NextLegacy AI builds custom, on‑premises AI agents that automate transportation engineering workflows, from data ingestion to report generation. The platform integrates with existing traffic data formats, provides enterprise‑grade security to keep proprietary data private, and scales from single‑site studies to city‑wide planning, saving engineers hundreds of hours.
Funding
Funding not disclosed
Founders
Product
Problem
Transportation engineering teams often spend extensive time manually processing traffic data, generating reports, and integrating disparate data formats, which limits their ability to make timely, data-driven decisions. Additionally, using public AI chatbots poses security and compliance risks for sensitive infrastructure data.
Solution
NextLegacy AI develops custom AI agents specifically for transportation workflows, enabling engineers to automate data ingestion, analysis, and report generation within their own secure infrastructure. By running on-premises, the platform ensures that proprietary data and intellectual property remain private and audit‑compliant. The solution integrates with existing traffic data formats and scales from single‑site studies to city‑wide planning projects, reducing hundreds of engineering hours and allowing teams to focus on high‑value decision making.
Target Audience
Primary customers are transportation engineering firms, municipal planning departments, and infrastructure consultants that require secure, automated analysis of traffic and mobility data.
Features
- Tailored AI agents built by transportation engineers to address domain‑specific tasks such as traffic modeling, congestion analysis, and forecasting
- On‑premises deployment with enterprise‑grade security, keeping all data and IP fully controlled and compliant
- End‑to‑end workflow automation from raw data ingestion through to final report generation
- Seamless compatibility with common traffic data formats (e.g., CSV, XML, GIS shapefiles) and existing engineering tools
- Scalable architecture that supports both small‑scale site analyses and large‑scale city or regional planning projects