diff --git a/latencypredictor-v1/training_server.py b/latencypredictor-v1/training_server.py
index fa8a81118..51425bfe0 100644
--- a/latencypredictor-v1/training_server.py
+++ b/latencypredictor-v1/training_server.py
@@ -628,22 +628,22 @@ def train(self):
                 if len(df_ttft) >= settings.MIN_SAMPLES_FOR_RETRAIN:
                     # Updated TTFT features to include prefix_cache_score
                     ttft_feature_cols_tree = [
-                    'kv_cache_percentage','input_token_length','num_request_waiting',
-                    'num_request_running','prefix_cache_score','effective_input_tokens','prefill_score_bucket'
-                ]
-                ttft_feature_cols_br = [
-                    'kv_cache_percentage','input_token_length','num_request_waiting',
-                    'num_request_running','prefix_cache_score','effective_input_tokens'
-                ]
-
-                # Build X_ttft for all model types, then trim for BR
-                X_ttft = df_ttft[ttft_feature_cols_tree]
-                if self.model_type == ModelType.BAYESIAN_RIDGE:
-                    X_ttft = X_ttft[ttft_feature_cols_br]
+                        'kv_cache_percentage','input_token_length','num_request_waiting',
+                        'num_request_running','prefix_cache_score','effective_input_tokens','prefill_score_bucket'
+                    ]
+                    ttft_feature_cols_br = [
+                        'kv_cache_percentage','input_token_length','num_request_waiting',
+                        'num_request_running','prefix_cache_score','effective_input_tokens'
+                    ]
+
+                    # Build X_ttft for all model types, then trim for BR
+                    X_ttft = df_ttft[ttft_feature_cols_tree]
+                    if self.model_type == ModelType.BAYESIAN_RIDGE:
+                        X_ttft = X_ttft[ttft_feature_cols_br]
 
-                y_ttft = raw_ttft['actual_ttft_ms']
+                    y_ttft = raw_ttft['actual_ttft_ms']
 
-                try:
+                    try:
                         # raw_ttft still has the original columns including 'prefix_cache_score'
                         raw_ttft['_prefix_bucket'] = raw_ttft['prefix_cache_score'].clip(0, 1).apply(
                             lambda s: min(int(s * self.prefix_buckets), self.prefix_buckets - 1)
@@ -677,8 +677,6 @@ def train(self):
                                 new_ttft_model, new_ttft_scaler, test_records, cols, 'actual_ttft_ms'
                             )
 
-
-                        
                         if ql is not None:
                             self.ttft_quantile_loss_scores.append(ql)
                             self.ttft_coverage_scores.append(coverage)
@@ -690,7 +688,7 @@ def train(self):
                         else:
                             logging.info(f"TTFT model trained on {len(df_ttft)} samples. Quantile metrics = N/A (insufficient test data)")
 
-                except Exception:
+                    except Exception:
                         logging.error("Error training TTFT model", exc_info=True)