How AI Improves Accuracy in Healthcare Processes

This is a SaaS-based School Management System that supports different types of models to automate the various processes of schools in Jordan. This has an automated School ERP system that can be accessed through smartphones and it can manage data in one place.
It is useful for pre-registration, student management, attendance management, and teacher assignment and management. School timetable, assessments, school - student relationship, school billing and transportation services - all accessed and managed easily.

It is Campus Management Software, developed for an Australian client. It is flexible and scalable, making it suitable for organizations of all sizes to manage and automate their administrative and academic activities. This platform operates under a subscription-based software-as-a-service (SaaS) model, whereby institutions pay a monthly or annual fee for access to the system's features such as course scheduling, registration, fee collection, attendance tracking, grading, and data analytics.

Through this web-based platform, faculty, staff, and administrators can easily access information and perform tasks online, resulting in streamlined workflow processes, and enhanced data accuracy and analysis. The system enhances communication between students, faculty, staff, and administrators, providing a centralized platform for announcements, messaging, and updates.

It is an AI Doctor application that acts as an automated conversational agent, helping, and providing an instant answer to questions about patient symptoms. AI robots ask questions and allow the person to ask them questions. It also allows the patient to telecare and Allows Chatbot to pass to a real doctor. The platform is Multilingual- Spanish/English/Russian.

A staffing agency required a web-based platform to streamline candidate profile generation with a professional, branded layout. The goal was to simplify the process of inputting candidate details, resume parsing, talent scoring, and PDF generation. This tool needed to ensure consistency, branding compliance, and efficiency in preparing candidate profiles for client distribution.

This system was designed to:

• Automate candidate data entry and resume parsing.
• Provide a structured scoring system for assessing candidates.
• Allow recruiters to add insights based on predefined templates.
• Enable profile editing, secure storage, and PDF export with agency branding.
• Ensure a mobile-responsive and user-friendly experience.

FactoryOps is a comprehensive Computerized Maintenance Management System (CMMS) developed to simplify and automate maintenance operations for enterprise organizations. The platform provides a centralized solution for managing the complete maintenance lifecycle, including Service Requests, Work Orders, Preventive Maintenance, Asset Lifecycle Management, Inventory Control, and Reporting. It enables organizations to improve asset reliability, reduce equipment downtime, and optimize maintenance costs through streamlined workflows and real-time operational visibility. Built on a scalable microservices architecture, FactoryOps supports multi-tenant SaaS deployment, IoT device integration, event-driven communication, and real-time notifications, making it suitable for large-scale industrial environments. The solution also offers role-based access control, KPI dashboards, audit trails, and workflow automation, allowing maintenance teams to collaborate efficiently while ensuring compliance and operational excellence. FactoryOps empowers organizations to make data-driven decisions and achieve higher productivity through intelligent maintenance management.

Legal professionals and general users often struggle to navigate complex legal language, fragmented legislation sources, and time-consuming legal research processes. The client required an AI-powered solution capable of simplifying legal discovery while improving accessibility and research speed.

smartData designed and developed INAC, an AI-enabled legal research platform that allows users to ask natural language legal questions and receive simplified, context-aware responses. The platform includes AI-driven legal search, intelligent filtering, legal summaries, chatbot-based interactions, subscription management, and an admin dashboard for content and platform management.

The solution improves legal information accessibility, reduces manual research effort, and enables users to understand Australian legislation more efficiently. The scalable architecture also supports future expansion into additional jurisdictions and advanced AI-driven legal assistance features.