Empowering Health Care with Smart, Compassionate Care for
Everyone and Everywhere
Over view
Establishment budget: 84,000 Jordanian dinars Establishment costs, from studies and research to field experiments.
An evaluation and from Silicon Valley as a financial value of the company at 250,000 Jordanian dinars Evaluation with participation, work trip, and achievement.
A 100% private, local, national, Jordanian company. An entirely Jordanian staff of engineers, doctors, nurses and analysts
The Problem
79% of the current general situation suffers from problems in the medical and physical services provided at various levels, examples of which include stumbling blocks in medical diagnoses or waiting for long periods, as they are exhausting for the patient.
Problems we face
1- Diagnostic errors
2- Waiting
3- Long queues
4- High expenses
5- Poor emergency response
6- Lack of understanding of people with special needs (deaf and dumb)
7- Weak technologies in hospitals
A PROGRAM THAT SERVES ALL PARTIES
The doctor’s special perspective on patients’ needs.
Able to understand and help clarify
Simple interfaces help all groups
Saves time and effort
CONTENT OF THE INTERNAL SYSTEM OF THE APPLICATION
OBJECTIVES
Our Goal
Efficiently cater to both individuals and medical agencies, revolutionizing healthcare
by delivering precise and timely diagnoses, thereby enhancing patient outcomes, streamlining medical workflows, and empowering healthcare providers with advanced tools for accurate decision-making.
Our Aim
Our program aims to deliver accurate, timely, and personalized diagnostic insights, empowering individuals with proactive health management while providing medical institutions with advanced tools for more efficient and precise patient care.
WHAT DISTINGUISHES US?
01 Optimized Accuracy
02 Advanced Insights
03 Improved Outcomes
04 Supportive & Accessible
05 Personalized Solutions
06 Innovative Technology
07 Seamless Integration
08 Efficient Resource Utilization
09 Enhanced Safety
10 Streamlined Operations
CONSTRUCTION RESOURCES PHASES
01 Human Collection and analysis
We started this project with the focus of collecting medical scientific data with a database that allows conducting a preliminary diagnostic and pharmaceutical examination for construction studies of the current system.
02 Scientific construction aspects
The scientific aspect includes databases from global sources that were continuously analyzed and audited over a period of 24 months and linked to technical models for the stages of machine learning and the validity of responses.
03 Initial tests and evaluations
Allocation processes were carried out in internal experiments in several governorates through preliminary questionnaires and then an initial examination was conducted to identify weaknesses and needs
Human Collection and analysis
In this regard, questionnaires and practical tests were conducted to operate the system from various regions in Jordan, such as rural cities with slight knowledge progress and medium cities.
A complete test was conducted on 12,000 complete medical cases at the Saudi Hospital in Jordan for the purposes of study and development.
Relative usage study
• Targeting ratios for Arab targeted areas as an expansion
Jordan
(71) Private hospital
(2) University hospital
(6) Medical universities
Population: 11.75 million.
The UAE
(112) Private hospital
(4589) private clinic and center
Population: 10 million people.
Qatar
(10) Private hospitals
(12) Private health center
(76) Clinic
Population: 3.11 million people
Saudi Arabia
(87) Private hospital
(622) Private clinic
(785) Private clinic
Population: 37,120,000 people.
• Daily usage rates – login
The population of the mentioned countries is 61,881,000 with a usage rate of 87% for the application and platform.
SOLUTIONS we provide
Solution 01
Reducing the time of passing through patient triage rooms
Solution 02
Algorithms can track changes over time, providing real-time updates and alerts for any concerning deviations.
Solution 03
Knowing the general situation in detail before the patient arrives at the hospital or doctor
Solution 04
Improving medical services provided to people through accuracy and procedures
Solution 05
Implementing a cost-saving initiative, such as energy-efficient practices or process automation, to reduce expenses
Solution 06
Reducing medical errors as much as possible through direct follow-ups before and after medical procedures inside or outside the selected medical institutions
01
The name of the application is published through a request to use it by the hospital administration for people upon entry, in addition to prior announcement.
02
The continuity of sponsored advertisements across various platforms and audio-visual media, in addition to various partnerships of the product’s/website’s features and how they will benefit the user.
APP STAGES OF WORK
Phase 01
Official login
Phase 02
Vital interrogation
Phase 03
Choose how to use
Phase 04
Reason for entering
Phase 05
Determine the cause of the pain or complaint
Phase 06
Full Medical interrogation
Phase 07
Show symptom rates
Phase 08
Naming place to go and receive notifications in the same second
Our Road Map
At this stage, we provide an overview of the stages of our work and where we will be in two years from now
Marketing and diffusion
We are now starting marketing in various hospitals and clinics
Initial profits
After 6 months, stability in 3 to 5 hospitals and 5 to 10 clinics
After a year of work
Recycling profits to develop and spread locally and regionally
Expansion locally and regionally in two years
The program and application spread widely locally in various sectors and places and begin to expand regionally
BENEFITS
An artificial intelligence (AI) medical diagnostic program can offer several benefits for patients, doctors, and hospital management:
Benefits for Patients
• Early Detection and Diagnosis
AI can analyze vast amounts of medical data quickly and accurately, leading to early detection of diseases. This early diagnosis can significantly improve the chances of successful treatment.
• Personalized Treatment Plans
AI can analyze patient data to tailor treatment plans based on individual characteristics, ensuring more personalized and effective care.
• Remote Monitoring
AI enables remote patient monitoring, allowing individuals to be monitored continuously without needing to be physically present in a healthcare facility. This is especially valuable for managing chronic conditions.
• Reduced Wait Times
AI-powered diagnostic tools can process medical information rapidly, potentially reducing the time patients have to wait for test results and diagnoses.
• Efficient Diagnostics
AI can assist doctors in analyzing complex medical data, providing them with additional insights and improving diagnostic accuracy. This can lead to more efficient and effective decision-making.
• Time Savings
Automated processes and AI algorithms can save doctors time on routine tasks, allowing them to focus more on patient care, complex cases, and building relationships with patients.
• Enhanced Collaboration
AI facilitates collaboration among healthcare professionals by providing a centralized platform for sharing and accessing patient data, test results, and treatment plans.
• Decision Support
AI systems can offer real-time decision support by providing doctors with relevant medical literature, treatment options, and potential side effects based on the patient’s profile.
Benefits for Hospital Management
• Improved Resource Allocation
AI can help optimize resource allocation by predicting patient admission rates, optimizing staff schedules, and managing inventory efficiently.
• Cost Reduction
Automation of routine tasks through AI can lead to cost savings for hospitals, as it reduces the need for manual labor and streamlines processes.
• Data-Driven Decision Making
AI generates valuable insights from large datasets, enabling hospital administrators to make informed decisions regarding patient care, resource allocation, and facility management.
• Enhanced Patient Experience
The use of AI in healthcare can contribute to a better overall patient experience by reducing wait times, improving the accuracy of diagnoses, and enhancing the efficiency of care delivery.
Usage rates free of charge
The percentages reached by the company show that the preferred use for various medical conditions is preferably free. Therefore, we have expanded the search area to suit all target groups and population numbers.
1M user per day
Daily use begins after the full launch phase in both IOS – Android categories in various cities
Percentage by age
youths
old people
families
students