Kaafila task will get continuous exertion from Users and Team Members, which will

make pay from items/administrations purchased by Clients/Advertisers. Furthermore the Users and

Colleagues will be compensated/made up for their work in KFL tokens.

Kaafila task will work on not-revenue driven model, and the total compensation toward the end

of every year will be zero. Along these lines, all pay will be utilized for administrator/project working

costs, and any leftover pay will be circulated among the Users straightforwardly.

We trust that assuming the Kaafila project is accomplishing helpful work, our Users and Team Members

based worldwide will empower the production of new pay each year, and along these lines, there

is no compelling reason to aggregate any pay.

Project pay might be in the accompanying: KFL, ALGO, USDT.

Project costs might be in the accompanying: KFL, ALGO, USDT.

Clients and Team Members can change over their KFL tokens on a trade or trade site.

The point is to augment the reception of KFL token, through valuable applications for

industry, and progressing support for social causes.

Kaafila project team is currently working to build the system from ground-up in a

network-efficient manner with minimum latency. The core development team includes

blockchain developers, system architects, analysts, and project managers.

Designers are going to decentralized capacity as a method for staying away from control, server
blackouts, and hacks. With decentralized frameworks, associations can progressively view as the
most proficient pathway through the Internet and course around blockage or harm.
The Algorand blockchain gives a decentralized, versatile and secure convention making
it an amazing medium to share data, but the current greatest note size
for an Algorand exchange is 1KB restricting the measure of moved information. Huge records
can’t be proficiently put away on blockchains. On one hand, the blockchain becomes
swollen with information that must be proliferated inside the blockchain network, and on the
other hand, since the blockchain is recreated on numerous hubs, a ton of extra room is
needed without filling a prompt need.
IPFS is a document sharing framework that can be utilized to all the more productively store and offer
enormous documents. It depends on cryptographic hashes that can undoubtedly be put away on a blockchain.
Regardless, IPFS doesn’t allow clients to impart records to chosen parties. This is
essential, on the off chance that delicate or individual information should be shared. Record content encryption
prior to transferring to IPFS shields delicate information from unapproved access. Algorand
blockchain innovation is then used for monitoring the document hashes and record names,
ensuring straightforwardness and speed. In this manner, Algorand-IPFS coordination permits us to
make decentralized applications with secure computerized content.
By making a cryptographic hash of the archive at the source with IPFS Network and
Algorand Blockchain, you have a technique for demonstrating that the information is unaltered. Furthermore,
you may likewise need the information to stay private and permit just approved substance clients to
view it just as have the option to renounce this approval when required. By utilizing any
standard encryption technique, the information can be gotten and simply noticeable to those with the
relating unscrambling key. At the point when you utilize the Algorand Blockchain and IPFS
Network for information stockpiling, your information is permanently gotten.