manab-kb/cn-data-fabric-provider

CN Project - A repository containing an implementation of a distributed data fabric provider for intermittent communication in conflict zone scenarios.

Hi there 👋

I love coding in Python 🐍 and C++. I am a Microsoft Learn Student Ambassador. I regularly (try to) participate in hackathons, coding contests and practice problem solving on websites such as - Hackerrank, Leetcode, etc.

⚡ Fun fact:

• 🔭 I’m currently working on a Deep Learning model.
• 🌱 I’m currently building up my basics in Deep Learning.
• ⚡ I love playing the piano and console games.
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• Python (Intermediate)
• C++ (Intermediate)
• C (Intermediate-Advanced)
• Kotlin (Basic-Intermediate)
• MERN Stack (Intermediate)

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cn-data-fabric-provider's Issues

Implement cloud DB instead of local DB

Add functionality to implement cloud databases such that:

• The GCS maintains a global database hosted on the cloud.
• Each UAV has a local instance of the global database.
• Each UAV writes to a local buffer - either locally within the UAV or with the help of API calls to the local instance of the cloud DB for each UAV.

Automate UAV deployments with shell scripts

Automate the process of GCS initialization and UAV deployment with the help of shell scripts (publish a package if possible)

Improve security of Blockchain Network

The current implementation of the blockchain network is transparent, but not completely secure. Implement a secure blockchain with the following (at least):

• Secure encryption for the files that store the blockchain.
• Secure transfer of packets over ports (add TLS to TCP).
• Manage possible race conditions to the files storing the blockchain - mutexes and condition variables.
• Add functionality to verify each node (UAV) while connecting to the Blockchain and GCS.

Implement Socket Programming

Implement a decentralized, distributed and reliable client-server communication with the help of socket programming such that:

• The clients can communicate and continue to work if the server becomes inactive.
• The server can join back the network and gain access to updated data.
• The clients can leave and join back the network and have access to the latest data.
• Protocols like GBN / SR and Timeouts are used within the client code to ensure reliable transfer of data.

Implement a Blockchain to maintain records of surveillance data

Implement a blockchain such that:

• All terrain data covered and gathered by the UAV are maintained within the blockchain.
• A copy of the blockchain is maintained at two different levels :

1. within a centralized database maintained at the GCS
2. within a local buffer of each UAV (activated only upon disconnection from the network)