Gecko Robotics, a leading robotics company, has officially launched Cantilever, a revolutionary product that is set to become the primary operating system for the physical world. By integrating data from various robotic, fixed-sensor, and partner systems, Cantilever provides unparalleled analysis and decision-making capabilities for asset health. In this article, we will explore how Cantilever is changing the game in asset management, driving better outcomes and transforming decision-making in the built world.
The Need for Data-Driven Asset Management
Why traditional asset health data gathering methods fall short and the importance of data-driven decision making
In the 21st century, most industries have been fundamentally changed by advances in robotics and smart sensor technology. However, the way asset health data on critical infrastructure is gathered has not changed in 50 years and is still primarily carried out in dangerous environments by hand. This leads to incorrect, incomplete, and insufficient data, which hinders accurate decision making.
Cantilever by Gecko Robotics addresses this problem by leveraging its advanced robotics, drones, and fixed sensors to collect data. This data is then combined with historical health records, design files, operational data, and other business metrics to create comprehensive data layers. By adopting a data-driven approach, organizations can make informed decisions about asset health, prioritize maintenance, and optimize capital investments.
Introducing Cantilever: A Game-Changing Solution
How Cantilever integrates data from various sources to provide unparalleled analysis and decision-making capabilities
Cantilever is designed to become the primary operating system for the physical world. It brings together data from Gecko Robotics' robots, drones, fixed sensors, and partner systems into a software platform that enables comprehensive analysis and decision making about asset health.
The data layers created by Cantilever's AI-powered analysis platform, Data Systems, provide key insights such as corrosion rate or remaining life. These insights empower customers to make targeted repairs, prioritize capital investments, and shift from reactive to predictive maintenance.
With Cantilever, organizations in the defense, manufacturing, and energy sectors can solve their most challenging problems. For example, the U.S. Navy uses Cantilever to combat ship availability issues by generating and acting on repair plans in minutes, a process that previously took weeks or months.
Driving Better Outcomes with Cantilever
How Cantilever's data integration and analysis capabilities lead to increased uptime, decreased costs, and improved safety
By integrating data layers that were not previously possible, Cantilever enables organizations to make data-driven decisions that drive better outcomes. For example, by accurately predicting asset health and prioritizing maintenance, organizations can increase uptime and reduce costly downtime.
Cantilever also helps organizations optimize capital spending by identifying assets that require immediate attention and extending the life of key assets through targeted repairs. This reduces unnecessary spending and maximizes the value of existing assets.
Furthermore, Cantilever enhances safety by enabling proactive maintenance and eliminating safety issues before they occur. By leveraging the power of data, organizations can identify potential risks and take preventive measures to ensure the safety of their assets and personnel.
Conclusion
Cantilever by Gecko Robotics is revolutionizing asset management by providing a comprehensive data integration and analysis platform. By leveraging advanced robotics, drones, and fixed sensors, Cantilever enables organizations to make data-driven decisions about asset health, prioritize maintenance, and optimize capital investments. With Cantilever, organizations can achieve increased uptime, decreased costs, and improved safety.
FQA
How does Cantilever differ from traditional asset management methods?
Cantilever differs from traditional asset management methods by leveraging advanced robotics, drones, and fixed sensors to collect comprehensive data. This data is then combined with historical health records, design files, operational data, and other business metrics to provide unparalleled analysis and decision-making capabilities.
Which industries can benefit from Cantilever?
Cantilever can benefit industries such as defense, manufacturing, and energy. It helps organizations solve their most challenging problems, optimize capital spending, extend the life of key assets, and prioritize maintenance to reduce costs, increase uptime, and improve safety.
How does Cantilever enhance safety?
Cantilever enhances safety by enabling proactive maintenance and eliminating safety issues before they occur. By leveraging the power of data, organizations can identify potential risks and take preventive measures to ensure the safety of their assets and personnel.
