K2Vi
K2Vi in an innovative 3D visualisation software platform, which allows you to quickly generate stunning interactive 3D environments from a wide variety of data formats.
What is K2Vi?
K2Vi is an innovative, real-time interactive, 3D visualisation / virtual reality software platform, that allows you to quickly generate stunning interactive 3D environments from a wide variety of data formats. As a software tool, K2Vi allows you to both visualise, and interface with, spatial data from 'within' a Virtual Reality environment.
The key strength and major point of difference between K2Vi and other 3D visualisation products is the interactivity of K2Vi. Many 3D solutions allow you to visualise a development in 3D and sometimes navigate along a fixed path through the scene. However most of these visualisations are pre-rendered and do not allow interactivity such as freedom of navigation, 'on-the-fly' shadow analysis, scenario toggling and real-time visibility analysis. The power of K2Vi interactivity becomes apparent when K2Vi is used during design discussions, court hearings and marketing sessions. Interactivity gives credibility to the proposed development as it allows the user the freedom to explore the model.
What can K2Vi do for you?
K2Vi's ability to deal with GIS data and constructs developed by 3D modeling software, has to date led to extensive applications in the following areas:
• Property Development
• Resource/Planning Consents
• Tourism
• Military Applications
• Landscape Design
• Town Planning
• Civil Engineering
What makes K2Vi different?
The real power of K2Vi is its ability to allow you to instantly make changes to the virtual scene from within the scene, and then save those changes. Application Development becomes a much simpler task and therefore quicker and cheaper.
Download our K2Vi 3D Virtual Reality System flyer (PDF 0.3MB)
Brisbane flood models
Our famous Brisbane flood models, used in the recent 2011 Brisbane flood crisis were created using K2Vi. You can read all about this in our full news story (PDF - 3.4MB)
