GEOSURVEYS AND GEOSPATIAL INFO LTD

At Geosurveys and Geospatial Info Ltd, we pride ourselves in providing our clients with a diverse range of surveying and mapping solutions. No project is too big or small for us. Our focus is to deliver exemplary services across Kenya and East Africa. Consider giving us a call today on your spatial related queries. #ggil #surveyingservices #urbanplanning #gis #mapping #environmentalimpactassessment

May Allah grant all of your wishes this Eid 🌙✨ https://lnkd.in/gnTv6-k 🌍🔍 #eidmubarak2025 #surveying #mapping #planning #gis

3D Laser Scanning Imagine capturing every crack, curve, and contour of a building, mountain or ancient monument—down to the millimeter—in minutes. This is the power of 3D laser scanning, a technology that has revolutionized traditional surveying. Gone are the days of relying solely on tape measures and total stations; now, surveyors use lasers to create highly accurate digital replicas of the physical world. How It Works: A laser scanner is strategically placed within the area to be surveyed. It emits lasers to capture the shape and dimensions of objects, structures, or environments, generating a point cloud—a dense collection of data points representing the scanned space. These point clouds are then registered and processed to create detailed 3D models, enabling precise measurements and analysis. https://lnkd.in/gnTv6-k 🌍 🔍 #surveying #mapping #gis #urbanplanning #regionalplanning #ggil

We extend our gratitude to surveyors worldwide for their dedication to PRECISION and INNOVATION. Your work lays the foundation for sustainable development and a better future for all. Thank you for mapping the World, One measurement at a Time! https://lnkd.in/gnTv6-k 🌍🔍 #globalsurveyorsday2025 #surveying #mapping #gis #planning #ggil

The Language of Spatial Analysis In urban planning, understanding spatial relationships is essential for designing functional and livable cities. The Going Places with Spatial Analysis MOOC by Esri offers valuable insights into a structured seven-step workflow that empowers urban planners to make informed, data-driven decisions. Ask Questions: Identify the spatial problem or opportunity. For example, “Where should new public parks be located to serve the most residents?” Explore and Prepare Data: Gather relevant datasets, such as population density, existing parks, and transport networks. Analyze and Model: Use GIS tools to uncover patterns — overlay population data with park locations to identify underserved areas. Curious to explore accessibility further? Dive into our previous read on Visualizing Accessibility in Urban Planning: Service Areas and Buffers to learn how techniques like network-based service areas and distance buffers help planners assess service coverage and identify areas in need of better access to public services. Interpret Results: Assess the findings to pinpoint potential sites where new parks could have the greatest impact. Repeat or Modify: Refine the analysis as needed — adjust data inputs or methods to improve accuracy. Present Results: Create maps and reports to clearly communicate insights to stakeholders, like city officials and community members. Make Decisions: Apply the analysis to inform decisions, such as selecting sites for new parks and planning their development. By following this structured approach, urban planners can effectively address complex spatial challenges and make decisions that improve urban living. Are you using spatial analysis in your field? We’d love to hear how it’s shaping your decisions! https://lnkd.in/gnTv6-k 🌍 🔍 #PlanningThursday #UrbanPlanning #SpatialAnalysis #GIS #GoingPlacesWithSpatialAnalysis

Our team recently engaged with the executive leadership of the County Government of Kirinyaga in a productive discussion aimed at strengthening support for Micro, Small and Medium Enterprises (MSMEs) through the application of geospatial technology. By leveraging advanced geospatial tools, we aim to enhance decision-making processes, improve service delivery and drive inclusive development across the county. This collaboration marks a significant step toward building a more resilient and prosperous future for Kirinyaga, empowering local businesses and communities alike. Brian Mwenda | Racheal Njeri muthaka | GEOSURVEYS AND GEOSPATIAL INFO LTD https://lnkd.in/g5XZHhqt 🌍🔍 #GeospatialTechnology  #SustainableDevelopment #MSMEs #gis #ggil

The Future of Volumetric Analysis Drones are changing the game in volumetric analysis, offering faster, safer, and more accurate ways to measure stockpiles of materials like gravel, sand, and minerals. Why Use Drones for Stockpile Management? Precision: Achieve centimeter-level accuracy with RTK enabled drones or GCP integration. Safety: Survey without climbing hazardous stockpiles. Time Saving: Cover large areas in minutes, not days. Cost Effective: Cut down on equipment and labor costs. Using drones to create 3D models, DSMs and Orth mosaics to calculate volumes with ease. As a result, we obtain clear insights into better decision-making in mining, construction, agriculture, and more! Stay ahead with technology that delivers efficiency and results. www.ggil.co.ke 🔍 🌍 #surveying #mapping #gis #urbanplanning #Regionalplanning

ArcGIS Online is a powerful platform that fosters collaboration and community building, enabling teams to work together seamlessly on GIS projects. With features like; shared groups, real-time co-authoring, and the ability to easily share maps, layers, and data. ArcGIS Online makes it simple to collaborate across organizations or with the public. Whether you're working on a specific project, engaging with stakeholders, or building a community around a shared GIS interest, the platform supports efficient communication, resource sharing, and collective decision-making. It's an invaluable tool for creating strong GIS communities that drive innovation and success. https://lnkd.in/gnTv6-k 🌍 🔍 #GIS #ArcGIS #GISCommunity #ArcGISOnline #Mapping #Surveying #Planning #ggil

Why are Robotic Total stations recommended to surveyors? Robotic Total Stations (RTS) are next generation surveying instruments that integrate general features of a total station with robotic features. They enable one operator to control the device, follow targets and obtain accurate angular and distance measurements from the comfort of their control room. This innovation not only saves time but also enhances accuracy and safety in the field. ✅ Efficiency: Single-operator functionality streamlines workflows. ✅ Accuracy: Achieve millimeter-level precision with advanced tracking. ✅ Versatility: From construction sites to deformation monitoring, RTS delivers unmatched results. Whether you're laying the foundation for a skyscraper or mapping rugged terrains ⛰️, robotic total stations are transforming how we survey. The future of surveying is here let's upgrade the toolkit! www.ggil.co.ke 🔍 🌍 #surveying #mapping #gis #urbanplanning #Regionalplanning

Celebrating the Strength, Resilience and Brilliance of women around the world Today and Everyday! https://lnkd.in/gnTv6-k 🌍🔍 #IWD #EmpowerHer #internationalwomensday2025 #ggil