For forestry professionals, understanding the real condition of a forest has always depended on accurate field observation, reliable measurement tools, and years of experience.
However, forests are complex environments. Trees vary in size, structure, location, and condition, while terrain, vegetation density, and canopy coverage can make traditional surveying workflows challenging. Capturing complete and objective information from these environments requires more than individual measurements. It requires a way to digitally represent reality.
This is where LiDAR scanning, 3D point clouds, and digital forestry workflows are becoming increasingly valuable.
By capturing detailed three-dimensional information from natural environments, LiDAR technology allows forestry professionals to move from traditional field measurements toward more complete digital data. This data can support applications including forest inventory, tree surveying, vegetation analysis, GIS workflows, forest management, and long-term monitoring.
For Forest Design, a forestry technology company based in Brașov, Romania, creating objective digital information from complex forest environments has always been a core mission.
Through the use of FJD Trion LiDAR solutions, Forest Design is helping demonstrate how modern scanning technology can help forestry professionals capture reality, analyze forests more effectively, and create new possibilities for digital forest management.
Watch the Customer Story
According to Bogdan Congra, founder of Forest Design and a forester, the biggest value of this technology is its ability to make forestry data more objective.
Customer Overview: About Forest Design
Forest Design is a forestry technology company based in Brașov, Romania, focused on transforming complex natural environments into structured digital information for better decision-making.
Founded in 2004, the company combines forestry expertise with digital technologies including GIS, GNSS, remote sensing, and LiDAR-based workflows to support modern forestry applications.
Rather than looking at forests only through traditional measurements, Forest Design focuses on creating digital representations of natural environments that can be analyzed, shared, and used for more informed decisions.
The company works across forestry applications including:
- Forest inventory
- Digital forest mapping
- GIS workflows
- Forest analysis
- Remote sensing
- LiDAR-based data processing
For Bogdan Congra, founder of Forest Design, the goal is clear: use technology to capture the reality of forests in a more objective and measurable way.
Company: Forest Design
Representative: Bogdan Congra
Title: Founder
Region: Brașov, Romania
Industry: Forestry Technology and Digital Forest Solutions
Core Expertise: Forestry, GIS, GNSS, Remote Sensing, LiDAR Workflows
Featured Solution: FJD Trion ForestMind (Tree and Vegetation Management)
Click to visit the customer website
The Situation: Forestry Professionals Needed a More Objective Way to Capture Forest Reality
Forestry has always relied on field expertise.
Professionals understand forests through years of experience, observation, and measurement. Traditional tools such as corers, prisms, tapes, and other field instruments remain important parts of forestry workflows.
However, forests are dynamic and complex systems.
A single measurement point cannot always represent the full structure of an environment. In dense forests, under canopy conditions, or areas with complex terrain, collecting complete information can become time-consuming and dependent on professional interpretation.
For Forest Design, the challenge was not simply collecting more data. The challenge was finding a way to capture the forest itself.
A complete digital representation could provide forestry professionals with more objective information for analysis, planning, and management.
As Bogdan explained:
“Because forests are complex. It’s necessary to have good equipment to capture reality in a 3D point cloud.”
This need for objective, comprehensive forest data became increasingly important as forestry workflows evolved toward digital solutions.
The Challenge
Subjective Measurements and Field Interpretation
Traditional forestry methods require significant expertise and professional judgement.
While experienced foresters can make valuable assessments, manual tools often capture only specific measurements rather than the complete three-dimensional structure of the forest.
Bogdan highlighted this challenge:
“I think to find a way to be objective is the most important thing in the forest sector. Because in the traditional way, with a classic tool, you are very subjective.”
For Forest Design, improving objectivity meant creating a more complete digital record of forest conditions.
Complex Forest Environments Required Better Data Capture
Forests are not simple environments.
Dense vegetation, uneven terrain, and limited visibility under canopy can make traditional surveying methods more difficult.
To properly analyze forests, professionals need technology that can capture the relationship between trees, terrain, and surrounding vegetation.
A 3D point cloud provides a more complete representation of what exists in the environment, allowing forestry professionals to analyze the forest beyond individual measurements.
Faster Field Collection and Usable Forestry Outputs
Collecting data is only valuable if that information can be transformed into something useful.
Forestry professionals need outputs that support real workflows, including:
- Forest analysis
- Tree measurement
- GIS applications
- Density mapping
- Digital documentation
Forest Design needed a solution that could move efficiently from field capture to usable digital information.
The Need for Practical Technology Adoption
For professional users, adopting new technology requires more than advanced specifications.
The solution must be practical in the field, easy to operate, and supported by reliable software and technical assistance.
This was especially important for forestry professionals working in challenging environments where technology needs to perform consistently.
The Solution: Why Forest Design Chose FJD Trion
Forest Design was looking for more than a scanning device. The company needed a complete solution that could support its vision of transforming complex forest environments into objective, structured digital information.
FJD Trion provided Forest Design with an ecosystem combining hardware, software, and field-ready workflows to support professional forestry applications.
According to Bogdan Congra, FJD Trion was able to respond to the practical needs of Forest Design’s forestry workflows.
“To put into practice what I want to achieve, FJD Trion responded to my needs and our needs in our company. FJD Trion offers us an ecosystem in terms of hardware and software.”
Forest Design uses multiple FJD Trion scanning solutions, including the FJD Trion P1, S1, and S2 scanners, while also using the V4e Combo for specific applications such as capturing ancient trees.
The value of this ecosystem comes from its ability to support the complete workflow:
- Capturing forest environments in 3D
- Creating point cloud data
- Exporting LAS files
- Generating density maps
- Supporting GIS workflows
- Adding richer information for forestry analysis
For forestry professionals, this means scanning is not the final step. Instead, captured data becomes a foundation for further analysis, planning, and decision-making.
The Core Value of FJD Trion for Forestry Workflows
1. Objectivity: Turning Forest Reality Into Measurable Digital Data
One of the biggest advantages of 3D LiDAR scanning in forestry is the ability to create a more objective representation of the environment.
Instead of relying only on individual observations or measurements, professionals can capture a complete digital record of what exists in the forest.
For Forest Design, this ability to transform reality into digital information is the foundation of the workflow.
As Bogdan explained:
“The 3D scanners from the FJD Trion family offer the real advantage to put the reality into the objective.”
This helps forestry professionals better understand forest structures, document conditions, and create data that can support future analysis.
2. Ease of Use: Making Digital Forestry More Accessible
Advanced forestry technology only creates value when professionals can actually use it in real environments.
Forest Design highlights the usability of the FJD Trion workflow, including the mobile application experience.
According to Bogdan:
“The mobile application is very user-friendly. It is not necessary to receive comprehensive training. It is great in terms of appearance, responsiveness, and so on.”
For forestry professionals who may not specialize in LiDAR technology, an intuitive workflow reduces the learning curve and makes digital data collection easier to integrate into daily operations.
3. Complete Data Workflow: From Scanning to Forestry Analysis
The value of LiDAR scanning is not only collecting information. The real value comes from turning that information into usable forestry outputs.
With FJD Trion scanning solutions, Forest Design can create:
- 3D point clouds
- LAS files
- Density maps
- GIS solutions
- Additional qualitative information for analysis
As Bogdan described:
“When I finish the scan, I push the button, I complete the scan, and I have the LAS file. I can create density maps and a GIS solution, and put more qualitative information.”
This allows forestry professionals to move from field capture to digital analysis more efficiently.
The Product: The FJD Trion LiDAR Scanning Solutions
The FJD Trion LiDAR ecosystem helps forestry professionals capture and analyze complex natural environments through high-quality 3D scanning workflows.
For Forest Design, the main solutions include:
FJD Trion P1, S1, and S2 LiDAR Scanners
Forest Design uses the FJD Trion P1, S1, and S2 LiDAR scanners as part of its forestry reality capture workflow. These solutions support the collection of detailed environmental data that can later be processed into digital forestry outputs.
Key workflow value includes:
- Forest environment capture
- 3D point cloud generation
- Digital documentation
- GIS-ready data preparation
FJD Trion V4e LiDAR for Tree Documentation
Beyond forest-wide scanning, LiDAR can also support individual tree applications.
Forest Design uses V4e LiDAR to capture important trees, including ancient trees, by creating detailed digital records of their structure.
Bogdan explained:
“With the V4e LiDAR, it is very simple to capture. You walk around a tree in less than one minute and you save it forever.”
This creates opportunities for tree preservation, documentation, and long-term monitoring.
Explore FJD Trion ForestMind
How It Creates Value in Forestry Workflows
1. From Traditional Forestry Measurement to Digital Forest Reality
Traditional forestry workflows often require professionals to collect information through manual measurements and field observations.
While these methods remain valuable, digital scanning introduces a new possibility: capturing the entire environment and creating a reusable digital record.
For Forest Design, FJD Trion technology supports multiple forestry applications.
2. Forest Surveying and Inventory
Forest surveying requires accurate information about trees, terrain, and vegetation.
By capturing detailed 3D information, LiDAR helps forestry professionals create a more complete understanding of forest conditions.
The resulting point cloud data can support:
- Forest inventory workflows
- Spatial analysis
- Tree structure assessment
- Digital documentation
3. Under-Canopy Mapping
One of the challenges in forestry is capturing information beneath dense tree canopies.
Forest Design highlights under-canopy mapping as an important application of FJD Trion technology.
Bogdan explained:
“It is very helpful in terms of mapping under the canopy.”
This capability is especially valuable in complex forest environments where traditional surveying approaches may be more challenging.
4. Tree Measurement and Preservation
Individual tree documentation is another important application.
Whether for conservation, research, or management purposes, creating a digital record allows professionals to preserve information about valuable trees.
Using LiDAR scanning, Forest Design can capture tree structures quickly and create lasting digital records.
5. Log Measurement
LiDAR scanning also supports specific forestry measurement tasks.
Bogdan highlighted the speed and precision of capturing individual logs:
“In 10 or 20 seconds, you cover an entire piece of log. You are very precise in terms of accuracy.”
This demonstrates how one digital capture workflow can support multiple forestry applications.
Business Results
1. More Objective Forest Data Collection
For Forest Design, one of the biggest advantages of using FJD Trion LiDAR solutions is the ability to transform complex forest environments into objective digital information.
Traditional forestry workflows often rely on individual measurements and professional interpretation. While expertise remains essential, 3D scanning provides a more complete representation of the environment by capturing trees, vegetation, and terrain as digital data.
This allows forestry professionals to work with:
- Detailed 3D point clouds
- Digital forest representations
- More structured spatial information
- Data that can support GIS-based workflows
As Bogdan explained:
“The 3D scanners from the FJD Trion family offer the real advantage to put the reality into the objective.”
For forestry analysis, this shift from subjective observation toward measurable digital information creates new possibilities for forest management, inventory, and documentation.
2. Faster Field Capture and More Efficient Forestry Workflows
Field data collection is one of the most time-consuming parts of forestry work.
Professionals need tools that can operate effectively in complex natural environments while allowing them to capture enough information for meaningful analysis.
With FJD Trion scanning solutions, Forest Design can spend time collecting forest data in the field and then convert that information into usable digital outputs.
According to Bogdan:
“You spend a few hours in the forest and you capture everything that is there. When I finish the scan, I push the button, I complete the scan, and I have the LAS file.”
This creates a more efficient workflow from forest reality capture to digital analysis.
Instead of collecting separate measurements and rebuilding the environment manually, professionals can work from a detailed digital representation.
3. Better Support for Forestry Analysis and GIS Workflows
The value of forestry scanning is not only the data collection process. The real benefit comes from what professionals can do with the captured information.
Forest Design uses FJD Trion data to support workflows involving:
- Density maps
- GIS solutions
- Spatial information
- Forest analysis
- Digital documentation
By connecting LiDAR scanning with GIS workflows, forestry professionals can create richer datasets that support more informed decisions.
This makes FJD Trion part of a larger digital forestry workflow rather than simply a scanning tool.
4. Easier Adoption of Digital Forestry Technology
For many forestry professionals, adopting new technology depends on whether it can realistically fit into existing workflows.
Complex tools that require extensive training can slow adoption.
Forest Design highlights the usability of the FJD Trion ecosystem, including the mobile application and overall scanning experience.
Bogdan also highlights the importance of software development and support:
“I think the most valuable feature is to have lifetime software with every update. In many cases, in one month, you receive new features and it is not necessary to pay more. Everything is yours.”
This approach helps professionals continue improving their workflows as technology develops.
Results at a Glance
3D Point Cloud Capture | LAS File Outputs | Under-Canopy Mapping | Less Than One Minute | Hundreds and Thousands of Scans |
Forest environments can be transformed into detailed digital representations for forestry analysis and management. | Captured scanning data can be processed into professional forestry and GIS workflows. | FJD Trion supports forest mapping in challenging environments where canopy and vegetation create additional complexity. | Using V4e LiDAR, Forest Design can capture individual ancient trees quickly and create a lasting digital record. | Bogdan shared that he has completed hundreds and thousands of scans and continues to find the system reliable and easy to use. |
“If I believe in something, it is easy to recommend to others. I tested it in the primary forest in Romania, and I believe it is the hardest environment in terms of forest ecosystem around the world. If it works there and I obtain good results, I think it works fine everywhere.”
Bogdan Congra
Founder, Forest Design
A Forestry Workflow Built Around Digital Reality Capture
Forest Design’s experience with FJD Trion demonstrates how forestry professionals can integrate LiDAR technology into real-world workflows.
The value is not only in capturing more data. It is in creating better information that can support forestry decisions.
By combining forestry expertise with digital scanning technology, Forest Design is able to:
- Capture complex forest environments
- Create objective digital records
- Support GIS-based analysis
- Document individual trees
- Improve forestry data workflows
For professional forestry users, technology adoption depends on reliability, usability, and practical value.
Forest Design’s experience shows how FJD Trion solutions can support professionals looking to move from traditional field measurements toward more complete digital forestry workflows.
As Bogdan explains:
“It is easy to use, easy to understand the limitations and the benefits. And yeah, I am convinced: in the forest sector, it is the best tool today to obtain and convert nature into a digital format.”
More Objective Data. Better Forestry Decisions.
The future of forestry depends on better information.
As forests become increasingly important for resource management, conservation, biodiversity monitoring, and long-term planning, professionals need tools that help them understand complex environments more accurately.
FJD Trion LiDAR solutions help forestry professionals capture reality in three dimensions and transform natural environments into structured digital information.
For workflows including:
- Forest surveying
- Tree measurement
- Forest inventory
- Vegetation analysis
- GIS mapping
- Digital forest management
3D scanning provides a new way to collect, analyze, and preserve valuable forestry data.
Forest Design’s experience shows how combining forestry expertise with digital reality capture can create more objective and efficient workflows for modern forest management.
Frequently Asked Questions
What is LiDAR used for in forestry?
LiDAR is used in forestry to capture detailed three-dimensional information about trees, vegetation, terrain, and forest environments. This data can support forest inventory, tree measurement, mapping, and analysis workflows.
How does LiDAR improve forest surveying?
LiDAR allows forestry professionals to capture a more complete representation of forest environments compared with traditional point measurements. The resulting 3D data can support more detailed analysis and documentation.
Can LiDAR be used for tree surveying and tree management?
Yes. LiDAR can capture detailed information about individual trees, including structure and shape. This makes it useful for applications such as tree documentation, preservation, and management.
What data outputs can FJD Trion scanners create?
FJD Trion scanners can create 3D point clouds and LAS files that can support density maps, GIS workflows, and forestry analysis applications.
Can LiDAR work under forest canopy?
Forest Design highlights under-canopy mapping as one of the useful applications of FJD Trion scanning technology, particularly in complex forest environments.
How easy is it to use FJD Trion LiDAR solutions?
According to Bogdan, the mobile application is user-friendly and does not require comprehensive training, making the workflow more accessible for forestry professionals.
Bring More Precision and Efficiency to Your Forestry Work
Discover how the FJD Trion Tree and Vegetation Management industry solution helps forestry professionals capture, analyze, and manage complex forest environments with advanced digital reality capture technology.
