Cloud-based – Eliminates the need to invest in additional IT infrastructure - hardware or software. We support the highest end graphics cards and a huge array of CPUs and storage configurations. Use the cloud infrastructure provided by Amazon Web Services. However if you prefer any cloud server provider is possible.
No need to replace or upgrade current software – BujiBui is not intended to replace your existing CAD or BIM programs, but to consolidate various data sets.
A highly scalable solution (the interface and backend) – For working with very large engineering and scientific data sets to displays geometric detail on small computing resources. Scales up to handle vast amounts of 3D data on the server side. The large data sets could be in the scale of petabytes. Examples of its application could be terrain visualizations or large infrastructure installations.
Format agnostic fusion & rendering of 3D data files – The only solution that can fuse and present different file formats (CAD, LIDAR, photogrammetry, etc.) to produce a single rendering.
Photo quality, geometric detail – Can produce mid to high photo real quality if necessary. This avoids overheads and gather steps involved with producing photo real quality. Easily maintains high frame rates for 4G networks and mobile devices. Visualizes full and minute interactive detail of structures, machinery and terrain representations.
Integrate data with GPS, GIS and other navigation systems.
Interact with very large 3D datasets without investing in specialized hardware and software – It is designed to work within the limitations of current 4G networks with applications in VR, AR, conventional 2D screens, autonomous vehicles, wearable devices.
Highly customizable – Specific facility, organization or industry features can be added and still stay on the standard upgrade path.
Flexibility – Display as much or as little detail as needed through the interface.
Intuitive navigation – Field users need training only in a few basics of operation.
Works in stand-alone mode – Maintains functionality when disconnected from the cloud.
Browser agnostic – Compatible with all major web browsers on all major operating systems (O/S).
Full 3D, virtual and augmented reality viewing – Virtual reality available in stereo mode with depth perception. At a minimum, it requires only new generation smart phones with a VR head set. It allows insertion of objects into 3D data that was processed on cloud and this step could happen in real time.
Infrastructure & Delivery Options
Cloud-based – Eliminates the need to invest in additional IT infrastructure - hardware or software. We support the highest end NVIDIA graphics cards and a huge array of Intel CPUs and storage configurations. Use the cloud infrastructure provided by Amazon Web Services. Similar services are available with Google or Microsoft.
Private Cloud – We can stand up a private cloud for sensitive data and applications.
Fully secure with the ability to add end to end encryption – Sensitive data is always secure with dedicated infrastructure. Keep data of strategic importance secure. Actual 3D data such as CAD files with sensitive information are never transferred from server to client. Server and thin clients are disconnected by an abstract layer which makes it impossible for sensitive 3D data such as CAD files to be transferred from server or cloud to client or thin client. More end to end encryption can be added if necessary.
Run multiple thin clients on a single database for concurrent sessions – Ability to push dynamic updates of the 3D data to a large number of users in (or close to) real time. Supports up to 4 thin clients with a single GPU and this relation remains constant even with increases in the size of 3D data sets.
Low power consumption – Uses a very small amount of computing power available in a mobile phone (thin client) for 5% of the work with 95% of the work being done by a robust server workstation on cloud.
Operational on common connections including Wi-fi, G4/LTE cellular networks, and satellite connections.
No special hardware – Allows you access to the final output from a device as small and portable as a hand-held (thin client)
Reduced connection times – save money with drastically reduced bandwidth loads.
Wearable devices – for human for human interaction.
Autonomous vehicles – Apart from human interaction it is designed in such a way that 3D data can be accessed or used by autonomous vehicles (UAV) without putting excessive load on their processing capability. Also functioning after loss of connection with cloud will come into play.
Efficient and Cost effective – Reduce waste and rework to increase profitability for the builder. Reduce changes and schedule compression to reduce cost escalations for owners. Enable ad-hoc virtual on-site visual checks while the models are being produced ensuring shop drawings are accurate. Prefabricate more systems to reduce labour in the field, ensure prefect fits and efficient installations, avoid delays in the field, increase profitability for the trades. Knowing what you are doing ahead of time saves you time and money.
Point level meta-data capability to access unlimited metadata files.
Facilitates machine-to-machine interaction and computer governed logic – For M2M the position of equipment such as vehicles, cranes, gantries can be seen in context with static environment provided these machines are outfitted with sensors or GPS to send back their position. Additionally, the equipment could be activated or operated via the BujiBui UI. Our files can be read by another computer which can then be governed by its own logic.
The ability to support a large number of users – Cost per user does not go up when the size and complexity of 3D data goes up.
Crunch petabytes of data for very little cost – Keep project variable costs under control. Have no need to fear adding heightened geometric, surface and lighting detail.
Avoid uncontrollable exponential growth of data – Avoid creating copies of a large data set for each additional user. Best practice for highly sensitive data. Greatly reduces the processing and storage requirements on the client side.
Virtual Construction – Enhances a virtual Construction Process collaboration. Easy online access to a Master Coordinated Model. Coordinate the output of multiple design teams spread around the world through current and up-to-date visualizations.