Oxagile created a marketing platform that helps dental clinics automate patient engagement and vastly improve revenue generation.
The solution integrates with the clinic’s PMS to search medical records, reach out to the right patients, and enable them to instantly schedule online. The analytics module keeps track of campaigns and produces detailed ROI reports.
A WebRTC-based system allows users to make video calls to their caregivers or a call center for 24/7 support. Enhanced with a real-time location tracking feature, the solution enables call center specialists to send emergency help without delay.
By replacing 20 members of the existing project team with a crew of 5 tech experts, the client was able to dramatically increase productivity, achieve faster product releases, and improve product quality in a cost-efficient way.
An intuitive HIPAA-compliant web medical portal and mobile apps with a clean, accessible UI designed to meet the needs of senior citizens.
A self-learning microscope image analysis tool designed to identify immunofluorescence labeled cells for more efficient diagnostics of tumors. Pre-trained neural network solution able to recognize different types of blood cells by analyzing imagery acquired from microscopes.
A wearable-supported solution that precisely tracks a person’s movements in 3D, discovers trends, detects anomalies, and generates actionable recommendations to facilitate recovery.
An enhanced emergency notification solution that allows patients with poor spatial orientation to quickly send distress signals and their precise location to chosen caregivers.
A feature-rich solution that allows private dental practices and DSOs (dental service organizations) to manage their scheduling, patient engagement, online reputation, SEO rankings, and more.
An iPad-optimized solution for internal use by nurses and clinic receptionists that empowers them to work on the go.
Handy lighted magnifier app designed to help visually impaired and elderly people easily read any text on their mobile screen.
An innovative solution that helps dentists cut the time and effort spent on identifying the model of a broken implant before replacement. The solution uses computer vision to help dentists quickly and accurately determine the model of a patient’s dental implant from an X-ray.