Masonyt offers a cloud‑native platform that consolidates crew schedules, equipment inventories, and material deliveries into a single data source and applies constraint‑based optimization to generate daily logistics plans for multi‑site construction projects. Real‑time, role‑based dashboards and predictive analytics provide visibility into labor utilization, equipment status, and cost impacts, while open APIs enable bi‑directional sync with ERP, BIM, and accounting systems.
Funding
Funding not disclosed
Founders
Product
Problem
Construction and infrastructure projects often rely on disparate spreadsheets, manual scheduling, and ad‑hoc communication, which leads to poor visibility of resource usage and site logistics. This fragmentation causes delays, under‑utilized equipment, and cost overruns for contractors and project owners.
Solution
Masonyt delivers a cloud‑native platform that centralizes project management data and automates resource allocation across multiple sites. The system ingests crew schedules, equipment inventories, and material deliveries, then applies constraint‑based optimization to generate feasible logistics plans. Real‑time dashboards surface key performance indicators, enabling site supervisors to adjust assignments on the fly and avoid bottlenecks. Integrated analytics forecast labor and equipment demand, supporting proactive budgeting and risk mitigation. The platform exposes RESTful APIs for seamless connection to existing ERP, BIM, and accounting systems, ensuring data consistency across the enterprise.
Target Audience
Primary users are general contractors, infrastructure firms, and construction project managers who oversee multi‑site builds and need data‑driven resource planning. The platform also serves site supervisors and logistics coordinators responsible for day‑to‑day execution.
Features
- Constraint‑based engine that balances crew availability, equipment capacity, and material delivery windows
- Site‑level logistics optimizer that generates daily task sequences to minimize travel time and idle resources
- Real‑time, role‑based dashboards with drill‑down views of labor utilization, equipment status, and critical path deviations
- Predictive analytics module that leverages historical project data to forecast resource shortfalls and cost impacts
- Open API layer for bi‑directional sync with ERP, BIM, and accounting platforms, plus a mobile app for on‑site updates