Healthcare Data Management, Analytics, and AI Platforms

Centralized cookie management platform with multi-tier consent controls and integrated analytics

AI-driven embryo analysis platform with clinical workflow automation

End-to-end data pipeline from ingestion to visualization with automated analytics

Mobile platform for secure patient data management, test result analysis, and prescription tracking with integrated reporting capabilities.

Complete digital infrastructure overhaul with cloud-native architecture

The platform will automate data scraping from targeted websites, handle CAPTCHA challenges, manage IP restrictions and rate limiting, and deliver enriched data to the client in a usable format.

The system should provide capabilities for data ingestion, cleansing, standardization, deduplication, and management of master data entities (locations, providers, contracts). It should offer a user-friendly interface for data stewards to maintain data quality and enable secure data access through APIs.

The system needs to automate report generation from uploaded data files (dispensing and supplier reports), provide a user-friendly interface for pharmacies to upload files and download reports, and offer an admin panel for managing users, report formats, and system settings.

The platform should provide real-time data collection and analysis from IoT devices, orchestrate sales and order processing, manage user access and permissions, and generate reports on patient health and device status.

The platform will provide a conversational AI interface to handle patient inquiries, manage appointments, and offer personalized health information. It will integrate with existing scheduling systems and be accessible across multiple platforms.

The system should provide automated, personalized medication dosage calculations based on comprehensive patient data. It needs to integrate with existing systems and offer a user-friendly interface for prescribers.

The system should automatically analyze images of Petri dishes to detect the presence or absence of bacterial colonies. It should provide accurate results with minimal human intervention.