
27 de nov. de 2024
27 de nov. de 2024
27 de nov. de 2024
Images in civil construction for monitoring works: how to analyze them?
Images in civil construction for monitoring works: how to analyze them?
Understand the importance of images in construction and check out 5 tips to start optimizing your projects with this resource!
Understand the importance of images in construction and check out 5 tips to start optimizing your projects with this resource!


Tales Silva
CEO & founder, Construct IN


Tales Silva
CEO & founder, Construct IN


Tales Silva
CEO & founder, Construct IN
cOMPARTILHE NAS REDES
cOMPARTILHE NAS REDES




* Cover image: Envato/voronaman111
The monitoring of the construction work on-site and manual inspections are important. But besides being tiring, they are not always accurate. This is where the use of images in civil construction becomes essential for monitoring progress and identifying potential problems.
The good news is that if you use good construction management software and know how to analyze the images correctly, this can make a significant difference between a smooth project or one full of unforeseen circumstances.
Continue reading to learn more about the subject. Check it out:
The importance of images in civil construction
How to analyze construction images effectively
Reduce costs and travel time by up to 50%
The importance of images in civil construction
Some of the main technologies for capturing images in civil construction are 360° cameras, drones, and photogrammetry.
Each of these offers specific advantages for monitoring, inspecting, and conducting detailed analysis of construction projects.
Once the images are captured, they can be used for various purposes within a construction project, such as:
Monitoring progress and quality;
Documenting structures and equipment;
Inspection and building maintenance;
Safety on the construction site.
The 360° camera is the option with the best cost/benefit ratio for remote monitoring of construction projects, especially using the Construct IN platform.
Get to know a little more about our solution:

How to analyze images effectively
Capturing the images is just the first step.
To gain real insights, you need to know how to analyze them correctly. Here’s how to do it:
1. Choose the right technology
There are several image capture technologies and each one is suitable for a specific purpose.
For example, infrared thermography is excellent for detecting leaks and thermal insulation failures.
As for the 360° cameras, as we mentioned, they are great for monitoring construction progress.
They capture images in all directions simultaneously, providing an immersive and comprehensive view of the construction site.
With our platform, you can take 360° photos without needing internet access on-site.
As soon as the device is connected to Wi-Fi or 3G/4G/5G, the images are sent automatically.
Oh, and you don’t need to note the date or write the location name, as it is linked to the registered floor plan.
2. Use image analysis software
The BIM allows the integration of images with project data, facilitating the analysis and detection of discrepancies between what was designed and what is being executed.
With our platform, in addition to remote monitoring, these photos can be integrated into BIM, allowing for even more precise analysis of the project in execution.
- Read also: BIM Dimensions: learn about 3D, 4D, 5D, 6D, and 7D!

3. Interpretation of structural problems
When it comes to identifying structural problems, such as cracks or deformations, the correct interpretation of the image is very important.
The analysis should consider factors such as the thickness of the crack, the location, and the progression shape.
At this point, technical experience is essential for making the correct correlation between the problem identified in the image and its severity in the structure.
4. Visual reports
The images should be included in detailed visual reports.
You should make notes that clearly describe the identified problems, the location, and the correction recommendations.
This facilitates communication between engineers, construction managers, and other stakeholders involved in the project.
Some examples of documentation that can be generated include: Photographic Report, Daily Construction Report (RDO), and other types.
With our platform, for example, you have the advantage of documenting in just a few clicks.

5. Comparative analysis
One of the best ways to extract value from the images is through comparative analysis.
Taking photos of the same area at different times during the project allows you to identify trends, such as the emergence of new problems or the evolution of pre-existing defects.
The comparison also helps verify whether the corrective measures taken were effective.
With Construct IN, you can easily compare photo dates with just a few clicks.
Reduce costs and travel time by up to 50%
With the construction management software Construct IN, you can monitor the progress of your project with virtual visits in 360°, recording every detail in an organized and practical way.
Centralize data such as notes, RDOs, and reports all in one place, managing everything from anywhere in the world.
See who has already invested:
- LK2 reduced inspection time by up to 80%.
- Afonso França monitors his jobs in real time with 360° images.
Request a free demonstration!
The monitoring of the construction work on-site and manual inspections are important. But besides being tiring, they are not always accurate. This is where the use of images in civil construction becomes essential for monitoring progress and identifying potential problems.
The good news is that if you use good construction management software and know how to analyze the images correctly, this can make a significant difference between a smooth project or one full of unforeseen circumstances.
Continue reading to learn more about the subject. Check it out:
The importance of images in civil construction
How to analyze construction images effectively
Reduce costs and travel time by up to 50%
The importance of images in civil construction
Some of the main technologies for capturing images in civil construction are 360° cameras, drones, and photogrammetry.
Each of these offers specific advantages for monitoring, inspecting, and conducting detailed analysis of construction projects.
Once the images are captured, they can be used for various purposes within a construction project, such as:
Monitoring progress and quality;
Documenting structures and equipment;
Inspection and building maintenance;
Safety on the construction site.
The 360° camera is the option with the best cost/benefit ratio for remote monitoring of construction projects, especially using the Construct IN platform.
Get to know a little more about our solution:

How to analyze images effectively
Capturing the images is just the first step.
To gain real insights, you need to know how to analyze them correctly. Here’s how to do it:
1. Choose the right technology
There are several image capture technologies and each one is suitable for a specific purpose.
For example, infrared thermography is excellent for detecting leaks and thermal insulation failures.
As for the 360° cameras, as we mentioned, they are great for monitoring construction progress.
They capture images in all directions simultaneously, providing an immersive and comprehensive view of the construction site.
With our platform, you can take 360° photos without needing internet access on-site.
As soon as the device is connected to Wi-Fi or 3G/4G/5G, the images are sent automatically.
Oh, and you don’t need to note the date or write the location name, as it is linked to the registered floor plan.
2. Use image analysis software
The BIM allows the integration of images with project data, facilitating the analysis and detection of discrepancies between what was designed and what is being executed.
With our platform, in addition to remote monitoring, these photos can be integrated into BIM, allowing for even more precise analysis of the project in execution.
- Read also: BIM Dimensions: learn about 3D, 4D, 5D, 6D, and 7D!

3. Interpretation of structural problems
When it comes to identifying structural problems, such as cracks or deformations, the correct interpretation of the image is very important.
The analysis should consider factors such as the thickness of the crack, the location, and the progression shape.
At this point, technical experience is essential for making the correct correlation between the problem identified in the image and its severity in the structure.
4. Visual reports
The images should be included in detailed visual reports.
You should make notes that clearly describe the identified problems, the location, and the correction recommendations.
This facilitates communication between engineers, construction managers, and other stakeholders involved in the project.
Some examples of documentation that can be generated include: Photographic Report, Daily Construction Report (RDO), and other types.
With our platform, for example, you have the advantage of documenting in just a few clicks.

5. Comparative analysis
One of the best ways to extract value from the images is through comparative analysis.
Taking photos of the same area at different times during the project allows you to identify trends, such as the emergence of new problems or the evolution of pre-existing defects.
The comparison also helps verify whether the corrective measures taken were effective.
With Construct IN, you can easily compare photo dates with just a few clicks.
Reduce costs and travel time by up to 50%
With the construction management software Construct IN, you can monitor the progress of your project with virtual visits in 360°, recording every detail in an organized and practical way.
Centralize data such as notes, RDOs, and reports all in one place, managing everything from anywhere in the world.
See who has already invested:
- LK2 reduced inspection time by up to 80%.
- Afonso França monitors his jobs in real time with 360° images.
Request a free demonstration!
The monitoring of the construction work on-site and manual inspections are important. But besides being tiring, they are not always accurate. This is where the use of images in civil construction becomes essential for monitoring progress and identifying potential problems.
The good news is that if you use good construction management software and know how to analyze the images correctly, this can make a significant difference between a smooth project or one full of unforeseen circumstances.
Continue reading to learn more about the subject. Check it out:
The importance of images in civil construction
How to analyze construction images effectively
Reduce costs and travel time by up to 50%
The importance of images in civil construction
Some of the main technologies for capturing images in civil construction are 360° cameras, drones, and photogrammetry.
Each of these offers specific advantages for monitoring, inspecting, and conducting detailed analysis of construction projects.
Once the images are captured, they can be used for various purposes within a construction project, such as:
Monitoring progress and quality;
Documenting structures and equipment;
Inspection and building maintenance;
Safety on the construction site.
The 360° camera is the option with the best cost/benefit ratio for remote monitoring of construction projects, especially using the Construct IN platform.
Get to know a little more about our solution:

How to analyze images effectively
Capturing the images is just the first step.
To gain real insights, you need to know how to analyze them correctly. Here’s how to do it:
1. Choose the right technology
There are several image capture technologies and each one is suitable for a specific purpose.
For example, infrared thermography is excellent for detecting leaks and thermal insulation failures.
As for the 360° cameras, as we mentioned, they are great for monitoring construction progress.
They capture images in all directions simultaneously, providing an immersive and comprehensive view of the construction site.
With our platform, you can take 360° photos without needing internet access on-site.
As soon as the device is connected to Wi-Fi or 3G/4G/5G, the images are sent automatically.
Oh, and you don’t need to note the date or write the location name, as it is linked to the registered floor plan.
2. Use image analysis software
The BIM allows the integration of images with project data, facilitating the analysis and detection of discrepancies between what was designed and what is being executed.
With our platform, in addition to remote monitoring, these photos can be integrated into BIM, allowing for even more precise analysis of the project in execution.
- Read also: BIM Dimensions: learn about 3D, 4D, 5D, 6D, and 7D!

3. Interpretation of structural problems
When it comes to identifying structural problems, such as cracks or deformations, the correct interpretation of the image is very important.
The analysis should consider factors such as the thickness of the crack, the location, and the progression shape.
At this point, technical experience is essential for making the correct correlation between the problem identified in the image and its severity in the structure.
4. Visual reports
The images should be included in detailed visual reports.
You should make notes that clearly describe the identified problems, the location, and the correction recommendations.
This facilitates communication between engineers, construction managers, and other stakeholders involved in the project.
Some examples of documentation that can be generated include: Photographic Report, Daily Construction Report (RDO), and other types.
With our platform, for example, you have the advantage of documenting in just a few clicks.

5. Comparative analysis
One of the best ways to extract value from the images is through comparative analysis.
Taking photos of the same area at different times during the project allows you to identify trends, such as the emergence of new problems or the evolution of pre-existing defects.
The comparison also helps verify whether the corrective measures taken were effective.
With Construct IN, you can easily compare photo dates with just a few clicks.
Reduce costs and travel time by up to 50%
With the construction management software Construct IN, you can monitor the progress of your project with virtual visits in 360°, recording every detail in an organized and practical way.
Centralize data such as notes, RDOs, and reports all in one place, managing everything from anywhere in the world.
See who has already invested:
- LK2 reduced inspection time by up to 80%.
- Afonso França monitors his jobs in real time with 360° images.
Request a free demonstration!
The monitoring of the construction work on-site and manual inspections are important. But besides being tiring, they are not always accurate. This is where the use of images in civil construction becomes essential for monitoring progress and identifying potential problems.
The good news is that if you use good construction management software and know how to analyze the images correctly, this can make a significant difference between a smooth project or one full of unforeseen circumstances.
Continue reading to learn more about the subject. Check it out:
The importance of images in civil construction
How to analyze construction images effectively
Reduce costs and travel time by up to 50%
The importance of images in civil construction
Some of the main technologies for capturing images in civil construction are 360° cameras, drones, and photogrammetry.
Each of these offers specific advantages for monitoring, inspecting, and conducting detailed analysis of construction projects.
Once the images are captured, they can be used for various purposes within a construction project, such as:
Monitoring progress and quality;
Documenting structures and equipment;
Inspection and building maintenance;
Safety on the construction site.
The 360° camera is the option with the best cost/benefit ratio for remote monitoring of construction projects, especially using the Construct IN platform.
Get to know a little more about our solution:

How to analyze images effectively
Capturing the images is just the first step.
To gain real insights, you need to know how to analyze them correctly. Here’s how to do it:
1. Choose the right technology
There are several image capture technologies and each one is suitable for a specific purpose.
For example, infrared thermography is excellent for detecting leaks and thermal insulation failures.
As for the 360° cameras, as we mentioned, they are great for monitoring construction progress.
They capture images in all directions simultaneously, providing an immersive and comprehensive view of the construction site.
With our platform, you can take 360° photos without needing internet access on-site.
As soon as the device is connected to Wi-Fi or 3G/4G/5G, the images are sent automatically.
Oh, and you don’t need to note the date or write the location name, as it is linked to the registered floor plan.
2. Use image analysis software
The BIM allows the integration of images with project data, facilitating the analysis and detection of discrepancies between what was designed and what is being executed.
With our platform, in addition to remote monitoring, these photos can be integrated into BIM, allowing for even more precise analysis of the project in execution.
- Read also: BIM Dimensions: learn about 3D, 4D, 5D, 6D, and 7D!

3. Interpretation of structural problems
When it comes to identifying structural problems, such as cracks or deformations, the correct interpretation of the image is very important.
The analysis should consider factors such as the thickness of the crack, the location, and the progression shape.
At this point, technical experience is essential for making the correct correlation between the problem identified in the image and its severity in the structure.
4. Visual reports
The images should be included in detailed visual reports.
You should make notes that clearly describe the identified problems, the location, and the correction recommendations.
This facilitates communication between engineers, construction managers, and other stakeholders involved in the project.
Some examples of documentation that can be generated include: Photographic Report, Daily Construction Report (RDO), and other types.
With our platform, for example, you have the advantage of documenting in just a few clicks.

5. Comparative analysis
One of the best ways to extract value from the images is through comparative analysis.
Taking photos of the same area at different times during the project allows you to identify trends, such as the emergence of new problems or the evolution of pre-existing defects.
The comparison also helps verify whether the corrective measures taken were effective.
With Construct IN, you can easily compare photo dates with just a few clicks.
Reduce costs and travel time by up to 50%
With the construction management software Construct IN, you can monitor the progress of your project with virtual visits in 360°, recording every detail in an organized and practical way.
Centralize data such as notes, RDOs, and reports all in one place, managing everything from anywhere in the world.
See who has already invested:
- LK2 reduced inspection time by up to 80%.
- Afonso França monitors his jobs in real time with 360° images.
Request a free demonstration!
* Cover image: Envato/voronaman111
* Cover image: Envato/voronaman111
* Cover image: Envato/voronaman111
* Cover image: Envato/voronaman111
Sobre o autor


Tales Silva
CEO & founder, Construct IN


Tales Silva
CEO & founder, Construct IN


Tales Silva
CEO & founder, Construct IN
Tales Silva é Engenheiro Civil formado pela PUCRS (2016) e possui MBA Executivo com foco em marketing pela ESPM-Sul (2019). Tem experiência em projetos estruturais e em construções industrializadas. É fundador e CEO da Construct IN, construtech que oferece uma plataforma de gestão e documentação de obras por meio de imagens 360º.
cOMPARTILHE NAS REDES
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Whats: +55 51 3500-8295
contato@constructin.com.br
Avenida Unisinos, 950 UNITEC 1 - G12 / Sala 120
- Cristo Rei, São Leopoldo - RS, 93022-750
English (United States)
Whats: +55 51 3500-8295
contato@constructin.com.br
Avenida Unisinos, 950 UNITEC 1 - G12 / Sala 120
- Cristo Rei, São Leopoldo - RS, 93022-750
English (United States)
Whats: +55 51 3500-8295
contato@constructin.com.br
Avenida Unisinos, 950 UNITEC 1 - G12 / Sala 120
- Cristo Rei, São Leopoldo - RS, 93022-750
English (United States)
Whats: +55 51 3500-8295
contato@constructin.com.br
Avenida Unisinos, 950 UNITEC 1 - G12 / Sala 120
- Cristo Rei, São Leopoldo - RS, 93022-750
English (United States)