Fluid provides a next‑generation logistics automation platform that combines modular robotic cells, AI‑driven workload balancing, and real‑time monitoring to boost throughput and reduce errors. Its plug‑and‑play architecture and open integration interfaces let manufacturers and large warehouse operators upgrade existing facilities with scalable, energy‑efficient hardware, improving order fulfillment speed and supply‑chain resilience.
Funding
Funding not disclosed
Founders
Product
Problem
Current logistics automation solutions often fail to achieve the efficiency, scalability, and reliability required by modern supply chains, leading to high operational costs and limited adaptability.
Solution
Fluid offers a next‑generation logistics automation technology that has been refined through years of research and is now moving into industrial production. The platform combines advanced robotics, AI‑driven process optimization, and modular hardware to deliver higher throughput with lower error rates. By providing a plug‑and‑play architecture, Fluid enables manufacturers to integrate the system into existing facilities with minimal redesign. The technology is engineered for scalability, allowing operators to expand capacity without proportional increases in complexity or cost. As a result, logistics providers can achieve faster order fulfillment, reduced labor dependence, and improved overall supply‑chain resilience.
Target Audience
Primary customers are manufacturers of logistics automation equipment and large warehouse operators seeking to upgrade or expand their automation capabilities.
Features
- Modular robotic cells that can be reconfigured for picking, sorting, or palletizing tasks
- AI‑based workload balancing and route planning to maximize equipment utilization
- Real‑time monitoring dashboard with predictive maintenance alerts
- Open integration interfaces compatible with major warehouse management systems (WMS) and ERP platforms
- Scalable hardware design that supports incremental capacity expansion
- Energy‑efficient actuation and motion control to lower operational power consumption