OR Efficiency Platform
With our AI-backed data platform, we help hospitals implement OR efficiency best practices and support healthcare industry partners leverage value-based healthcare.
Step 1: Assess
Determine baseline efficiency
Detailed KPI and metrics overview
We typically generate unique local OR data insights for 8-10 surgeries to determine the efficiency and ergonomics baseline performance and existing best practices.
Improvement and change roadmap
These data insights allow us to build a comprehensive data model for your own OR environment in our AI-backed data platform. Consequently, the data-model helps define improvement opportunities.
Impact & return on investment analysis
The data-model also simulates and calculates the impact of the proposed changes. Findings ultimately make up a business case with a financial return on investment (ROI) analysis.
Step 2: Change
Implement change roadmap
Best practices & technologies
After agreeing on the improvement pathways, we can support the surgical team in implementing the selected changes. These will depend on the local setup and insights from the data, with the aim to improve process efficiency, team ergonomics, and financial performance.
Step 3: Evaluate
Quantify the return on investment
What do the results look like?
Upon implementation, we validate the benefits of the changes. Our team generates once more a report on efficiency and ergonomics performance and compares the results with the baseline metrics to quantify the ROI.
We can even do more
Discover our additional services below
Change management
Be a change agent to catalyze implementation and growth in the OR and hospital.
Training programs
Continuous and team-focused, using the latest tech and proved practices.
DIY Measurement Suite
Access to the DEO software suite to perform measurements in-house.
Measurement services
Carry out extra measurements to extend the body of evidence and measure true effect.
Data analytics
Generate reports with the best OR practices and improvements based on data.
Simulations
Predict impact of additional changes via simulations to facilitate decision-making.
