Construction of CDE environments is a new BIM technology application process need.

Currently, many businesses rely on BIM documents, data, synergy, and Bentley Microstation the processes of communication and coordination. When faced with these demands, many of us will consider the platform for the first time and wonder if it is required to use the platform to address these issues. And what type of platform ought to be employed to address these issues?

Before considering what platform to utilize, let's first examine why there will be such a requirement. The following factors account for the majority of the rise in this sort of demand:

(1) The scope and depth of BIM technology use are expanding, and CDE Solution provider project needs are rising steadily.

(2) Information silos and data fragmentation are issues with traditional project management techniques. Collaboration and communication across teams are also challenging, which results in project schedule delays and inefficiencies.

(3) Construction projects require a substantial quantity of information and CDE solution data, including design papers, construction drawings, bills of materials, etc. It might be challenging to combine and exchange traditional information management techniques since they are frequently dispersed across several systems and folders.

(4) A lot of people are involved in a building project, including owners, suppliers, construction crews, designers, and so on. Multi-party cooperation is challenging to achieve since conventional communication techniques are frequently time- and labor-intensive.

Many people will consider using a collaborative platform to solve these issues, but what we really need is CDE, or common data environment, which is a shared data environment. What is CDE ultimately? And what roles do they play?

The Common Data Environment (CDE) was created to accommodate the data management and collaboration requirements of contemporary building projects. The key duties of CDE are as follows:

(1) Data centralization: BIM models, drawings, design papers, contract documents, and other types of data are often used in construction projects.

(2) Data sharing and collaboration: Collaboration and communication among several team members and stakeholders are essential to the success of construction projects.

(3) Data consistency and version control: These two concepts are crucial to the success of building projects.

(4)Data in construction projects are frequently sensitive and secret, thus it is important to secure data security and access rights management. CDE can securely manage and regulate the data to make sure that only authorized workers may access and utilize certain data by establishing user roles and privileges.

(5) Data traceability and auditing: CDE offers data traceability and auditing capabilities by keeping track of data consumption and change. This makes it easier to trace the origin and application of data and ensures its dependability and credibility.

(6) Effectiveness of information transfer and sharing: Conventional methods of information transfer and sharing frequently rely on paper documents or email, which are less effective and more prone to errors in information transmission and communication.

What distinguishes the BIM collaborative management platform from the CDE platform?

Collaboration in BIM Management Platforms are computer software systems that coordinate and manage Building Information Modeling (BIM) in order to make project management, team collaboration, and information exchange easier. In most cases, these platforms offer data sharing, communication, and collaboration capabilities to assist numerous participants in the planning, execution, and management of a project on the same platform.

In a BIM project, the term "CDE" refers to a shared data environment for integrating and managing all pertinent data, documents, and information.Models, drawings, specifications, contracts, and other project-related data and documents may all be stored, accessed, and shared using the unified platform offered by CDE. The purpose of CDE is to guarantee the consistency, dependability, and traceability of the data and to offer capabilities like version control, rights management, and other services to promote teamwork and the sharing of information.

BIM Collaboration Management Platform can be considered a tool or platform for CDE realization.By offering collaboration, communication, and coordination features, the BIM Collaboration Management Platform enables teams to successfully manage data and cooperate on projects in CDE. Therefore, a BIM Collaboration Management Platform is one of the specialized tools for implementing CDE. CDE is a wider concept that encompasses all elements of data management, sharing, and collaboration.

The effectiveness of project collaboration may be increased by the use of CDE, which can also actualize information integration and sharing, encourage multi-party cooperation and communication, enhance data visualization and decision-making assistance, and reinforce the roles of security and authority management.

Therefore, selecting a proper CDE environment is essential for the deployment of BIM technology in the project. Of course, Pinming CCBIM software is another option you have if you want to finish the development of the CDE environment swiftly. Due to the fact that CCBIM has developed applications in document management, authority management, collaborative management, change management, process management, data management, and other areas.

CCBIM data management and archiving

CAD, Revit, Bentley, Tekla, CATIA, and other popular BIM modeling software result files are supported online by CCBIM. Additionally, it supports 56 different types of files, including tilt-shift photography, Office, video, etc., which satisfies the needs of document management and data storage for the design and construction industries.

Permission Management for CCBIM

It provides six layers of permission settings, which may be precisely adjusted to grant certain staff members access to view, remove, modify, and upload particular files in order to satisfy the various business requirements of various objects.

Collaboration and Process Management inside CCBIM

Support online annotation of models, drawings, and other documents. Assign adjustment tasks to the appropriate responsible party for processing and auditing. Support one-click placement of the model.

Additionally, in accordance with the submission of pertinent adjustment tasks, the Revit terminal may be immediately synced to complete the direct adjustment of the model and manage the closed loop of task initiation, task processing, and task review.

Change Management in CCBIM

It provides real-time updating of project files and the updating and keeping of all file versions created during project building. Historical versions are also retained to allow for subsequent traceability and counter-checking.

After the model and drawing versions are updated, it provides automated version comparison to swiftly achieve information transfer and synchronization. It actively finds the difference spots and sends the comparison findings to the pertinent individuals.

In order to achieve more effective workflow and data management, there is currently a growing need for integrated platforms for BIM projects. More individuals want to combine various BIM data and applications into one platform. In the meanwhile, there is a growing need for access and management on mobile devices in order to be able to see and update project data whenever and wherever, connect with team members and affiliated businesses in real time, and promptly address problems and change requests.

As a result, the use of CCBIM in combination with effective project management and communication may raise the standard and effectiveness of the project. As CCBIM continues to advance in the areas of integration, mobility, cloud, intelligence, etc., it will be much more helpful for managing digital projects.

CDE Solution provider

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