Inny provides an AI‑native simulation platform that lets organizations model physical changes—such as facility layouts or equipment upgrades—before committing capital. Users describe their planning question in plain language, upload floor plans, CAD files, or sketches, and Inny’s AI agent automatically builds a digital model, runs thousands of scenario variants, and returns a ranked analysis to guide decision‑making. The service eliminates the need for specialized 3D scanning or LiDAR setup while delivering actionable insights.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations often make physical operational changes—such as layout redesigns, equipment relocations, or workflow adjustments—based on spreadsheets, intuition, or static reports, leading to unforeseen consequences and costly rework after implementation.
Solution
Inny offers an AI‑native simulation platform that creates a digital twin of a physical space from floor plans, CAD files, or sketches without requiring specialized 3D scanning or LiDAR equipment. Users pose planning questions in natural language, and the platform’s AI agent automatically configures and runs thousands of scenario variants, delivering a ranked analysis of outcomes. This approach enables decision‑makers to evaluate the impact of operational changes before committing capital, reducing risk and improving confidence in deployment strategies.
Target Audience
Primary customers are facilities managers, operations engineers, and strategic planners in manufacturing, logistics, retail, and other industries that regularly modify physical layouts or processes.
Features
- Automatic generation of simulation‑ready digital models from floor plans, CAD files, or hand‑drawn sketches
- Natural‑language interface that translates plain‑text planning questions into structured scenario spaces
- AI‑driven execution of thousands of variant simulations with rapid turnaround
- Ranked outcome analysis highlighting optimal configurations and trade‑offs
- No need for specialist hardware or manual 3D scanning setup