website programming with blockchain برمجه موقع لتتبع الشنط في المطارات باستخدام تقنيه البلوك تشين

الشروع يحتوي على 5 خطوات

1- برمجه البلوك تشين

2- ربطها ب باركود لتسجيل الشنط

3- تصميم الموقع

4- ربطه ب اشعارات في الوقت الحالي

5- اختباره والتاكد من عمل الموقع

1. Blockchain Platform Development

The system’s core is a blockchain platform developed using Python. The blockchain provides a

decentralized, tamper-evident ledger that records the baggage status updates. The implemen

tation involves:

• Cryptography: Therefore, utilizing Python’s hashlib libraries to hash each transaction

uniquely in such a way that all the information can remain secure.

• Decentralization: Designing the blockchain to eliminate reliance on a single central au

thority, enhancing transparency and reducing the risk of single points of failure.

• Data Management: Provide a mechanism to store and retrieve data related to the status

of baggage securely, thus allowing easy updating at every checkpoint.

2. Barcode Technology Integration

The Barcode technology will be implemented to offer an affordable and effective way of tracking

luggage. The steps include:

• Barcode Generation and Processing: Using libraries in Python such as python-barcode to

generate a unique barcode for every baggage.

• Checkpoint Scanning: The airline staff scans such a barcode at various key checkpoints,

like check-in counters, loading/unloading areas, and baggage claim areas With every scan,

the transaction automatically gets updated on the blockchain.

3. Website Development

A responsive and user-friendly website will be developed which will act as a main interface

for both airline staff and passengers. The development process will leverage Python as the

core programming language due to its simplicity, versatility, and strong library support. The

development include:

• Frontend Development: Developing a user-friendly interface using HTML, CSS, and JavaScript.

• BackendDevelopment: Building a robust server-side application on either Flask or Django,

which interacts with the blockchain.

• Airline Staff Features: It allows login-protected areas where staff can update the status of

baggage and scan barcodes.

• Passenger Features: The passenger can input the baggage ID and track the real-time

status of their luggage throughout their journey.

• Python’s Role: Python will help in integrating blockchain and also in the backend devel

opment of the website. Its libraries will handle requests, manage databases, and efficiently

communicate with the blockchain system to provide real-time updates to the users.

4. Real-Time Notification System

Real-time notifications will be enabled within the system to notify passengers

• Delivery Mechanisms: Updates will be sent either through email or SMS to inform pas

sengers about the location of their luggage at every stage of their journey.

• Improving Customer Satisfaction: Providing instant updates to reduce passenger anxiety

about lost or delayed luggage.

5. Testing and Validation

A comprehensive testing will ensure the system works in the following ways:

• Unit Testing: Individual components in the blockchain and website will be tested for

correctness, like transaction recording and updating baggage status.

• Integration Testing: How well the blockchain, barcode system, and website interact with

each other.

• Scalability Testing: The testing simulations on how much load the system will perform,

while still maintaining large volumes of transactions and users.

• Security Testing: The scanning of blockchain and websites for vulnerabilities regarding

data privacy and system reliability