Value Based Pricing AI
Delivering sustainable value based care using AI
Challenge
Identifying a suitable care plan for patient
Identification of treatment plans and drugs that significantly improve the outcomes of the patient in a value based care model can be a challenge for the providers. There is a need for a system to empirically identify the most efficient and effective care strategy for patients.
Solution
Zasti’s Value Based Care Solution
Zasti built an AI model which helps providers in maximizing value delivered by identifying the most effective intervention (drug or procedure) suitable for a particular patient profile.
The AI model ranks the following based on past outcomes
List of Medical services availed by patients with similar profile
Most preferred/frequent treatments and drugs that are prescribed within the group
Number of times the procedure was performed to similar patient profiles
Average carbon emission generated for a procedure
Carbon offset required by the hospital to make the procedure carbon neutral
Advantages
Carbon Offset Estimation
Stakeholders have the visibility on carbon emissions generated and estimated offsets required to be carbon neutral
Patient Engagement
Value-based care also increases patient engagement by encouraging providers to focus more on patient care
Reduction in Costs
Knowledge of carbon emission associated with each procedure will help providers make decisions on the most cost efficient, effective and sustainable method of care for the patient
Climate Tech AI Solutions
Carbon Calculators
Zasti uses AI for the Co2 emissions calculator to identify the carbon footprint of the client adhering to EPA, IPCC, GHG Protocol methodologies, and more
Predictive Maintenance of Boilers
Facility management for client’s (hospitals) which had trouble meeting the required response times and over consumption of energy, causing large penalties
Energy Management using AI
Creating a comprehensive energy portfolio, including bulk supply; renewables (on-site and off-site); environmental attributes; demand and supply management; and carbon reduction programs is complicated
Predictive Maintenance and Facility Management
Utilize AI to improve efficiency for facility management: This reduces the response time for impending breakdowns and also minimizes penalties for over consumption of energy
Smart Meters
AI for understanding water/energy consumption needs, nature (domestic, public, commercial, and industrial use) of water/energy demand and water usage patterns
AI for Energy Forecasting
Inaccurate forecasts of annual energy demand results in wastage of energy, supply and demand mismatch, downtime due to unplanned power outages, and overall disruption of a facility
