{"best_for":["Civil Engineers","Road and Highway Designers","Construction Companies","Corridor Planning Teams"],"citation":{"dataset":"aitoolsforbusiness-agent-tool-export","directory_tool_url":"https://aitoolsforbusiness.ai/softree-optimal","json_profile_url":"https://aitoolsforbusiness.ai/data/tools/softree-optimal.json","markdown_profile_url":"https://aitoolsforbusiness.ai/data/markdown/tools-md-040.json","schema_version":"1.4.0","suggested_citation_label":"AI Tools for Business: softree optimal (https://aitoolsforbusiness.ai/softree-optimal)"},"features":["Vertical Optimization: Automates the design of vertical alignment to help minimize excavation and embankment.","Horizontal Optimization: Adjusts alignment within defined IP movement ranges to help lower construction costs.","Path Explorer AI: A preliminary routing tool that identifies routes between two points based on constraints like max grade and no-go zones.","Costing Models: Calculates subgrade construction costs during the design process to allow for quantitative comparison of different alignments in real time.","Opti-Haul Graphic: Provides material movement analysis by material and direction to assist in managing haulage costs.","Smart Pits: Supports balancing earthwork by selecting pit locations based on capacity, distance, and cost."],"freshness_status":"fresh","name":"softree optimal","pricing_note":"A free 21-day trial is available, though it does not include the Path Explorer AI tool, which requires a custom demonstration.","pricing_url":null,"primary_category":"Construction","profile_last_verified":"2026-06-04T06:44:01.007Z","secondary_categories":[],"short_description":"Softree Optimal is a road alignment optimization add-on designed to help engineers reduce earthwork costs through vertical and horizontal design optimization.","slug":"softree-optimal","sponsorship_status":"none","url":"https://aitoolsforbusiness.ai/softree-optimal","use_cases":["Preliminary Route Location: Using Path Explorer AI to find feasible road alignments between two points while accounting for no-go zones and grade constraints.","Subgrade Cost Reduction: Applying vertical optimization to minimize cuts and fills to help reduce subgrade construction costs.","Mass Haul Balancing: Using Smart Pits to help balance earthwork when internal corridor balancing is not possible.","Design Variable Comparison: Using costing models to compare how changes in design constraints affect the overall project cost."],"website_url":"https://softreeoptimal.com/"}