ViBIM delivers adaptable and secure BIM collaboration utilizing Autodesk Construction Cloud (ACC), facilitating real-time coordination of models among geographically distributed teams. Our extensive expertise with ACC guarantees efficient data exchange, transparent progress monitoring, and seamless integration into clients’ workflows, particularly when centralized project management is essential.
Efficient collaboration is fundamental to the success of Architecture, Engineering, and Construction (AEC) projects. ViBIM provides flexible and secure BIM collaboration solutions via Autodesk Construction Cloud (ACC), facilitating real-time model coordination among geographically distributed teams. Leveraging our extensive expertise with ACC, we ensure seamless data exchange, transparent progress tracking, and smooth integration with client workflows when centralized project control is essential.
Our BIM Collaboration Services utilizing ACC enable all project stakeholders — including clients, consultants, and remote modeling teams — to access and concurrently work on a single, centralized Revit model. This unified platform is critical for complex projects requiring synchronized coordination, clear progress visibility, and effective multi-party collaboration.
ViBIM provides comprehensive BIM collaboration solutions via the Autodesk Construction Cloud (ACC) platform, fully integrating with our Scan to BIM capabilities. This service harnesses ACC’s robust cloud-based functionalities to enable effective coordination among dispersed project teams, while upholding strict quality control standards throughout the model creation lifecycle.
At the project outset, ViBIM establishes the Autodesk Construction Cloud (ACC) environment by defining a logical folder hierarchy, assigning precise user roles—including Account Admin, Project Admin, and Members—and rigorously configuring permissions to control access to Revit models and essential project data.
The Revit Scan to BIM model, derived from Point Cloud data, is uploaded as a centralized model within ACC. Utilizing the “Collaborate in the Cloud” functionality, ViBIM facilitates real-time co-authoring and simultaneous access for all project stakeholders.
Throughout the modeling process, updated versions are regularly synchronized and published on Autodesk Docs, ensuring models remain accessible and up-to-date for client review and coordination.
ACC users can directly open Revit models in the browser to add markups, raise issues, and assign tasks to ViBIM’s modeling team, enabling efficient on-model review and prompt resolution of scan accuracy concerns.
The platform provides visual comparison tools for tracking changes across different Scan to BIM model versions, facilitating verification of issue resolutions and monitoring model evolution over time.
Upon project completion, ViBIM systematically organizes all approved deliverables—including finalized model versions, comprehensive issue documentation, and records of resolved markups—within designated ACC folders, preserving version history for future reference and audits.
BIM collaboration through Autodesk Construction Cloud (ACC) delivers substantial advantages for Scan to BIM projects by facilitating real-time teamwork, centralized model governance, and streamlined communication workflows. Key benefits include:
ACC provides centralized access to the most current model versions and comprehensive project data, eliminating issues related to outdated or conflicting files. This ensures all team members operate with consistent, up-to-date information, supporting informed decision-making.
The platform enables simultaneous multi-user editing of the same Revit model regardless of geographical location, replacing slow, sequential file exchanges and significantly accelerating design development and coordination efforts.
Browser-based issue tracking and markup capabilities allow stakeholders to review models and submit feedback directly within the environment, often without specialized software. This accessibility accelerates review cycles and facilitates near real-time progress monitoring by clients and project managers.
ACC ensures transparent version control with a detailed audit trail documenting all modifications. This capability allows all parties to trace project evolution, comprehend decision rationales, and clearly assign responsibilities.
For projects involving parallel development of architectural, structural, and MEP systems, ACC enhances interdisciplinary coordination by enabling early and continuous model sharing within a common data environment. This proactive collaboration helps identify and mitigate clashes, reducing costly errors and construction delays.
The service supports secure project data sharing among all relevant stakeholders—including clients, consultants, and downstream teams—with customizable, granular permission controls. This protects sensitive information while promoting efficient and safe collaboration.
ViBIM’s Scan to BIM methodology, integrated with Autodesk Construction Cloud (ACC), follows a systematic and transparent process that promotes efficiency and ensures complete alignment among all project stakeholders from inception through to final delivery.
The project is initiated within Autodesk Construction Cloud (ACC) by configuring critical project information such as name, number, and type, establishing a secure project environment. Team members are invited and assigned specific roles (Account Admin, Project Admin, Member) with tailored permissions to access Revit models and project data.
For Scan to BIM services, Point Cloud data is securely transferred from clients to ViBIM’s internal servers. This data is directly embedded into the live Revit model within ACC to support seamless project progression.
ViBIM’s modeling team, clients, and other consultants gain simultaneous access to the centralized Revit model through Autodesk Docs. Daily “Sync with Central” operations are performed to maintain an up-to-date model reflecting current architectural, structural, and MEP inputs, enabling real-time coordination.
At major project milestones or after review cycles, ViBIM publishes updated Revit model versions on Autodesk Docs utilizing the “Manage Cloud Models” functionality. This process establishes a clear version history, ensuring all stakeholders have access to the latest approved deliverables.
ACC’s browser-based viewer, markup tools, and issue tracking system are actively employed to facilitate client and QA team engagement. Stakeholders can annotate models, assign issues to ViBIM’s team, and monitor resolution progress, enhancing feedback efficiency and guaranteeing compliance with Scan to BIM quality standards.
Stakeholders use ACC’s model comparison features to visually detect differences between published versions. This capability fosters transparency throughout the modeling lifecycle and supports informed decision-making during approval stages.
Upon project completion and approval, ViBIM organizes final models, all relevant documentation, and resolved issue records into the ACC “Published” folder. Access permissions are carefully set to ensure professional handover and maintain an accessible, comprehensive project archive for future reference.
Selecting ViBIM for your BIM Collaboration leveraging Autodesk Construction Cloud (ACC) means partnering with a team committed to excellence, efficiency, and superior client satisfaction. We combine advanced technical expertise with a strong dedication to transparent communication and dependable project delivery.
Established Proficiency in ACC: ViBIM possesses extensive experience in utilizing Autodesk Construction Cloud for complex Scan to BIM initiatives. Our team is skilled in configuring, managing, and executing projects within the ACC environment, ensuring seamless workflows and maximizing the platform’s collaborative capabilities.
Real-Time, Transparent Collaboration: We prioritize keeping clients fully informed and engaged. ACC provides exceptional transparency by offering live access to model development, issue tracking, and version history. This promotes an interactive collaborative atmosphere where feedback is immediate and decisions are streamlined.
On-Time Delivery Commitment: At ViBIM, punctual delivery is more than a standard—it is a strategic advantage. We achieve a 99% on-time completion rate, demonstrating our dedication to reliability and professional integrity.
Accelerated Turnaround: Surpassing conventional deadlines, ViBIM utilizes optimized workflows and cutting-edge technology to consistently deliver turnaround times up to 30% faster than industry norms, enabling clients to save time, reduce risks, and proceed confidently.
Uncompromising Accuracy and Reliability: Quality is an ongoing pursuit at ViBIM. We meticulously verify each stage to ensure every BIM model complies with the highest standards of precision and dependability.
Responsive Communication: Recognizing the value of your time, ViBIM provides prompt responses to all inquiries — whether during regular business hours, evenings, or weekends.
Continuous Innovation: As technology advances, ViBIM remains at the forefront. Through automation, artificial intelligence, and streamlined processes, we continuously enhance and refine our services to deliver greater efficiency and value.
At ViBIM, we take pride in consistently surpassing client expectations by providing exceptional services and cutting-edge BIM solutions. The commendations we receive from our clients underscore our steadfast dedication to quality, effective collaboration, and the successful achievement of project goals.
Mr.Tot:
“Hi Yen,
Thanks again for the model, it was nicely done, especially the MEP part of it.
The markups are mostly because of missing pits, gutter height issues, and floor height issues (the required tolerance was high, hence objects needed to be modelled within 15mm of the point cloud).”
Mr.Pete:
“Overall, we are happy, and the turnaround times and communication have worked well for us. We do normally use Google Sheets to highlight any QA or general questions but didn’t have time to set everything up on these last projects. Saves us sending a folder with loads of screen grabs and allows your team to ask questions easier. Will look at setting up going forward.
As it stands, we are looking to be busy on the run up to the Christmas break so if any other projects land between now and then we will send over for some costs.”
Mr.Wa:
“Good morning Son,
I have now checked the model and I am happy that it is complete. There were a few amends that were done internally but the model looks great, thanks.
Kind regards”
Mr.Dan:
“Hi Trung,
This was delivered to the client – thank you for making the updates so quickly.
We have an action on our side to provide more guidance to you on MEP drawings and how they are best presented.
Regards,”
Mr.Brode:
“Hi Thanh,
Yes I have, there are more coming soon from this client in the next two weeks. Thank you for your excellent work on that project.
There are actually two other large jobs I need to get your assistance with both of which we have already won (pricing is for additional works so there is no bid process).
If I supply plans for Hospital projects tomorrow with photos would you be able to help in pricing these works? We met with the client today and am trying to get them free proposal next week. I apologise for the short notice, it is also short notice for us! Deliverables will be the same as those at lastest project that you priced previously.
I will send more info tomorrow.
Thank you”
Mr.Rad:
“Hi Yen, Tung and Thanh
Thank you so much for your work on project
The model you have delivered is incredible!
I was just wondering how many hours you think it would take to model up some of the surrounding buildings in LOD 200
The purpose is to capture the elevations of some of the surrounding buildings that are facing our building project.
It wouldn't need to be anything super detailed, just enough to capture the height of the buildings, their windows and openings and that sort of detail.
I know some of the data around these buildings are a little bit sparse so we understand that it may be difficult to model completely for some of the buildings
If you could let me know the hours it would take to model each building that would be great!”
