Deploying a C1-W quadruped robot in a large logistics park in Poznań marks a critical pivot for automated European warehousing, as Tianjin Galileo Technology Co., Ltd. and its local partners tackle severe labor shortages through embodied AI.
Poznań serves as a major European logistics hub featuring multi-level warehouses, high-rack aisles, and loading docks. These facilities traditionally rely on manual security patrols and nighttime inspections, but rising labor costs and a shortage of night-shift personnel have triggered severe operational gaps. Manual checks remain infrequent, leave blind spots, and lack traceable records.
Operational Efficiency in Poznań Warehousing
- The Galileo C1-W quadruped robot conducts automated patrols every three hours instead of the previous two manual rounds per day.
- Abnormal alerts now register in minutes rather than hours across a 2,000-square-meter storage area and 2,250 meters of high shelving.
- The deployment has logged over 400 cumulative operating hours while adapting to local compliance frameworks through a three-tier custom integration.
Deploying the C1-W Quadruped in Poland
The warehouse deployment utilizes Galileo’s industrial-grade C1-W four-legged robot, which carries an IP65 protection rating and operates in temperatures from -20°C to 55°C. The machine navigates 30-degree slopes, handles complex terrain, and uses autonomous navigation to reach high racks and loading bays. Its multimodal perception system captures optical, thermal, and acoustic data to execute autonomous inspections.
Tianjin Galileo Technology Co., Ltd. developed a brain-hub platform with standardized open interfaces to feed inspection data back into a unified data foundation. The captured information undergoes standardization and intelligent annotation to train AI models while supplying metrics for warehouse optimization. Local partners built upon these open interfaces to customize task execution, perceptual layers, and management system integrations.
Scaling Embodied AI Across European Logistics
The Poznań deployment validates domestic embodied AI technology within an active overseas environment. Galileo plans to pursue a single-warehouse pilot strategy to replicate the setup across multiple warehouses throughout Europe, expanding robotic solutions for global clients.
| Operational Metric | Manual Inspection | Galileo C1-W Deployment |
|---|---|---|
| Patrol Frequency | 2 rounds daily | Every 3 hours |
| Alert Response Time | Hours | Minutes |
| Coverage Area | Variable / Blind spots | 2,000 sq meters & 2,250m racking |
Subsequent rollouts depend on the speed of local ecosystem partnerships and whether European warehouse operators adopt standardized open interfaces for multi-tier system integration.
