKA_URL,
 # + groupName - The consumer group name
 # + return - `kafka:Consumer` if succcessful or else `error`
 public isolated function createMessageConsumer(string topicName, string groupName) returns kafka:Consumer|error {
+    // Messages are distributed to subscribers in parallel.
+    // In this scenario, manually committing offsets is unnecessary because 
+    // the next message polling starts as soon as the worker begins delivering messages to the subscribers.
+    // Therefore, auto-commit is enabled to handle offset management automatically.
+    // Related issue: https://github.com/ballerina-platform/ballerina-library/issues/7376
     kafka:ConsumerConfiguration consumerConfiguration = {
         groupId: groupName,
         topics: [topicName],
-        autoCommit: false,
+        autoCommit: true,
         secureSocket: secureSocketConfig,
         securityProtocol: kafka:PROTOCOL_SSL,
         maxPollRecords: config:CONSUMER_MAX_POLL_RECORDS
diff --git a/examples/kafka-hub/hub/websub_subscribers.bal b/examples/kafka-hub/hub/websub_subscribers.bal
index 17de27f1..4db40497 100644
--- a/examples/kafka-hub/hub/websub_subscribers.bal
+++ b/examples/kafka-hub/hub/websub_subscribers.bal
@@ -82,11 +82,11 @@ isolated function pollForNewUpdates(string subscriberId, websubhub:VerifiedSubsc
     });
     do {
         while true {
-            kafka:ConsumerRecord[] records = check consumerEp->poll(config:POLLING_INTERVAL);
+            readonly & kafka:ConsumerRecord[] records = check consumerEp->poll(config:POLLING_INTERVAL);
             if !isValidConsumer(subscription.hubTopic, subscriberId) {
                 fail error(string `Subscriber with Id ${subscriberId} or topic ${subscription.hubTopic} is invalid`);
             }
-            _ = check notifySubscribers(records, clientEp, consumerEp);
+            _ = start notifySubscribers(records, clientEp);
         }
     } on fail var e {
         util:logError("Error occurred while sending notification to subscriber", e);
@@ -110,19 +110,14 @@ isolated function isValidSubscription(string subscriberId) returns boolean {
     }
 }
 
-isolated function notifySubscribers(kafka:ConsumerRecord[] records, websubhub:HubClient clientEp, kafka:Consumer consumerEp) returns error? {
-    foreach var kafkaRecord in records {
-        var message = deSerializeKafkaRecord(kafkaRecord);
-        if message is websubhub:ContentDistributionMessage {
-            var response = clientEp->notifyContentDistribution(message);
-            if response is websubhub:ContentDistributionSuccess {
-                _ = check consumerEp->commit();
-                return;   
-            }
-            return response;
-        } else {
-            log:printError("Error occurred while retrieving message data", err = message.message());
+isolated function notifySubscribers(kafka:ConsumerRecord[] records, websubhub:HubClient clientEp) returns error? {
+    do {
+        foreach var kafkaRecord in records {
+            websubhub:ContentDistributionMessage message = check deSerializeKafkaRecord(kafkaRecord);
+            _ = check clientEp->notifyContentDistribution(message);
         }
+    } on fail error e {
+        log:printError("Error occurred while delivering messages to the subscriber", err = e.message());
     }
 }