E-Government

Transport Information System

It is a system that integrates Vehicle tracking data and distributes official transport information from regulators to objects operating in the field of transportation, serving the need for capturing quick, accurate and orthodox information. This is also an effective two-way communication channel between the operation of traffic management system with individuals and transport enterprises.

General requirement

  • Orthodoxy: The transport information system have to ensure that the information provided to the businesses have to be orthodox, accurate, update timely changes to ensure that state transportation management policies deliver to the citizen as quickly and accurately as possible.
  • Consistency: The design system ensures consistency of information, interconnects data from integrated systems thoroughly and integrally.
  • Extension: The system is overall meeting the expansion to enhance flexibility, meeting the requirements of updating information anytime, anywhere.
  • Reliability, safe, and security: The system runs smoothly with no problems or technical problems, has a mechanism to back up data safely to prevent problems that can be recovered easily and avoid loss of data. The system should have mechanisms to ensure smooth operation, limited technical breakdown, hardware and software failures, loss prevention, data corruption, information theft.
  • High Availability: The system is highly available to ensure continuous and stable operation, meeting 24/24 user requirements.
  • Service Oriented: Service-oriented vision is seen as the foundation for building flexible, flexible information systems that ensure investment and expansion of future investments.
  • Feasibility: The "4M-ETracking Transport Information System" is a system built and developed in line with the available infrastructure, human and material resources and data resources. This is a long-term solution, through many stages. Therefore, it is necessary to clearly define the scope of the project implementation along with the necessary conditions for initial application and operation in the future operation.

Technology requirements

  • Being ready to exchange information with other systems within the framework of intelligent transport schemes such as the Exchange Floor, road management, vehicle tracking.
  • Experiencing on app mobile user-friendly and easy-to-use.
  • Expanding the system easily when there is a need to expand later (integrate new sources of information).
  • High executing performance, real-time processing speed.

Functional requirements

  • System administration: allowing system administrators to update and authorize information; having a mechanism to approve / reject to be flexible in the management process.
  • Compiling information: Allowing you to update the content of information with the business process set out with easy update utility.
  • Updating remote data: To help users to update information content through the web environment.
  • Trace: logging monitor system activity log (Event logging).

Requirements on safety, confidentiality of information

  • Preventing unauthorized access, preventing unauthorized users from exploiting system data
  • User authentication mechanism is tight
  • Capable of load balancing, integrated security solutions
  • Back up data periodically and extraordinarily.
  • Quick recovery when problems occur.

Interface requirements

  • The interface design ensures user friendliness, ease of use.
  • Simple, recognizable operation for older users on the mobile app

    List of applicable technical standards

The technical standards applied in the design of modern technology, application architecture to ensure ease of expansion, easy connection, and high security.

Standard for data connection

• Connecting via HTTP or HTTPS protocol using Restful web service that supports multiple cross-platform connections such as mobile app, web app, service.

Standard on data integration

• Using JSON format to optimize packet size through the 3G network environment commonly used with mobile devices. This format is also supported by many programming languages on a variety of platforms.

Information safety standards

  • Using the new MD5 mechanism for sensitive information such as login passwords
  • Using the fake request recognition mechanism using a digital signature-like algorithm
  • App mobile is obfuscation code to combat reverse engine
  • Backend communicates with each other on the same intranet and separate from the outside with a firewall.

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