https://www.youtube.com/watch?v=Gpfxqo6uGgc

Related: How ArcGIS Field Maps can Revolutionize Field Data Collection

Optimizing Field Operation Workflows

Field crews play a crucial role in asset management, environmental monitoring, and infrastructure maintenance. Their ability to navigate efficiently, collect accurate data, and coordinate tasks directly impacts project success. ArcGIS facilitates:

• Navigation Assistance: Mobile teams can use interactive maps to find the fastest route to their destination, reducing time spent searching for assets or project sites.
• Spatial Awareness: Field workers can access maps that highlight surrounding features such as lakes, forests, or restricted zones, helping them avoid hazards.
• Data Collection: Using apps like Survey123, QuickCapture and Field Maps, teams can collect real-time data, update records, and share findings instantly.
• Task Management: With tools like ArcGIS Workforce, managers can assign tasks, track progress, and optimize workforce deployment.

These capabilities ensure field teams operate with efficiency, accuracy, and safety, leading to better decision-making and faster project completion.

Related: Tips and Tricks: Field Data Collection Best Practices

Challenges in Field Operations & How to Overcome Them

Despite technological advancements, field operations still face several challenges:

1. Lack of Real-Time Data Access

Traditional workflows often rely on paper-based data collection, leading to delays in data processing. Field teams may lack access to maps, asset details, or work orders. Solution: ArcGIS enables seamless data synchronization between field and office staff, ensuring real-time access to critical information.

2. Heavy Reliance on Paper-Based Workflows

Paper records are prone to errors, loss, and inefficiency. Solution: Digitizing data collection with ArcGIS applications enhances accuracy, speeds up reporting, and reduces environmental impact.

3. Security & Data Integrity Issues

Without proper security measures, sensitive field data may be exposed. Solution: Role-based access control within ArcGIS ensures only authorized personnel can access and edit data.

4. Disconnected Field & Office Teams

Delays in communication between field teams and office staff often result in inefficiencies. Solution: ArcGIS Dashboards provide real-time visibility into field operations, allowing office teams to monitor progress, assign resources, and make informed decisions.

5. Poor Coordination & Task Assignment

Assigning tasks manually can lead to duplication or inefficiencies. Solution: ArcGIS Workforce enables managers to assign tasks efficiently, track progress, and ensure proper workload distribution among field staff.

Who is Involved in Field Operations?

Effective field operations require collaboration between multiple roles, including:

• Mobile Workers & Field Crews: Responsible for data collection, inspections, and maintenance.
• GIS Analysts & Dispatchers: Manage data integration, map updates, and task assignments.
• Supervisors & Decision-Makers: Oversee operations, track progress, and make data-driven decisions.

By leveraging ArcGIS technology, organizations can streamline workflows, overcome challenges, and improve overall efficiency in field operations. Whether working in connected or disconnected environments, ArcGIS ensures that teams have the tools they need to work smarter and faster.

Ready to optimize your field operations? Explore the power of ArcGIS today.

The Power of ArcGIS & Autodesk Integration

Construction authorities are tasked with project registration, compliance enforcement, and site inspections. However, traditional methods are often manual, time-consuming, and resource intensive. With ArcGIS and Autodesk, these challenges are addressed through real-time data collection, field-to-office workflows, and interactive dashboards.

Autodesk solutions like Civil 3D, InfraWorks, and Revit integrate with ArcGIS Pro, ArcGIS Online, and ArcGIS Enterprise, enabling seamless design collaboration, geospatial analysis, and compliance tracking. This integration supports multiple data formats, including CAD, BIM, 3D models, and LiDAR data, ensuring a comprehensive digital workflow.

How GIS Enhances Construction Site Inspections

1. Task Assignment & Fieldwork
   • Inspectors receive real-time task notifications via ArcGIS Workforce.
   • The system automatically records the location of the inspection site, ensuring accurate data collection.
   • The field team logs entry and exit times, NCA permit details, and inspection type (due diligence or mandatory site inspection).
2. Real-Time Data Collection & Compliance Checks
   • The inspection form captures critical site details, such as:
     ✅ Presence of detailed signboards
     ✅ Availability of approved construction documents
     ✅ Presence of safety barricades and signage
   • Data is instantly submitted and visualized in an ArcGIS dashboard at the back office.
3. Live Monitoring & Reporting
   • Dashboards display real-time insights, such as:
     ✅ Total number of inspections completed
     ✅ Breakdown of due diligence vs. mandatory inspections
     ✅ Compliance statistics for each site
   • The system helps prioritize high-risk projects, ensuring timely intervention and enforcement actions.
4. Field Crew & Workforce Management
   • Supervisors track:
     ✅ Active field inspectors
     ✅ Assignments in progress
     ✅ Pending vs. completed inspections
   • This ensures efficient workforce allocation and optimized resource use.

Key Benefits of ArcGIS & Autodesk Integration

✅ Improved Site Monitoring – Real-time tracking of construction progress.
✅ Enhanced Compliance & Reporting – Instant visibility of violations.
✅ Efficient Resource Allocation – Optimized workforce and logistics management.
✅ Seamless Data Sharing – Collaboration with relevant agencies.
✅ Cost & Time Savings – Automation eliminates manual paperwor

By leveraging ArcGIS and Autodesk, construction authorities can move from traditional site inspections to a fully digital, data-driven workflow. This not only enhances efficiency and compliance but also ensures sustainable urban development.

Want to see this workflow in action? Check out our full video on YouTube!

​Whether you’re one of the many business owners juggling multiple tasks and doing everything on your own, facing daunting challenges of finding the right location and the right customers at the most opportune time or if you’re a consultant assisting such business owners in fields outside of their area of expertise Esri Eastern Africa has a GIS solution to help you out!​

​​How does location intelligence work?​

Location Intelligence (LI) is the methodology of deriving insights from location data to answer spatial questions. LI goes beyond simple data visualization on maps, to analyzing location data as an integral part of a business or societal problem.​

Location intelligence involves the people and technology used to visualize spatial data, identifying trends and relationships that result in actionable information. It builds on geographical information system (GIS) tools to provide data-driven insights that span myriads of uses.​

​GIS provides you a process and a framework for not only creating knowledge but also applying it widely. ​With GIS, you can measure, visualize, analyze, plan and design. Understanding and seeing the world in a 4-dimension perspective can enable you expand your market share. GIS users are linking science and rational thinking and the best analytics to action and seeing what others can’t.​

​​Location intelligence comes from visualizing and analyzing volumes of location technology and is used to empower holistic planning, prediction and problem solving. Seeing all relevant information in the context of location—on a smart map, app, or dashboard—provides unique insights. In this way, insights gained from location technology can reveal hidden relationships, patterns, and trends, delivering a competitive advantage.​

​​Location data is big data that uses information about a person or group of people’s movement or behavior and this information an be used to understand wider trends and patterns. Location based advertising and marketing uses this data to fine-tune marketing efforts, generate better engagement and get valuable insights into customer behavior.​

​Ultimately, location provides opportunities for businesses to understand patterns and trends and reveal insights​ and GIS plays an important role through organizing our world’s geographic knowledge. It’s creating building blocks of shared understanding through data models that organize it, through analytic process models and interpretive models, through maps and how we visualize our world, through the stories that we tell enhanced with digital story maps, through the reports, the infographics, the dashboards that we create, and, of course, the workflows themselves.​

Learn more about location-driven market insights here https://youtu.be/1e_FcLHwFnY

You can also buy our ArcGIS products online at https://ea-store.esri.com/en-ke/store/overview

Talk to us about how GIS has helped you in your industry in the comment section below!

Thanks to our Q2 interns you can now automate dynamic data updates for your customers from Google sheets using a python script tool for ArcGIS, which feeds into feature service on ArcGIS Online.

Remember the panic when the first case of COVID-19 was announced and then the nationwide spread within weeks, we watched the existing data systems collapse because they were not dynamic enough to keep up with how fast the virus was spreading. Health workers had to divide their time between administering treatment and compiling reports. This made it hard to make decisions because most data was incomplete, inaccessible, or irregular existing only on paper instead of central database in most health facilities.

This project aims at answering one question; what if the Ministry of Health had an automated end to end system in all health facilities that handled data, cleaned it, and worked on it to extract necessary information and produce key insights with little human intervention?

Objectives of the project

The project aims at providing a solution with the need to update and gain insights from dynamically created data. It also aims at:

• Automating dynamic earthquake data updates, processing, and display from google sheets
• Converting csv file and creating an online feature service
• Cleaning of the data to remove duplicates, null values, and erroneous information
• Updating the online feature layer with new data
• Creating a dashboard, displaying real time data   

The project is important because:

With this project, businesses and health ministry can achieve the following:

1. Faster response time – Data is uploaded autonomously. A computer can open and execute tools in a much faster sequence than you can by pointing and clicking allowing health professionals to attend to areas in dire need of treatment.
2. Reduced human resource costs – This algorithm allows you to free personnel from manual data entry as it can fully run and update information as needed without human intervention.
3. Lower error risks – Automation improves work accuracy. There is always the possibility of error when performing a manual task on a computer. The likelihood increases with the number and complexity of steps in your analysis, as well as the fatigue caused by repeatedly performing the task. In contrast, once an automated task is configured, a computer can be relied on to repeat the same sequence of steps for an indefinite number of cycles.
4. Replicability – The script is simple and can be used across various industries and sectors to help in a fast, automated, and coordinated response.

This script will benefit the health industry in coordinating COVID-19 data coaction, analysis, and response. However, it can also be used to work on famine relief, supply chain monitoring and other fields.

This webinar also includes projects done by our Uganda and Tanzania interns on providing solutions to various industries. To sign up for our training program click here

With the growing need for imagery with high spatial and spectral resolution – along with temporal resolution, drones fill a critical gap in imagery capture needs. Remote sensing enables users and organizations to capture clear imagery quickly- that is recent enough to accurately define details.

Although remote sensing includes the use of satellites, aircrafts, and drones, using drones significantly reduces the cost of acquisition for imagery and lets you capture high-resolution imagery more quickly and more frequently. Drones also provide a way to capture imagery in a more cost-effective manner.

At Esri Eastern Africa, we provide customers with two drone solutions:

1. ArcGIS Drone2Map – It’s a Desktop based drone imagery processing that analyzes and process your data and publish it on ArcGIS Online and Enterprise. The advantage is you can also be able to utilize ArcGIS Drone2Map offline.
2. Site Scan for ArcGIS – Its cloud-based, meaning you can log in from any device wherever you are. It allows you to manage drone fleet, visualize, analyze, and process data on web, and then share, collaborate, and publish to ArcGIS Online and Enterprise.

Imagery products you can create with Site Scan for ArcGIS

Here are examples of imagery products you can create with Site Scan for ArcGIS:

• Orthomosaic

It’s a mosaic of orthorectified imagery with minimized distortion from elevation or sensor sources, used as base map for measuring 2D features such as building footprints.

• Elevation Data

A representation of the elevation surface. The value of each pixel corresponds to the elevation above ground. In Site Scan for ArcGIS, you have the option of choosing a DEM or DTM for visualization and analysis.

A DEM (digital elevation model) is a surface that represents the highest point at any x,y location, including man-made or artificial surfaces.

A DTM (digital terrain model) is a surface which represents the bar earth. Man-made features are filtered out.

Elevation layers are used as the base elevation surface for 3D maps, or for calculating slope and aspect for site selection or hydrological applications.

• Point Cloud

A point cloud is a set of points with x, y, and z coordinates placed in a 3D scene. The color of each point is the true color of the object. The resolution of the visualization is relatively coarse compared to orthomosaics or 3D mesh. In Site Scan for ArcGIS, the point cloud is used to measure 3D angles, distances, and heights. Elevation profiles can also be measured from the point cloud in Site Scan.

• 3D Mesh

It’s a continuous 3D surface created from a collection of photos. The 3D mesh is used primarily for visualization purposes such as fly-throughs. In Site Scan for ArcGIS, you can visualize the 3D mesh using virtual reality equipment.

To learn more about managing, processing and analysis of drone imagery with Site Scan for ArcGIS, watch the webinar https://www.youtube.com/watch?v=K8ALOT4a5wM&t=134s

You can also visit our https://ea-store.esri.com/en-ke/store/overview online store to purchase ArcGIS products.

But first, what is geospatial intelligence?

Geospatial intelligence is information derived from an examination of pictures and data connected to a specific place. Geospatial intelligence employs imagery to examine and evaluate human behavior and physical geography anywhere on Earth. In other words, it is used to address spatial issues.

With the adoption of drone technology in different fields, GIS is leveraging drone imagery in creating contemporary GIS applications and for keeping GIS data current by capturing high resolution imagery.

Why are drones important?

• Different industries have used drone technology to capture high spatial/spectral resolution and current (temporal) data
• Drones have decreased the high cost of gathering geospatial data
• Drones have made it easier to capture imagery in hazardous environments

Who uses drones?

Drones can be used in all industries from AEC/infrastructure, governments, and mining to public safety. Below are a few examples of how different industries are turning drone imagery to geospatial intelligence:

Forestry and Agriculture

More farmers are embracing technology and practices to lower costs, boost yields, and eventually raise their return on investment (ROI). With drones, farmers now have the ease of inspecting crops from fresh angles and with regularity that was impossible before. They’re able to pinpoint problems and diseases in the field and correct these diseases and flaws before they become expensive. In forestry, drones can be used in forest mapping and biodiversity, 3D mapping for carbon storage, and forest security.

AEC (Architecture, Engineering and Construction)/ infrastructure

The use of drones for surveying is one practical advantage of their use in architecture. A drone is the best instrument for getting to regions that are challenging to get because of its small size and simple agility. Drone aerial photography enables an architect and a client to envision what the finished result will look like. In engineering drones help in project management and project monitoring. You don’t need to be physically present; a drone may check on and keep track of a building project’s progress.

Emergency services

Drones have already been successful in search and rescue operations, according to several success stories. Drones mostly serve the purpose of surveillance in law enforcement. They serve as the eyes for keeping a watch on the system and hunting down criminals.

ArcGIS Drone Solutions

Esri provides you with two main ArcGIS Drone solutions

ArcGIS Drone2Map

It’s a Desktop based drone imagery processing solution which allows you to process the drone images that have been captured and do quick analysis on the imagery. It allows you to turn raw still imagery from drones into valuable information products in ArcGIS.

It also allows you to share the information on ArcGIS Online and ArcGIS Enterprise account.

ArcGIS Site Scan

It’s an end-to-end cloud-based drone imagery processing solution that allows you to process your images, do analysis and management in the cloud. Site Scan provides drone flight planning, fleet management, image processing and analysis capabilities as Software as a Service (SaaS).

It consists of two components:

• Site Scan Flight planning and control application
• Site Scan Manager

To learn more about turning drone imagery to geospatial intelligence, watch our webinar https://youtu.be/zzfZlklVIpc

You can also purchase ArcGIS products online https://ea-store.esri.com/en-ke/store/overview

How does ArcGIS GeoPlanner come into play?

ArcGIS GeoPlanner is a web-based app for informed evidence and performance-based planning and design. It provides a design framework for professionals to leverage geographic information and offers a collaborative set of tools for use in scenario planning. It’s a Geo design tool that helps in creating, analyzing, and reporting planning alternatives.

Due to limited land resources, development demands, and intricate planning procedures, planning authorities have substantial obstacles in protecting key places from rapid growth and development. ArcGIS GeoPlanner for geodesign and scenario planning constantly monitors the environmental impact of new and current designs. It helps in communicating design purpose while addressing environmental constraints through geographical context and visual storytelling.

It can be a useful tool for professional engaged in but not limited to:

• Urban planning
• Forestry management
• Conservation planning
• Green infrastructure planning

This application enables you to:

• Explore existing conditions
• Design and sketch with ease
• Evaluate impacts and compare alternatives
• Leverage on the built-in metrics and dashboards to help you track, evaluate and report on the impact of your design
• Use iterative scenario planning with ease

This allows you to inform your design with powerful analytics.

This web-based app is integrated across ArcGIS platform. Projects in ArcGIS GeoPlanner can also be used in other applications across the ArcGIS Platform. Scenarios created on ArcGIS GeoPlanner can be used in ArcGIS Pro to conduct further analysis on the data used, creating master plans in City Engine, and on ArcGIS Hub to gather feedback and collect input from communities, stakeholders, and other decision makers within projects. The result of the projects created can be visualized on the Dashboards to better understand the KPIs and how they are met within the different scenarios.

Licensing Model and Setting up ArcGIS GeoPlanner

ArcGIS GeoPlanner is a premium application that is hosted within ArcGIS Online and therefore, it requires you to have an organizational account and a named user license. You cannot use a public or a personal use account for GeoPlanner.

Click here https://youtu.be/WpRrgDQW0wM to learn how you can evaluate and share a project design in ArcGIS GeoPlanner.

You can also purchase ArcGIS GeoPlanner and other ArcGIS products from our online store.