Create a Stronger Safety Culture
Through More Intuitive Real-Time Data
Significant process and operational savings
Catastrophic risk avoidance
Improve productivity on capital assets
The first software to integrate real-time asset telemetry into day-to-day management of operational risks, RiskPoynt translates complex risk assessments for each safety barrier into visual displays that are easy to interpret and act on by people at all levels of your organization, locally and globally.
Why Choose RiskPoynt?
Trusted by leaders in the oil and gas industry, RiskPoynt puts real-time barrier status in the hands of frontline operators – supporting a culture of Operational Excellence.
Define the ‘Right Activities’ Using Our ‘What If’ Scenario Capabilities
Integrates asset health analysis and worker safety systems to provide real-time risk management across assets and workers. Having a ‘single pane of glass’ view into risks posed by assets, workers, and processes is becoming increasingly important for customers. RiskPoynt’s ‘What if’ technology utilizes real-time data to test scenarios and prioritize resource allocation.
Plug and Play
Easy to understand, Barrier Health Visualization tool that can be easily implanted and integrated with existing IT and business software systems. RiskPoynt’s software doesn’t require many developments from scratch.
Cloud Deployed; SaaS Enabled
Innovative, cloud deployed SaaS-based, enterprise application leverages the power of IoT to deliver actionable information. RiskPoynt will show you a level of risk exposure and provide you with the guidance on what to do when you face a particular hazard scenario. It’ll allow you to do “what-if” analysis and track planned activities and remind you of what you have to do and when you have to do it.
Quantitative & Qualitative Tools
For the first time, our software combines validated human input from live operators with automated input from maintenance, operation, and production systems to provide a holistic view of real-time operational safety barrier health. We use both layers of protection analysis (LOPA), probability of failure on demand, and risk matrices to calculate the cumulative risk visualization (CRV).
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