See the Cockpit Live in Hong Kong
We’re showcasing Skyline Cockpit at the CIC Construction Safety Week Exhibition, together with Leighton Asia.
Join us for a live, hands-on demonstration of the technology shaping the next chapter of crane operation in Hong Kong. This is a unique opportunity to explore the system up close, meet the team behind it, and experience the operator interface that enables safer, clearer, and more data-driven crane operation from the ground.
Skyline Cockpit is now active in Hong Kong, following successful deployments in the UK, Israel, and Finland.
📅 11–13 December
📍 Booth H06
Aligned with Hong Kong’s Safety & Productivity Mandates
More productive operator time
CIC and DEVB have highlighted the inefficiencies and safety risks associated with repeated climbs to the crane cabin. Skyline Cockpit removes this time-consuming process by enabling operators to work directly from the ground.
360-degree visibility of the site
Hong Kong’s dense, complex construction sites require clearer situational awareness than traditional cabin-based operation can provide. Skyline Cockpit centralises all camera feeds, sensors, and site data into a single interface, giving operators and site teams comprehensive real-time visibility.
Data-driven decisions
Skyline Cockpit enables continuous monitoring, automated safety checks, and closer communication with site teams, supporting faster and more accurate decisions.
Cross-project oversight
Skyline Cockpit provides cross-project analytics, utilisation tracking, and performance data, enabling predictive maintenance, more efficient resource allocation, and better compliance with safety and productivity expectations.
Safety & Compliance
- Real-time alerts and automated safety checks
- Continuous monitoring of crane activity
- Full support for Hong Kong’s 4S framework
Performance Analytics
Real-time utilisation and productivity insights
Recorded operational data for audits and improvement
Reduced downtime through better decision-making
Fleet Management
- Cross-project visibility
- Predictive maintenance
- Smarter resource planning
