Lamplight offers the Spotlight™ IoT platform, which provides real‑time, zone‑level tracking of assets in manufacturing and warehouse environments. The system automates inventory counts, delivers predictive‑maintenance alerts, and visualizes asset movement on an interactive facility map, helping operators achieve near‑zero shrinkage and reduce unplanned downtime.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers and warehouse operators often experience asset loss, inaccurate inventory counts, and unexpected equipment failures, leading to production delays and increased operational costs. Manual inventory audits and reactive maintenance practices are time‑consuming and prone to error.
Solution
Lamplight’s Spotlight™ IoT platform provides real‑time visibility of assets across multiple facility zones, enabling near‑zero shrinkage and automated inventory audits. The system continuously streams location data to a unified dashboard where users can monitor asset movement, view zone status cards, and generate exportable reports. Integrated predictive‑maintenance analytics analyze usage patterns to issue early alerts for equipment that may fail, helping prevent unplanned downtime. By visualizing the entire facility layout and offering color‑coded KPIs, the platform turns raw sensor data into actionable insights that support faster decision‑making and smoother production flows.
Target Audience
Primary customers are manufacturers, distribution centers, and warehouse managers who need precise asset visibility and automated inventory control to maintain efficient supply‑chain operations.
Features
- Real‑time asset tracking via IoT sensors with zone‑level granularity
- Automated, sensor‑driven inventory counts that eliminate manual counting
- Predictive‑maintenance engine that flags potential equipment failures before they impact production
- Interactive facility‑layout map showing live asset movement between zones
- Dashboard with color‑coded status cards, location breakdowns, and exportable analytics reports
- Near‑zero shrinkage achieved through continuous monitoring and loss alerts