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Geospatial Analytics

Geospatial Delivery Optimization

A geospatial analytics project that blends delivery events, distance matrices, and clustering to identify high-impact route improvements.

#Python#GeoPandas#PostGIS#scikit-learn

Overview

A geospatial analytics project that blends delivery events, distance matrices, and clustering to identify high-impact route improvements.

Problem

Operations teams lacked visibility into route inefficiencies and demand density by service region.

Solution

Built a reproducible spatial analysis workflow that segments demand zones and highlights delivery-time outliers.

Architecture

How the system is structured

01

Python notebooks for exploratory spatial analysis

02

PostGIS tables for distance and zone calculations

03

Map-based dashboard layers for cluster and SLA inspection

Tech Stack

PythonGeoPandasPostGISKepler.glscikit-learn

Key Features

Demand density clusteringSLA breach mappingRoute outlier detectionScenario-ready zone comparison

Screenshots

Visual walkthrough

Cluster map
SLA layer
Route optimization matrix