The risk2value^® Scorecard approach

for better decisions™

risk2value® is a scorcard-based enterprise management system to provide the management with structured information. The risk2value® method allows to build coporate GRC-processes like Risk- or Compliance-Management processes based on a flexible, customer-specific modeling.

the risk2value® approach consists of the thinking to collect information on a detailed level in the organisation and aggregate this information to the corporate level. Standardised reporting and analysis capabilities combined with a clear top-down approach allow users a deep insight to risks, controls, measues, quality and maturity of their processes and infrastructure. By this, users can drill down from corporate level reports to more detailed reports to analyze problems and identify reasons and eligable countermeasures. Each stakeholder receives the information in the granularity level relevant for his purpose.

Die management is able to take sound decisions because receiving structured and detailed information to base their decision on. Decisions by that get more transparent and understandable throughout the organisation. Even external stakeholders who receive reports from these GRC processes will benefit from the structured and easy approach. With risk2value® customers are easily able to fulfill regulative and legislative requirements by providing adequate information to regulative authorities, auditors, and other certification bodies.

Learn more about risk2value® software modules

Better decisions
       ...by innovative assessment approach

• risk2value® brings light into your risk. Transparency enables adequate mitigation activities.
   
• risk2value® is the tool for all management levels! Each user will work in the detail level relevant for his purpose.
   
• risk2value® lets you prepare for audits and certifications very effeiciently. All information neede in the audits is just one fingertip away.
   
• risk2value® lets you monitor the compliance status throughout the organisation even in complex multi-regulative environments.