Level AI accelerates project timelines, delivering results in a fraction of the time compared to traditional methods.
By automating complex tasks, Level AI significantly reduces labour costs and minimises errors, leading to substantial savings.
Our AI-driven approach ensures unparalleled accuracy in civil engineering projects, enhancing the quality and reliability of outcomes.
Level AI supports sustainable and efficient land development worldwide, driving progress and innovation in the industry.
Civix is revolutionising Civil Engineering by leveraging the power of artificial intelligence and automation. Level AI significantly reduces design time and minimises human error. This innovation saves you time, lowers holding costs, reduces delays, and provides a competitive edge.
Level AI’s Detailed Design Generative Artificial Intelligence can handle any site, no matter the complexity, enabling you to assess feasibility in hours instead of weeks. It seamlessly integrates with your existing design software, transforming 2D site layouts into impressive 3D models.
When faced with unexpected challenges like soil composition changes or evolving requirements, simply update the parameters and let the AI regenerate your designs with a single click. Plus, with the upcoming Service AI, you’ll soon be able to effortlessly generate servicing systems.
Civix holds exclusive rights to the advanced Level AI software used in our projects within New Zealand. This ensures that our clients benefit from cutting-edge technology and unique solutions that are not available anywhere else in the country.
Level AI has proprietary algorithms and AI models to generate full roading geometry in compliance with local roading standards. Our full roading geometry system takes into account:
Retaining walls are fully supported in the Level AI model. If the site layout as proposed doesn’t have a viable solution for the grade controls, the artificial intelligence will automatically carry out an options assessment on increasing wall height and increasing the number of walls to provide a compliant design.
Features include:
Automatic 3D modelling of detention systems, specify the allowable extent of the system and whether the goal is to target a specific volume or maximize volume in a given areas.
Parameters include:
Automatic 3D modelling of detention systems, specify the allowable extent of the system and whether the goal is to target a specific volume or maximize volume in a given areas.
Parameters include:
Level AI takes the location of existing and proposed infrastructure along with minimum grade and freeboard requirements and ensures roading and lot levels can be serviced to local standards.
For flatter sites these systems can become the main constraint on site levels, Level AI's AI models factors into the design.
The Civix development process uses an AI-driven approach to guide clients from initial project scoping through detailed site design. Each step, from layout planning to model building and final outputs, ensures a compliant, balanced, and cost-effective design tailored to project needs.
For a demonstration and comprehensive quote on your development project, reach out to Civix today. Our Level AI run services are competitively priced, ranging from $5,000 to $30,000, ensuring you receive the best results tailored to your needs.
In addition to our core services, we offer a variety of supplementary options to enhance your project. These include layout development, flood modelling, and engineering estimate preparation. Each of these additional services can be seamlessly integrated into your project scope for an extra fee, providing you with a holistic and customized solution.
At Civix, we are committed to delivering excellence and precision in every project we undertake. Contact us today to discuss how we can support your development goals.
To get started, all we need is a site layout. This can be provided by an Urban Designer or Architect, or we can create layout options for you.
If you don’t already have a layout, we offer a collaborative workshop with your project team to understand your requirements and goals. Following this workshop, we will work with suitable professionals to develop tailored layout proposals for your site.
Grading Questionnaire: Upon signing up for the project, we will send you a grading questionnaire to complete. This questionnaire sets out the default parameters and standards to be used in the design.
Existing Surface: In addition to layout options, the only other required information for site testing is existing surface data. If you don’t already have a topographic survey for the site, we can use publicly available LIDAR records to establish the existing levels. While topographic surveys are more accurate than LIDAR, we can work with either. If a topographic survey is available, it is the preferred source of information.
Drainage and Sanitary Networks (Optional): The AI can account for levels required to connect to drainage and sanitary networks, making the produced surface designs more accurate. This information is publicly available in some areas and is often included in topographic surveys. Please provide any information you have on these networks, and we will incorporate it into the model.
Geotechnical Reports (Optional): LevelAI can model soil layers and apply design restrictions at each borehole location, allowing for precise control of design parameters. To include this information in the model, we need the geotechnical report for the site.
Once we have the layout and other necessary information, we will proceed with the initial model build using default parameters. During this process, we will select the most suitable previously completed project to inherit design parameters from.
If the project is in an area we haven’t worked in before, we will review and incorporate local engineering standards to ensure the design complies with all relevant regulations.
Once the model build is complete, we will run the model. Initially, we will set target grading parameters without specifying any ground break features such as batters or retaining walls. The AI will then attempt to grade and balance the site according to the specified requirements. If the site is flat, this first run may be viable and return a balanced design.
If the initial run is not viable, the system will enter ‘WhatIf’ mode. In this mode, the system will add retaining walls and adjust grades on lots and roads to determine what changes are needed to make the site design compliant. This information will then be returned to the designer to inform necessary design changes to meet grading goals.
After the model run is complete and a viable design is available, we will hold a workshop with the project team to review the results and decide on any necessary modifications to refine the design.
This step may involve several iterations to perfect the design. Potential modifications can include:
Once the project team is satisfied with the model, we will export all the required information files, ensuring you have everything needed for the next steps in your development project.
Outputs include:
Level AI provides extensive grading capabilities, allowing relationships to be easily added between items such as roads and buildings. These relationships are optimised along with all other engineering parameters, resulting in a balanced design. This system works at scale, optimising levels on sites with thousands of relationships, enabling the design of master planned communities in hours, not days or weeks.
Level AI’s visualisation tools are excellent for client communication, providing insights into how environmental conditions impact the site.
Civix - Engineering for the AI Future
Imagine having the power to model your trench excavation with precision, ensuring safety, compliance, and cost-efficiency—all at the click of a button. Our advanced trench modelling technology allows you to choose the optimal excavation method for your project, whether it’s stepped excavation or shoring. Our technology designs benching to comply with OSHA standards. Trench cut and backfill volumes are calculated and displayed in precise cut-fill tables, ensuring you have the most accurate estimate of trench spoils.
Our visualisation tools allow for seamless communication with your clients, making it easier to convey project details and decisions. All this power, precision, and peace of mind—available at the click of a button.
Specify your target volume, depth, and pond grades,
and Level AI will handle the calculations for you.
Ensuring compliance with all good engineering design principles,
while perfectly balancing cut and fill.
Efficient, accurate, and designed to save you time.
Experience the future of pond sizing with Level AI.
We are integrating with popular Geotech software tools such as Data Nest and Leapfrog so bore log information can be directly imported into your projects. Additional design control information such as a maximum cut or minimum surface values can be added to control design. Level AI prepares control surfaces from these records to inform the Level AI optimization engine, ensuring the final levels produced comply with Geotech requirements. It takes less than 5min to import hundreds of bore logs and add them to the Level AI model. Allsite.ai - engineering for the AI future
“Level AI has rapidly produced a design that will enable earthworks to be staged in a way that reduces our environmental permitting costs. This technology has the potential to enable Brookfield Developments to explore more design options and save development costs.”
For private land developments, Civix Town Planners, Chartered Engineers and Licensed Cadastral Surveyors have got you covered from the initial site visit through to council sign off.
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