Mapping - GIS: Understanding and optimizing the use of your geographic data

Personne en train de consulter leur réseau sur une carte

A Geographic Information System (GIS) enables the structuring and use of data linked to a specific location (networks, assets, zones, infrastructure). In practice, GIS mapping tools help visualize assets, organize data, and access information more quickly. These solutions provide shared reference points to support better decision-making.

At Dotic, we combine domain expertise, tailored solutions, and custom development to help our clients unlock greater value from their geographic information through GIS: structuring data, clarifying use cases, improving readability, facilitating sharing, and making geographic information truly useful on a daily basis.

Contact our GIS experts 

What is GIS concretely used for within an organization?

The goal: to turn your geospatial data into actionable insights — not just maps.

  • Visualize assets on a map (networks, equipment, areas),
  • Access location-based information (records, attributes, history),
  • Search and filter (by type, status, area, business criteria),
  • Share a clear view across teams,
  • Manage and monitor operations (prioritize, plan, track)

À quoi sert concrètement le SIG au sein d’une organisation ?

  • Télécommunications : lecture du réseau, suivi d’évolutions, partage entre acteurs. 
  • Énergie / électricité : localisation d’équipements, préparation d’interventions. 
  • Éclairage public : inventaire, suivi d’état, priorisation. 
  • Eau / assainissement : visualisation de réseaux, appui au diagnostic et aux actions. 
  • Voirie : repères partagés, coordination, priorisation des travaux. 

Key features of a GIS solution 

Find information quickly 

  • Search by business-specific criteria

  • Filters and direct access to asset records

  • Smooth navigation (no time wasted)

Clearly visualize your geospatial data

  • Clear, readable layers and themes

  • Simple reference points (zones, perimeters, sectors)

  • Displays that are easy to understand for non-expert users

Keep your data up to date 

  • Capture ongoing changes

  • Ensure long-term maintenance

  • Maintain consistency and clarity of updates

Share a common view 

  • Easy access to maps

  • User roles and permissions (based on the organization)

  • Shared reference points across all teams

Support decision-making and operations  

  • Identify priorities

  • Track actions and status

  • Provide a clear, high-level view for decision-making

How to choose your GIS mapping software?  

This is precisely where domain expertise makes all the difference, and where we come in: a high-performing software solution that isn’t aligned with actual use cases will remain underutilized, leading to costs that don’t deliver value.

If you are comparing multiple solutions, here are a few simple criteria that make the difference:

  • Readability: is the map understandable for non-specialists?
  • Search & filters: can you find information in seconds?
  • Sharing: can you easily share a clear view without complexity?
  • Adoption: will teams actually use it?
  • Management: can the organization maintain and update the data over time?
  • Support: is there an expert who can guide you and adapt the solution to your business needs?

An approach based on the combination of GIS and data expertise

At Dotic, we take a comprehensive approach tailored to organizations that want a GIS solution aligned with their needs and truly used in practice.

Domain expertise: guide, clarify, and prioritize 

 

We help our clients to:

  • Clarify objectives and user needs

  • Define simple, easy-to-understand reference points

  • Prioritize what delivers value quickly

  • Implement practices that make geospatial data easier to use on a daily basis

  • Structure and model geospatial data

Solutions: turning these use cases into reality

We develop solutions that enable you to:

  • Transform and map your data, moving from a “proprietary” structure (your own internal model) to standardized formats
    Example: converting CAD formats (DWG) into GIS formats (Shapefile, GeoPackage, KML)

  • Visualize and share geospatial data

  • Update information as close to the field as possible

  • Improve data reliability to reduce ambiguity

  • Manage operations with a clear, structured view, using key indicators (KPIs) and AI-powered data analysis

The goal is not to stack features, but to ensure that the implemented GIS solution becomes a trusted reference tool within the organization.

FAQ – Geographic Information System (GIS)

What is a GIS (Geographic Information System)?

A GIS is a set of tools used to store, organize, visualize, and analyze data linked to a location (point, line, or area) in order to better understand situations and support decision-making.

What is a GIS used for?

A GIS is used to visualize assets, quickly access information, share common reference points, and manage operations (prioritize, plan, analyze, and act).

What is the difference between a map and a GIS?

A map displays information. A GIS combines visualization with structured data (attributes, status, history) that can be accessed and shared to support action.

What is the difference between GIS and Web GIS?

A “traditional” GIS (often desktop-based) is more focused on production and advanced analysis and typically requires specialized expertise. A Web GIS makes data more accessible, easier to share, and usable by a wider range of teams, while offering comparable performance depending on the solution.

Why map infrastructure (networks, assets, facilities)?

Because location drives action: mapping helps prepare interventions, coordinate teams, prioritize work, and make more reliable decisions.

What is “geospatial data”?

It is information linked to a location: a point (asset), a line (network), or an area, described by attributes (type, status, date, etc.).

What is a GIS layer?

A layer groups similar types of objects (e.g., cabinets, poles, valves). Multiple layers can be overlaid to better understand a situation.

Why is a GIS sometimes underused?

Most often due to poor readability, inconsistent practices, lack of prioritization, and missing shared reference points across teams.

How can you make a GIS more useful on a daily basis?

By clarifying use cases (who does what), improving readability, prioritizing high-value use cases, and establishing simple practices to maintain data over time.

How do you choose GIS mapping software?

Look at readability, search capabilities, sharing, team adoption, and the ability to maintain and update data over time.

Is it useful if you already have a GIS in place?

Yes—value can be improved without starting from scratch by focusing on usage, readability, sharing, and adoption.

How can Dotic help with a GIS project?

We combine domain expertise and real-world experience to guide decisions, prioritize actions, and make mapping more useful—while also implementing solutions when needed.