Case Study

Unifying Data Sources: Resolving Locality Matching Challenges for Actionable Insights

Scattered data sources didn’t align by locality, impeding analysis. Our custom GIS solution with a geography API and visual dashboards consolidated accurate data for reliable decisions.

FASTER DATA MATCHING BY

70%through automated locality resolution

COMPLETE DATA CONSISTENCY

100%across sources and regions

INCREASED INSIGHT ACCURACY BY

40%using standardized locality polygons

Project Overview

Client:

GIS platform

Location:

Canada

Company size: 

150 employees

Industry: 

Geospatial hardware & software

Services:


● GIS data integration and normalization● Custom geography API development● GIS-based analytics pipeline design and implementation● Custom analytical aggregation tool development● Interactive dashboards and GIS data visualization● High-performance heatmap visualization for large datasets

Solution:

We solved the locality-matching issue by building a custom GIS powered by Statistics Canada polygons 

Business Challenge

Have you ever faced the inability to operate disparate locality data?

Our client faced the issue of multiple data sources and inconsistent locality names that caused mismatches and blocked analysis. We had to align external data with each locality and display it in convenient dashboards and charts.

Misaligned Locality Data

Multiple external sources had to match locality names in the GIS system through GIS-based live data aggregation. In reality, different locality names from an external API caused persistent mismatches, so analytics failed to connect data to the right areas.

Limited GIS Data Aggregation

Locality-level aggregation from multiple sources was slow and inaccurate at scale due to the low capability of the existing tools. This restricted the opportunity to get deep and reliable analytical insights.

Low Data Usability

The collected data was difficult to operate because of poor visualizations and the lack of structured dashboards. Users struggled to analyze trends, make regional comparisons, and derive strategic insights.

Timing Matters

Solution Framework: Core Parts Shaping Further Implementation

We established a solid foundation with trusted locality data. Our custom GIS solution utilizes reliable data from Statistics Canada locality polygons.

Data alignment was achieved through API integration. Our custom geography API ensured consistent locality names and enabled seamless data collection and processing.

Google Analytics couldn’t provide locality-level GIS aggregation. So, we built a custom analytics pipeline to process live geographic data accurately and support scalability.

Let’s Solve Your GIS Data Challenges

We identify the root causes of fragmented locality data and deliver a unified GIS solution that enables accurate analytics, clear visibility, and confident decision-making.

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Solution Structure: Step-by-Step Project Execution

Illustration
  • The created tool captures user and system events and adds GIS context in real time. The service validates locality data, structures records, and reliably stores them for further processing. The result is a scalable foundation for accurate geographic analytics and reporting.

  • A C# API collected incoming events and validated locality references. Data was then sent through Azure Service Bus for smooth delivery and buffered into Data Lake for storage as raw records. This
    preserves history and enables scalable, reliable processing for consequential analytics.

  • Python scripts in Azure Databricks transformed raw events into clean, organized locality datasets. Formats are fixed, duplicates removed, and data is summarized by locality. Then a .NET Core API delivers prepared data from storage, enabling a quick load of dashboards, maps, and reports without complex calculations.

  • We worked with the client to tailor dashboards, charts, and maps to their specific needs. Based on the client’s objectives, the collected GIS data was turned into clear visualizations that highlighted trends and comparisons. This helps teams quickly understand locality performance without delving into raw datasets.

  • We created interactive tables that allowed the team to view and explore locality data effortlessly. They could quickly filter, sort, and compare regions or cities, track user interactions, and identify patterns. The client has a convenient tool to determine trends and make decisions directly in the system.

  • We added heatmaps to show where data is most concentrated in different areas. Since standard tools didn’t provide sufficient speed for processing large datasets, we created the heatmaps in advance as separate image layers for each zoom level. We placed them over the map, and the client’s teams could use color gradients to clearly see density and intensity. Thus, they could quickly identify hotspots and areas of concern. Map performance has improved, enabling the client to generate targeted reports for municipalities effortlessly.

  • We provided a full set of visual tools, including bar charts, line graphs, and pie charts, to make data easy to consume. Users could obtain a holistic view of changes over time, regional differences, and collected analytics. Together with tables and heatmaps, these visuals simplified the user experience, enabling quicker insights.

    • Legacy 

    • Modern 

    • Legacy 

    • Legacy 

    • Modern 

    • Modern 

    • ☒ External geography API with inconsistent locality naming

    • ☑ Statistics Canada locality polygons as a trusted data source

    • Legacy 

    • ☒ External geography API with inconsistent locality naming

    • Modern 

    • ☑ Statistics Canada locality polygons as a trusted data source

    • ☒ Manual or unreliable locality-to-data matching

    • ☑ Unified locality model ensuring consistent data matching

    • Legacy 

    • ☒ Manual or unreliable locality-to-data matching

    • Modern 

    • ☑ Unified locality model ensuring consistent data matching

    • ☒ Google Analytics is limited for GIS-based aggregation

    • ☑ Custom GIS analytics pipeline built for scale

    • Legacy 

    • ☒ Google Analytics is limited for GIS-based aggregation

    • Modern 

    • ☑ Custom GIS analytics pipeline built for scale

    • ☒ Live heatmap calculations are causing performance issues

    • ☑ Pre-calculated heatmap layers optimized for fast rendering

    • Legacy 

    • ☒ Live heatmap calculations are causing performance issues

    • Modern 

    • ☑ Pre-calculated heatmap layers optimized for fast rendering

    • ☒ Fragmented dashboards with low analytical value

    • ☑ Interactive dashboards with locality-level insights

    • Legacy 

    • ☒ Fragmented dashboards with low analytical value

    • Modern 

    • ☑ Interactive dashboards with locality-level insights

Results

Results & Impact

Reliable GIS data processing and visualization enabled precise locality-level analytics

  • A custom geography API, analytical tools, and dashboards automated processes and made them more convenient

  • We established a centralized system to collect, process, and display consistent locality data

  • Standardized locality naming removed data inconsistencies and prepared it for further processing and analysis

  • Convenient dashboards comprehensively process raw data for easy detection of trends, patterns, and anomalies 

  • Clear and intuitive visualizations enhanced efficient planning and operations, enabling proactive resource allocation

  • Our custom GIS solution provided more reliable insights based on aligned and accurate locality data

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