Common Pitfalls to Avoid While Enhancing the 3D Cloud Experience
Reworking applications after years of hard work can be exasperating. Unfortunately, many businesses adopting 3D cloud experiences emerge with mistakes in the later development stages.
What pitfalls tamper with the 3D applications in the later stages of development? Did the organizations fail to identify the potential problems? How to resolve these issues at an early stage?
Let's investigate.
Evolution of 3D Cloud Experience in the Construction Industry
The evolution of cloud computing revolutionized workflow and collaboration. The market is shifting its outlook towards remote work and virtual management. The rise of cloud or web-based applications unlocked exceptional potential in the overall market, including the construction industry.
Cloud technologies significantly improve the construction industry's productivity, collaboration, management, and monetary outcomes. Despite having higher potential and competitive advantages in adopting cloud experiences, the diffusion of technologies into construction is still a steep curve.
5 Benefits of 3D Cloud Experience in the Construction Industry
Many construction professionals and experts integrate cloud applications into their projects to yield the best benefits for them and their organizations.
1. Reliable Data: Point cloud systems assure high-quality outcomes and project management with data precision and accuracy.
2. Easy Tracking: With cloud support and data regularly fed, it's easy to track the progress at any project stage. These data can help the decision-makers detect errors or project delays while evaluating progress.
3. Remote Collaboration: Cloud applications provide a platform for remote collaboration between software and team members.
4. Higher Productivity: Cloud computing provides AEC professionals with accurate, precise, and reliable data for efficient workflow.
5. Saves Time and Money: Unlike traditional methods, cloud-based applications make data collection simple and risk-free.
7 Common pitfalls to avoid while enhancing 3D Cloud Experience
Not Having a Comprehensive Product Understanding
Organizations need to understand the full potential of the product. With knowledge of the product and its purposes, decision-makers can recognize the future potential and requirements while developing the products. Failing in this aspect can cause many backlogs in the development of 3D applications.
- Performance Issues
As users are progressively joining the cloud community, the complexity of the models and 3D applications is accelerating. This coupled effect causes troubles in the performance aspect of the application. Altering the performance issues of an existing system is complex and often leads to poor user experience.
- Employing the Wrong Team
Employing the wrong team is as good as draining your hard work down the lane. The general Javascript or Typescript developers are not best suited for developing 3D applications. You need professionals with 3D knowledge to create the best experience for your customer.
- Version Updates
Once you select a base technology, build and customize it to match your requirement; it takes time to match the need for new upgrades of the base technologies. It is advisable to understand the project's scope before making any changes to the existing technologies.
- Overhead Feature Developments
3D applications are complex entities. When you add customization and other features, it increases the load of the application. Adding features in the future to such an existing complex development will emerge as a hurdle in the later development stages.
- Not Providing Workload Portability
Flexibility is the prime reason for adopting cloud applications. Workload portability allows users to move a workload from one cloud to another premises. Considering such integration, in the beginning, is important, to avoid reworks in the later stages.
- Not Thinking About the Future
It is always wise to foresee the potential and requirements of your 3D applications and develop them accordingly. Avoid building applications entirely based on current claims.
nCircle and its stellar technical experts have over a decade of experience in 3D cloud experiences. They can direct your application development in the best-fit approaches to avoid any pitfalls in the future.
Get in touch to get more insights on developing 3D cloud experiences.
Identify the Purpose of Your 3D Cloud Experience
You can categorize the purpose of your platform aids in gaining optimal clarity for your product. Here are 4 types of viewer platforms to segregate your product by its purpose.
Basic/ Advanced Viewer
These include 3D platforms that concentrate less on annotations and more on visual aesthetics. Some of those user cases include Sketchfab, GrabCAD, or any real estate company portfolio.
Important characteristics include,
- Visual quality
- New files are less common, but once put out, viewing is very high.
- Ability to view the different file formats
- Mobile support
Review or Data Operations
These platforms do not require any editing but involve working with various aspects of the 3D model. Its user cases include review feedback and a collaboration platform for construction management, facility management platform, etc.
Important characteristics include,
- Measurement & data overlaps
- Markups & annotations
- High accuracy of data
- Quality of 3d visualization
- Business model
- High security
Configurators
The viewer uses templates and presets to allow an interactive web interface for the user to configure the design requirements. Use cases of such configuration platforms include tile configurations, floorplan layout configurators, BIM object configurators, etc.
Important characteristics include,
- 2D or 3D configurator
- Visual quality
- Output format
Editors
The viewer allows all controls and commands like that of a desktop version. However, excels in co-editing along with multiple users. An example of an editor viewer type includes the material property editors of Revit files.
Important characteristics include,
- Geometry Kernels
- Editing control & Options
- Co-editing of files
- File format
8 Decision-making Parameters Defining the Purpose of the 3D Cloud Experience
Defining the purpose of your 3D cloud application or product is vital to avoid any pitfalls while developing it. Here are the 8 parameters influencing decision-making.
1. Data: Figure out how you want your data to be viewed and under what level of accuracy.
2. Input-Output: Understand the format of input and output files required for the platform.
3. Performance requirements: Understand the performance aspects like file processing, model generation, and performance optimization.
4. Measurements: Gain clarity over the type of measurements and their accuracies that you will be using in the model.
5. Quality of visualization required: Identify the aesthetical requirements for your platform and prioritize accordingly.
6. Security concerns: Figure out how the data travels throughput the pipeline and how it gets stored.
7. Mobile Compatibility: You can develop a 3D application browser-based application or a separate mobile-based application.
8. Business model: Interpret how to price your product by evaluating factors like performance outcomes, session times, file requirements, or the pattern of usage by the user.
Final Takeaways
Decision makers try to make the best decision while developing 3D cloud experiences. But, understanding the potential of the cloud space and encountering it with your product's purpose can aid in avoiding the pitfalls in the later stages.
nCircle Tech can assist in helping you identify these pitfalls and resolve them. We can provide support to rectify the conflicts in developing your 3D applications and provide the best outcomes for your business.
FAQs
Q. What are the best 3D cloud experience technologies?
Forges, Hoops communicator, ODA Visualize, ARES KUDO, Unity, Unreal, Three.js, and many more.
Q. What is the role of 3D cloud experience?
It enables, Collaboration & contracting, Design & Engineering, Procurement & supply chain management, On-site execution, Capacity building
Q. Can you visualize point cloud and BIM models together?
Yes, with software like Scan to BIM, you can visualize point cloud and BIM models together.
Q. What is the timeline for adopting 3d technologies in the existing platforms?
On a range, it can take between a week to several years. The timeline varies depending on the complexity of the integrations.
Q. What is a point cloud system?
It is a system of 3D scanners collecting point clouds by scanning objects and creating the drawing of the scanned object with full accuracy and specifications.