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How to grow a geospatial consultancy

We are capturing more data than ever before. Data is captured from various sources, including satellites, planes, drones, cars, boats, and terrestrial surveys. These platforms collect valuable data using sensors like RGB, NIR multispectral and hyperspectral cameras, Lidar, Synthetic Aperture Radar (SAR), and multibeam echo sounders. Leveraging this geospatial data can optimise processes, reveal new patterns, and create fresh business opportunities. However, many organisations lack the in-house expertise to harness this data effectively, fueling a growing demand for geospatial consultancies.


We are at a unique moment where the demand for geospatial services is soaring, and powerful tools like AI are more accessible than ever. Let's explore how to capitalise on this opportunity to grow your geospatial consultancy.

Building a Solid Foundation


A strong foundation is crucial for building anything that lasts—a structure, a team, or a company. Yet, many founders overlook the importance of defining their vision and mission statements early in their journey. It may seem cliché or overly corporate, but these elements are essential, even if you're a one-person operation or a small team.


A clear vision outlines your long-term aspirations and acts as a guiding compass, helping your company stay focused and grow in the right direction. If you want to go far, you must maintain a steady course. Your mission statement, on the other hand, clarifies what your business does, for whom, and how. It serves as a framework for daily operations and decision-making.


Once your vision and mission are in place, the next step is developing a Business Plan. It doesn't need to be overly complicated; start with a clear, concise one-page business plan that outlines:


  • Business Opportunity: What problem are you solving?

  • Company Description: Who are you, and what do you do?

  • Team: Who is involved?

  • Industry Analysis: What is the market landscape?

  • Target Market: Who are your customers?

  • Implementation Timeline: What are your key milestones?

  • Marketing Plan: How will you reach your customers?

  • Financial Summary: What are your financial goals?

  • Funding Requirement: What resources do you need?


This basic structure will give you a solid foundation to build upon as your consultancy grows.


Essential GIS Tools


To effectively run a geospatial consultancy, you must be proficient with the right tools. You’ll likely deal with vector data, raster data, and point clouds in your day-to-day work. Here are some essential GIS tools that can help:


Flai

Flai is a cloud-based platform designed to work with geospatial datasets, particularly Lidar point clouds. It streamlines the process of visualizing, exploring, and classifying these datasets, offering a variety of pre-trained models ready to use. For instance, the Aerial Mapping classifier can categorize points into over 19 classes. Users can select from existing processing templates or customize their workflows with an advanced processing flow builder. Scalability isn't an issue; Flai’s infrastructure effortlessly handles large datasets. Beyond classification, you can generate various outputs, from simple hillshades to detailed single-tree inventories, and create vector or raster deliverables for further analysis in QGIS. If you don't have Lidar data, you can explore open Lidar datasets available through FlaiHub.

Aerial Mapping FlaiNet classifier, capable of classifying points into more then 19 categories.
Templates - Aerial Mapping FlaiNet classifier, capable of classifying points into more then 19 categories.

Quantum GIS (QGIS)

QGIS is an open-source platform offering powerful features for beginners and advanced users. It supports various data formats and has an extensive range of plugins for specialized tasks. QGIS is highly customizable, making it ideal for projects requiring specific workflows.

QGIS with an active project visualizing spatial data layers and analysis tools.
QGIS with an active project visualizing spatial data layers and analysis tools.

Python

Getting comfortable with Python can significantly enhance your geospatial work. Libraries such as GeoPandas, Shapely, and Rasterio open up a world of possibilities, allowing you to automate tasks and perform complex analyses. Plus, with the rise of large language models, you can get help writing scripts to kickstart your projects.

A Python code snippet generates and visualizes a grid over an area of interest, highlighting overlapping tiles on a river-like shape using GeoPandas and Matplotlib.
A Python code snippet generates and visualizes a grid over an area of interest, highlighting overlapping tiles on a river-like shape using GeoPandas and Matplotlib.


Google Earth Engine

Google Earth Engine is a cloud-based platform that processes large datasets at scale. It’s solid in handling satellite imagery and time-series analysis, making it invaluable for environmental monitoring and large-scale geospatial analysis.


PostGIS

PostGIS adds geospatial capabilities to the PostgreSQL database, allowing spatial data to be stored and accessed. It's a powerful tool for managing large volumes of spatial data and is highly compatible with other GIS platforms.


GRASS GIS

GRASS GIS (Geographic Resources Analysis Support System) is another open-source tool known for its powerful spatial modelling capabilities and extensive range of analytical tools. It’s ideal for handling large datasets and performing sophisticated spatial analyses.


GDAL

GDAL is an open-source library for reading and writing raster and vector geospatial data formats. It acts as a translator for various formats, making it a foundational tool for geospatial data manipulation. GDAL is often used with other GIS software, providing backend processing power for data conversion, transformation, and analysis.


SentinelHub

Sentinel Hub is a cloud-based platform that provides access to a vast repository of satellite imagery and geospatial data from sources like Sentinel-1, Sentinel-2, Landsat, and others. It enables users to process and analyze satellite data in real-time, offering tools for monitoring environmental changes, agricultural analysis, and disaster management.


These tools make your work more efficient and help you deliver high-quality results to your clients.


Effective Marketing and Client Engagement


Growing your geospatial consultancy isn't just about technical expertise; it's also about how you market your services and engage with clients. Here are some strategies to consider:


  • Build a Strong Brand: Establish a professional online presence through a well-designed website and active social media profiles. Your brand is your first impression, so make it count.

  • Content Marketing: Leverage content marketing as your first growth lever. Blogging, case studies, and webinars are excellent ways to showcase your expertise and attract potential clients. Regularly publishing content that addresses industry challenges or highlights your success stories can position your consultancy as a thought leader.

  • Networking and Relationships: Use networking as your second growth lever. Building relationships within the industry is crucial. Attend conferences, join professional organisations, and collaborate with other firms. These activities can lead to partnerships, referrals, and new business opportunities.

  • Exceptional Customer Service: Delivering outstanding customer service is critical to retaining clients and generating word-of-mouth referrals. Satisfied clients are more likely to recommend your services to others, helping your business grow organically.


Conclusion


Growing a geospatial consultancy requires a mix of a strong foundation, the right tools, and effective marketing strategies. By clearly defining your vision and mission, equipping yourself with essential GIS tools, and actively engaging with your market, you can position your consultancy for success in this rapidly evolving field. The demand for geospatial services is at an all-time high, and with the right approach, your consultancy can thrive.


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