Leading healthcare technology company provides IT platform and End-to-End product suite to enable the ACOs and collaborative care. Our web-based healthcare data analysis and mining tools that help improve quality and effectiveness of care, and provide predictive trends for cost-effective decision making.
Medicare penalties for re-admissions are for 4 years now, and a record number of hospitals are incurring fines. Hospitals are now being penalized for 30-day readmissions of patients with certain lung ailments and those who underwent an elective knee or hip replacement and treatments, in addition to established penalties involving readmissions for heart failure, heart attack and pneumonia. Hospitals with the highest readmission rates, fines can range up to 3% of total Medicare payments. The goal is to improve patient care thus reduce readmission fines.
Seanergy has built a highly intuitive data analytics and predictive modeling for Medi-Code to empower ACOs to identify and take more care of high-risk patients thus avoiding readmissions.
Produced Score charts represent re-admittance. Patients with high re-admittance probability received more care resulting into reducing readmission rates by 11% in the first year itself
One of the world’s leading public transport operators. Develops tailored mobility solutions (automatic metros, tramways, trains, buses, coaches, ferries, self-service bicycles) adapted to local environments. Currently Keolis is present in 16 countries.
Due to a sporadic and sudden absenteeism of drivers / mechanics, Company has lot of chaos when allocating duty every day. As a result, Company is spending lot dollars on Overtime and also losing trust sometimes when employees are not ready for their duty on time. The management team wanted to find out if they can predict absenteeism behaviors of their drivers and mechanics
Seanergy has integrated predictive modeling into previously built data analytics for Keolis to identify sporadic absenteeism and overtimes.
Reduced driver overtimes and Improved On-time performance