diff --git a/experiments/procesing/pipelines.py b/experiments/procesing/pipelines.py
new file mode 100644
index 0000000..ac95314
--- /dev/null
+++ b/experiments/procesing/pipelines.py
@@ -0,0 +1,138 @@
+from sklearn.pipeline import Pipeline
+import pandas as pd
+from procesing.context import PipelineContext
+from procesing.providers import SupabaseProvider, BackendAPIProvider
+from typing import Union
+from procesing.steps import (
+    FetchInteractionsStep,
+    FetchPriceLogsStep,
+    FetchExperimentsStep,
+    JoinExperimentsStep,
+    CreatePriceBucketsStep,
+    AugmentEventNamesStep,
+    ChunkByTimeWindowStep,
+    ComputeDemandForChunksStep,
+    AggregatePriceLogsStep,
+    ComputeElasticityStep,
+    BuildStateSpaceStep,
+    FitPricingFunctionStep,
+    PredictPricesStep,
+)
+
+def interaction_extraction_pipeline(context: PipelineContext):
+    """Pipeline for extracting and augmenting interaction data"""
+    return Pipeline([
+        ('fetch', FetchInteractionsStep(context)),
+        ('create_buckets', CreatePriceBucketsStep(context)),
+        ('augment_events', AugmentEventNamesStep(context)),
+    ])
+
+
+def price_extraction_pipeline(context: PipelineContext):
+    """Pipeline for extracting price logs"""
+    return Pipeline([
+        ('fetch', FetchPriceLogsStep(context)),
+    ])
+
+
+def elasticity_computation_pipeline(context: PipelineContext,
+                                    interactions_df: pd.DataFrame,
+                                    price_logs_df: pd.DataFrame):
+    """
+    Compute elasticity from interactions and price logs.
+    Manual orchestration needed for branching logic.
+    """
+    # branch 1: chunk interactions and compute demand
+    chunk_step = ChunkByTimeWindowStep(context)
+    interaction_chunks = chunk_step.transform(interactions_df)
+
+    demand_step = ComputeDemandForChunksStep(context)
+    demand_chunks = demand_step.transform(interaction_chunks)
+
+    # branch 2: aggregate price logs
+    price_step = AggregatePriceLogsStep(context)
+    price_chunks = price_step.transform(price_logs_df)
+
+    # convergence: compute elasticity
+    elasticity_step = ComputeElasticityStep(context)
+    elasticity_df = elasticity_step.transform((demand_chunks, price_chunks))
+
+    return elasticity_df
+
+
+def pricing_pipeline(context: PipelineContext, elasticity_df: pd.DataFrame):
+    """
+    Generate optimal prices from elasticity estimates.
+    """
+    # build state space
+    state_step = BuildStateSpaceStep(context)
+    state_space = state_step.transform(elasticity_df)
+
+    # fit pricing function
+    fit_step = FitPricingFunctionStep(context)
+    pricer = fit_step.transform(elasticity_df)
+
+    # predict prices
+    predict_step = PredictPricesStep(context)
+    prices_df = predict_step.transform((pricer, state_space))
+
+    return prices_df
+
+
+def full_pipeline(context: PipelineContext):
+    """
+    Complete end-to-end pipeline: data extraction -> elasticity -> pricing
+    Returns: (elasticity_df, prices_df)
+    """
+    # extract interactions
+    interaction_pipe = interaction_extraction_pipeline(context)
+    interactions_df = interaction_pipe.fit_transform(None)
+
+    # extract price logs
+    price_pipe = price_extraction_pipeline(context)
+    price_logs_df = price_pipe.fit_transform(None)
+
+    if interactions_df.empty or price_logs_df.empty:
+        return None, None
+
+    # compute elasticity
+    elasticity_df = elasticity_computation_pipeline(
+        context,
+        interactions_df,
+        price_logs_df
+    )
+
+    if elasticity_df is None or elasticity_df.empty:
+        return elasticity_df, None
+
+    # generate prices
+    prices_df = pricing_pipeline(context, elasticity_df)
+
+    return elasticity_df, prices_df
+
+
+if __name__ == '__main__':
+
+    class Provider(SupabaseProvider, BackendAPIProvider):
+        def __init__(self, backend_url: str):
+            SupabaseProvider.__init__(self)
+            BackendAPIProvider.__init__(self, backend_url=backend_url)
+    # example run
+    context = PipelineContext(
+        provider=Provider(backend_url="http://localhost:5000"),
+        store_mode='hotel',
+    )
+
+    elasticity_df, prices_df = full_pipeline(context)
+
+    if elasticity_df is not None and not elasticity_df.empty:
+        print("Elasticity Estimates:")
+        print(elasticity_df.to_string(index=False))
+    else:
+        print("No elasticity estimates computed.")
+
+    if prices_df is not None and not prices_df.empty:
+        print("\nPredicted Prices:")
+        print(prices_df.to_string(index=False))
+    else:
+        print("No prices predicted.")