Wyoming Land Development
Engineer: Leading Wyoming Engineers
Tech Solution: Level AI & Service AI
Location: Wyoming, USA
Project Size: 12 acres
Road Network: 1 mile
Level AI ensured the major earthworks, roading and water management for this 12 acre development were optimally designed from every angle.
Wyoming Hills is a new infill neighborhood in North Eastern Wyoming State encompassed over 60 lots and spanning 12 acres, with utility infrastructure involving over 2 miles of sanitary, storm, and water supply pipes. The project is made up of attainable housing with a mix including single-family and attached options.
To address the complexity of this development, the local engineer partnered with Allsite.ai who leveraged the innovative Level AI and Service AI, to optimize the design and construction process.
The Challenge
The Wyoming Hills project brought big-city complexity to a compact infill site: a dense street and lot pattern, tight tie-ins to existing roads, and meaningful grade changes across the footprint
The design had to satisfy local roadway standards while threading utilities through limited corridors—maintaining required pipe cover, minimum slopes, and separation at all crossings—without crowding retaining walls or building pads. Cost discipline was essential, balancing CAPEX (earthworks, walls, utilities) against long-term OPEX (pump-free drainage paths, maintainable slopes, and durable materials). Because the catchment is sensitive to storm events, the team also prioritized flood resilience, ensuring overland flow routes remained safe and predictable.
Technology in Action
To overcome these challenges, Allsite.ai's Level AI and Service AI 1.0, intelligent tools designed to automate and optimize engineering designs:
Service AI set all pipe invert levels ensuring compliance with engineering rules and clash avoidance.
Automatically designing the pipe network to minimize CAPEX and OPEX costs.
Full capacity assessments were automatically generated and sanitary pipes all sized automatically.
Level AI automatically set all of the site levels including building pads, roads and car parks.
Level AI automatically placed retaining walls.
Level AI optimized the site for balance.
Level AI ensured overland flow paths would
In addition, semi-automated flood modelling was conducted using the Tuflow flood engine, ensuring the design was resilient against future flood events.
The Results
This project was run as a side-by-side project with a manual design. In general design of sites like this would take an engineer approximately 2 hours per lot (61 lots, therefore 120 hours). With Level AI and Service AI run it takes approximately 1 hour to load the data onto Civil 3D objects and another 1 hour to optimize and bring the data back into the model. This allows the time to explore more solutions and provide better service to the client.
The engineer feedback was impressive—all of the levels were very similar to the manual design, the only difference being the levels of the lots along the main road which changed due to client feedback post-Allsite involvement. The Level AI model has the additional benefit that subsequent runs can be made quickly when site conditions change.