A Singapore-based technology company has selected Tenesin 's Tower crane operating assistance safety system and luffing jib crane safety monitoring visualization system for a local construction project. The systems are currently in the installation phase, with Tenesin technical team providing on-site support. This deployment marks another step in Tenesin's growing presence in international markets.
Construction Site：
● On the Global Stage: Gaining Trust Through Technology
After evaluating multiple suppliers, the Singapore client chose Tenesin for its integrated technical capabilities and proven product reliability. TheTower crane operating assistance safety system offers tailored solutions for both flat-top and luffing jib tower cranes, providing overseas clients with flexible options adapted to varying construction needs.
● Tenesin has demonstrated the ability to rapidly customize solutions for different crane models and job site conditions, delivering end-to-end support from hardware setup to software integration. This reflects the company's core strengths in data-driven decision.
● In recent years, Tenesin has secured projects in markets such as South Korea and India with its all-scenario solutions. Its "technology + service" approach addresses critical construction challenges while building international trust, showcasing its expanding role in smart construction.
● System Highlights: Enhancing Safety and Efficiency
Panoramic Visibility for Safer Operation
Using multi-channel video fusion technology, the system provides a panoramic view of the tower crane's working range, helping operators locate targets with ease. Its pioneering "God's perspective" recreates the jobsite layout without distortion, improving operational accuracy. AR-enhanced overlays clearly display the hook's landing position and boom coverage, significantly simplifying operation.
● AI Risk Prevention for Proactive Safety
AI recognition monitors personnel and vehicles within a 5-meter radius of the lifting area. It also performs non-destructive analysis to detect risks such as wire rope defects or structural stress. When a hazard is identified, the system triggers an immediate audiovisual alert. A driver behavior module also detects unsafe actions-such as fatigue or distraction-enabling data-backed safety management.
● Smart Maintenance for Lower Costs and Higher Uptime
Equipment efficiency analysis tracks key metrics like load weight, frequency, and average cycle time, supporting operational planning. The mechanical lifespan analysis ensures equipment is used within standard limits. An intelligent maintenance system evaluates machine health to enable predictive servicing, reducing unexpected failures
Conclusion
The successful implementation of Tenesin 's system in Singapore highlights not only the product's technical maturity but also the company's ability to deliver customized solutions that meet international client needs. Through technologies such as 360° preset views and panoramic modeling, the system delivers precise jobsite mapping-meeting the high standards required in overseas construction markets.
This project represents a key milestone in Tenesin 's global strategy. As the construction industry continues to embrace intelligence and digitalization, Tenesin remains committed to advancing R&D, refining product performance, and serving customers worldwide with safer, smarter, and more efficient lifting solutions.
