The tidal wave of Information Technology has swept all industries into a paradigm shift to newer and more effective process improvements and outcomes. The health industry is no exception. In fact, the health sector has immensely benefited from this technological revolution. Today health services providers and companies have overcome challenges that significantly influence their ability to provide quality health services.
Health Information Technology has become an enabler in improving the quality of services and health operations by simplifying and streamlining the delivery of health services, improving quality, reducing costs and providing anytime/anywhere information across multiple facilities and domains.
Where Wellness is the Goal and Managed Care is the NormThe quality of care at any hospital depends upon how well patient's health care and administrative functions work together. Designed with a patient centric focus; Automta4 Medicana® Suite addresses all areas of healthcare such as medical, administrative, financial, legal and the corresponding service processing.
Medicana® has been the local choice of hospitals and healthcare establishments across many parts of the Middle East has established a leadership position in Syria because it is a comprehensive, integrated information system designed to manage all the aspects of a hospital operations designed for the environment of today with the adaptability to accommodate the challenges of the future.
Today there are many challenges in delivering health management system. These challenges lead to the desire to develop systems to augment capabilities of the available health services providers to serve the increasing number of patients and help health staff streamline their operations. To alleviate some of these pressures, we are presenting Medicana® a system that has the following benefits:
- Integrated, comprehensive & easily deployable web enabled application delivers a full spectrum of health and administrative services functions, eliminating the need for other multi-vendor system.
- Seamless, anytime, anywhere accessibility to information and integrated communication reduces errors and providers' times, dramatically improving the quality of health services and enhancing the overall patients/health workers experience.
- High scalability allows integrated health services delivery across a multitude of facilities.
- Multi-level security feature protects your information from unauthorized access.
- Centralized health data repository makes information easily retrievable and enables patients' records tracking anywhere along the administrative services cycle.
- Unique patient's identifier allows effortless access to health records and health histories, and forms a base for paperless electronic records.
- Intuitive user interface simplifies data entry and makes the applications easy to use, saving valuable time and minimizing user interactions.
Required Hardware
These are the minimum hardware to serve 75 to 100 users simultaneously
- Main Database Server (Required)
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Processor: 2 processor Intel Xeon CPU E5640 2.67
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RAM: 16 GB DDR3
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HD: 2 hard desk (500 GB)
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- Backup Database Server (Optional)
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Processor: 1 processor Intel Xeon CPU E5640 2.67
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RAM: 8 GB DDR3
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HD: 1 hard desk (500 GB)
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- Main Web Server (Required)
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Processor: 1 processor Intel Xeon CPU E5640 2.67
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RAM: 8 GB DDR3
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HD: 1 hard desk (500 GB)
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- Backup Web Server (Optional)
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Processor: 1 processor Intel Xeon CPU E5640 2.67
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RAM: 4 GB DDR3
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HD: 1 hard desk (500 GB)
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Required Network
- Full working LAN with the following features:
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Microsoft Active Directory Server
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Microsoft Exchange Server
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LAN Access Points for users
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- Public IP Address: To make the Portal accessible over the internet for the users
Used Technology
- Web-Based Portal works on LAN infrastructure.
- Front End using Google browser Chrome with HTML5, CSS3, AJAX, and JQuery.
- Back End using PHP (Zend Framework) and Oracle 10g.
- Apache Web Server and Oracle Server.
- SOA architecture so it can integrate easily with other systems.
Security
- Access
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2 Login methods:
- Through DB: using user name and MD5 encrypted PW.
- Through Active Directory technologies (LDAP) and DB (more secure).
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User Access is based on Roles and DB Access.
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Roles based on Solution/Module/Link/Functionalities (Add, Update, Delete, View, Print, Search).
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Availability of HTTPS Protocol Access.
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- Data
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Using DB policies to restrict data access.
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Using special techniques to restrict users of seeing certain data even though they can access the links “URL(s)”.
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Using special techniques for multi-locations organizations where you can define permissions differently to headquarter and branches.
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Localization
- Global Settings that match most international Standards.
- Customization of the system to match the country it is implemented in (Currency, Cities,…..).
- The capability to overwriting the Global Settings with country local version in case of special data values.
Multi Languages
- Up to 2 Display Languages.
- Up to 2 Data Languages.
- Customization of Display Language within a short period of time.