Even in spaces covered with steel plates and ceilings over 10 meters high, ORBRO’s location tracking technology precisely receives signals. It provides data-backed proof of where, when, and by whom assets in the power plant were moved.
In confined spaces surrounded by metal structures, ORBRO’s tracking system maintains stable performance without signal loss. It provides precise location data within ±30 cm, even in environments where traditional TDoA cannot track.
Accurately detects positions even in spaces with ceilings over 10 meters high. Covers large areas with minimal infrastructure, maximizing installation efficiency and operational convenience.
Even when forklifts move quickly or repeatedly operate in narrow areas, every route is recorded accurately without signal loss. Data remains seamless even in indoor reflective environments.
Through six stages of precise processing—time synchronization, clock error correction, and least squares position calculation—accurate positioning is achieved even in complex environments. ORBRO’s unique technology ensures precision and stability optimized for industrial sites.
Automatically removes distorted data caused by signal reflections or non-line-of-sight (NLOS) conditions to deliver precise, real-path-based locations. Maintains over 98% positioning success rate even in multipath conditions.
Forklift travel paths and location changes are saved chronologically, allowing analysis of dwell times in specific areas or path deviations.
Medical waste management must never be taken lightly. Even a small lapse or mistake can lead to serious medical accidents. Therefore, highly precise management and guaranteed safety are essential.
ORBRO provides diverse features to help build safe and efficient medical facilities.
Stable in high metal zones.
Track fast vehicles ±50cm.
Min error in complex sites.
See forklift on dashboard.
Save and show move history.
No gaps for fast vehicles.
Use logs for compliance.
Detect & log key area entry.
Alert for long idle time.
Analyze paths to prevent hits.