Hi everyone

We released FileFileGo UI v0.3.0 with the following features:
- Backup/Restore uploaded metadata to storage providers
- Media viewer inside channels so a post can contain image in a p2p manner
- Dynamic fees functionality to allow storage node operators dynamically set their prices or delegate permission for setting their prices to other users

For changelog of both CLI and UI:
https://github.com/filefilego/filefilego/releases

https://github.com/filefilego/filefilego-ui/releases

If you are running the CLI its a good idea to update when a new release is published. The UI uses the CLI binary in the background

Hi everyone.🥳 FileFileGo UI v0.2.2 is released. Please upgrade your software to avoid inconsistencies.

https://filefilego.com/#download

As you can see its in the todo list. Will get it done soon, based on its priority

Done:
https://www.youtube.com/watch?v=wTV_4QhZZKU
https://www.youtube.com/watch?v=XcjlDN7uvV8

Also updated in: https://filefilego.com/crash_course.html

Sure, I will add them to my todo list

Appreciate your feedback  

Added here: https://github.com/orgs/filefilego/projects/3/views/1?pane=issue&itemId=32851095

Announcement:
Hey everyone!  🤩  We've just released a bunch of video tutorials on our YouTube channel. Be sure to check them out, and as always, we'd love to hear your feedback!

https://filefilego.com/crash_course.html

It's not exactly the same but the difference is very small. The encryption overhead is there so it really depends on how fast the CPU + Storage is.

In order to visualize it, you could increase the encryption percentage to 100% in the unit test files and you will see it takes more time to process because it encrypts the whole file.

Hi, a file is divided into 1024 segments (or less sometimes) before it's sent to the data requester. Currently, the network encrypts 1% of those segments so it would be around 10 segments to be encrypted using AES or Chacha depending on the hardware support.
The only overhead is the encryption of those 10 segments which is very small and normal these days considering most hardware of storage providers have AES instruction set on the CPU, so to conclude there is a very small overhead which is completely fine.

We also randomize those segments, so the additional overhead is random seek for 1024 segments on the HDD/SSD which is again negligible.

You can verify these at: https://github.com/filefilego/filefilego/blob/master/common/file_utils.go

You choose your fees, i recommend for now 0.1-0.2 FFG per GB. High fees might be against you since users might pick someone cheaper.

About the payment, yes it's automated and part of the verification algorithm. When the downloader asks decryption key from the verifier, it sends a signature of the local file and by that time the verifier knows if the file is the requested file.

The fees will be unlocked immediately and sent to storage provider

Please check: https://github.com/filefilego/filefilego/blob/master/node/protocols/data_verification/data_verification.go

Hi, Collect and monetize users data? Not one single piece of personal info is stored anywhere on the system including the website so you are wrong.

Luckily for us everything is open-source and people can verify and see what the project does and how it does it!

Show proof otherwise you are showing your lack of knowledge about the subject.

For those who want to understand the algorithm with a simple example:

1. Node 1 stores a 20GB file, and it asks for a fee as a storage fee+retrieval fee
2. Node 2 wants to get that file

There are 2 problems here:
Node 1 sends the file, but node 2 denies it got the file to prevent paying the fees
Or
Node 1 actually doesn't send that file instead some random data which is not the file requested, and collects the fees.

In this case both nodes can not be trusted, so in order to prove that the requested file was successfully transferred  we developed the proof of data transfer algorithm which can be found in our repo

You could say a channel is similar to a repository.

In filefilego, storage providers can store data which can be then retrieved by other peers using the file hash. This part of the system is completely off-chain meaning that file hashes are not stored anywhere.

Now here comes the concept of Channels. Let's assume that I am selling my own ML models which are 2TB of data, I could create a channel called "MLModels XYZ" and create different subchannels and categories. In those subchannels you can create entries which are basically posts, or upload files/folders.

Channels are public and if some files are uploaded to a channel, they are first uploaded to a storage provider and then the hash is included in the channels posts/files this way they point back to the file hash (the data will be on-chain)

Please read the docs here: https://filefilego.com/documentation/docs/

Hi,

Proof of Transfer in the context of filefilego is a type of verification concensus algorithm that allows the network to verify some data from 2 untrusted nodes were exchanged successfully without trusting those nodes at all.

This is not a consensus mechanism to mine or validate blocks. In FileFileGo storage providers can ask for an x amount of coins when they serve data to other nodes. The algorithm that verifies this process is our proof of data transfer, which mathematically proves that data from storage node were transmitted to the downloader node.

Let me know if you need more clarification

Hi

I would like to provide you with a quick update on our recent accomplishments and upcoming milestones. Over the course of the past 8 weeks, we have successfully achieved the following milestones:

1. We have developed a mobile wallet application for Android and iOS platforms, which is currently awaiting approval.
2. Our FileFileGo user interface has been developed and is now compatible with Windows, Linux, and macOS operating systems.
3. We have implemented a payment gateway on our website, enabling users to purchase FFG tokens conveniently.
4. We are pleased to announce our collaboration with a reputable data center located in the Netherlands. This partnership allows us to offer dedicated servers for storage, ensuring high quality and optimal performance.

Moving forward, we have outlined the following milestones for our project:

1. Creation of comprehensive tutorials that will guide users through the entire process of utilizing FFG, from beginner to advanced levels.
2. Development of a block explorer to enhance the functionality and transparency of our platform.
3. Implementation of strategic marketing initiatives and pursuit of listing opportunities on prominent cryptocurrency exchanges.

For regular updates, we encourage you to join our Discord channel. It provides a valuable platform for communication and staying informed.

Thank you for your ongoing dedication and contributions to our project.

https://filefilego.com

Discord: https://discord.gg/qhKkKZ9

Hi,

We are launching the "Break the Data Transfer Verification Algorithm" bounty program.

The goal of this bounty is to see how secure is our Proof of Data Transfer consensus algorithm.

Please check the details here
https://filefilego.com/bounty.html

Announcement:

1 Million FFG Bounty: Break the Data Transfer Verification Algorithm


https://filefilego.com/bounty.html

You can set up a storage full node where users will utilize your node to store data, when other users retrieve your data, they will pay your node. The algorithm behind this is called Proof of Data Transfer, and uses cryptographic functions to perform the verification.

I recommend that you wait for mid-May when we will have the GUI app and downloader, which will allow average users easily interact with the blockchain.

Currently there is the cli implementation which offers all the functionalities ( https://github.com/filefilego/filefilego/ )

If you want to buy coins, join us on discord and talk to us: https://discord.gg/qhKkKZ9

Update:
We are currently working on a mobile wallet, it is expected to be delivered by next week.

Users will be able to create their wallet on their mobile and send/receive FFG coins

By 5-10 May, we will also have a GUI wallet and downloader.

Hi,

We are currently running a PoA consensus algorithm, which means we have a set of validators that "Seal" blocks. The decision for this choice was that new blockchains like FileFileGo could easily be attacked since there is already a huge amount of processing power out there.

You can "Mine" coins by providing your storage node to people who would like to utilize your storage. This procedure is not exactly mining, but a reward system that allows you to get paid for the data users download from you.

The consensus mechanism for transferring the data from one node to another node and verifying it properly is the main innovation of this project. We proof mathematically that a set of data (bytes) were transferred from one node to another with a little bit of signature generation and cryptography.

I hope my answer helped you understand how the project works. You can always ready the documentation (https://filefilego.com/documentation/docs/) or if you want further clarification feel free to ask here