[ANN][ICO] EMP - A New Media Ecological Blockchain for Unbundling BAADD Media

[bagdanvolkov]

What o you know about the architecture of the platform?

The architecture of the Exa media platform is composed of a Data Layer, Blockchain Platform, and an Application Layer, and based on this, it can actualize various types of DApp services.

In the official whitepaper I saw something about the Sidechain Layer but didn't get it.

All Data produced in Exa Media Platform is not saved on the blockchain and used restrictively; therefore, sidechain is constructed separately for saving data.

Cool and I have read about DAG, what is that?

To convert the value into the coin, DAG (Directed acyclic Graph) is selected by using the sidechain while advertising is running, or data is using.

[Dravenfact]

What o you know about the architecture of the platform?

The architecture of the Exa media platform is composed of a Data Layer, Blockchain Platform, and an Application Layer, and based on this, it can actualize various types of DApp services.

In the official whitepaper I saw something about the Sidechain Layer but didn't get it.

All Data produced in Exa Media Platform is not saved on the blockchain and used restrictively; therefore, sidechain is constructed separately for saving data.

Cool and I have read about DAG, what is that?

To convert the value into the coin, DAG (Directed acyclic Graph) is selected by using the sidechain while advertising is running, or data is using.

Very interesting. If you know more, tell us please!)

[bagdanvolkov]

What o you know about the architecture of the platform?

The architecture of the Exa media platform is composed of a Data Layer, Blockchain Platform, and an Application Layer, and based on this, it can actualize various types of DApp services.

In the official whitepaper I saw something about the Sidechain Layer but didn't get it.

All Data produced in Exa Media Platform is not saved on the blockchain and used restrictively; therefore, sidechain is constructed separately for saving data.

Cool and I have read about DAG, what is that?

To convert the value into the coin, DAG (Directed acyclic Graph) is selected by using the sidechain while advertising is running, or data is using.

Very interesting. If you know more, tell us please!)

The DAG data structure can solve the performance problems and save the data that prove advertisements and data usages. These processes are submitted on the main blockchain, blocks and coins are created as many as values that created by smart contracts.

[Dravenfact]

What o you know about the architecture of the platform?

The architecture of the Exa media platform is composed of a Data Layer, Blockchain Platform, and an Application Layer, and based on this, it can actualize various types of DApp services.

In the official whitepaper I saw something about the Sidechain Layer but didn't get it.

All Data produced in Exa Media Platform is not saved on the blockchain and used restrictively; therefore, sidechain is constructed separately for saving data.

Cool and I have read about DAG, what is that?

To convert the value into the coin, DAG (Directed acyclic Graph) is selected by using the sidechain while advertising is running, or data is using.

Very interesting. If you know more, tell us please!)

The DAG data structure can solve the performance problems and save the data that prove advertisements and data usages. These processes are submitted on the main blockchain, blocks and coins are created as many as values that created by smart contracts.

As I understand, it is used to pay the revenue.

[bagdanvolkov]

What o you know about the architecture of the platform?

The architecture of the Exa media platform is composed of a Data Layer, Blockchain Platform, and an Application Layer, and based on this, it can actualize various types of DApp services.

In the official whitepaper I saw something about the Sidechain Layer but didn't get it.

All Data produced in Exa Media Platform is not saved on the blockchain and used restrictively; therefore, sidechain is constructed separately for saving data.

Cool and I have read about DAG, what is that?

To convert the value into the coin, DAG (Directed acyclic Graph) is selected by using the sidechain while advertising is running, or data is using.

Very interesting. If you know more, tell us please!)

The DAG data structure can solve the performance problems and save the data that prove advertisements and data usages. These processes are submitted on the main blockchain, blocks and coins are created as many as values that created by smart contracts.

As I understand, it is used to pay the revenue.

You are right. The ecosystem that compensate all people who participate in, such as advertisers, data analysts, sharing consumers, contents producers, and DApp developers is realized.

[White_Storm]

Why you call it EXA if on the official website it is Every Media blockchain Platform — EMP?!

[Flex123]

Why you call it EXA if on the official website it is Every Media blockchain Platform — EMP?!

It is just old and new name for the same project. There is no difference but yes, it is better to call it EMP.

[White_Storm]

Why you call it EXA if on the official website it is Every Media blockchain Platform — EMP?!

It is just old and new name for the same project. There is no difference but yes, it is better to call it EMP.

And EXA coin will be…?

[Flex123]

Why you call it EXA if on the official website it is Every Media blockchain Platform — EMP?!

It is just old and new name for the same project. There is no difference but yes, it is better to call it EMP.

And EXA coin will be…?

EVE — Every Media Coin, but it has the same functions.

[White_Storm]

Why you call it EXA if on the official website it is Every Media blockchain Platform — EMP?!

It is just old and new name for the same project. There is no difference but yes, it is better to call it EMP.

And EXA coin will be…?

EVE — Every Media Coin, but it has the same functions.

What about EXA AD & DATA (EXD) and EXA MEDIA PULSE (EMP)?

[Flex123]

Why you call it EXA if on the official website it is Every Media blockchain Platform — EMP?!

It is just old and new name for the same project. There is no difference but yes, it is better to call it EMP.

And EXA coin will be…?

EVE — Every Media Coin, but it has the same functions.

What about EXA AD & DATA (EXD) and EXA MEDIA PULSE (EMP)?

You can call it ADD(AD & DATA) and  EMP(EVERY MEDIA POWER) respectively

[big-vados123]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

[nikolayenko]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

I know that this has a form of generalized Merkle DAG which is a reference structure; Merkle DAG can build a version-controlled file system, a blockchain, and a permanent Web-page. IPFS is combined of the dispersed hash table and the self-certified namespace. IPFS does not have any single failure-point, and each node does not have to confidence in each other.

[mishacryptoinvest]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

I know that this has a form of generalized Merkle DAG which is a reference structure; Merkle DAG can build a version-controlled file system, a blockchain, and a permanent Web-page. IPFS is combined of the dispersed hash table and the self-certified namespace. IPFS does not have any single failure-point, and each node does not have to confidence in each other.

How does it work?

[big-vados123]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

I know that this has a form of generalized Merkle DAG which is a reference structure; Merkle DAG can build a version-controlled file system, a blockchain, and a permanent Web-page. IPFS is combined of the dispersed hash table and the self-certified namespace. IPFS does not have any single failure-point, and each node does not have to confidence in each other.

How does it work?

Instead of pointing to a specific server when importing the created objects in the media platform such as photos, texts, and videos, IPFS searches the hashes of files to seek for something.

[Faradenza]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

I know that this has a form of generalized Merkle DAG which is a reference structure; Merkle DAG can build a version-controlled file system, a blockchain, and a permanent Web-page. IPFS is combined of the dispersed hash table and the self-certified namespace. IPFS does not have any single failure-point, and each node does not have to confidence in each other.

How does it work?

Instead of pointing to a specific server when importing the created objects in the media platform such as photos, texts, and videos, IPFS searches the hashes of files to seek for something.

Wow, it is something new!

[big-vados123]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

I know that this has a form of generalized Merkle DAG which is a reference structure; Merkle DAG can build a version-controlled file system, a blockchain, and a permanent Web-page. IPFS is combined of the dispersed hash table and the self-certified namespace. IPFS does not have any single failure-point, and each node does not have to confidence in each other.

How does it work?

Instead of pointing to a specific server when importing the created objects in the media platform such as photos, texts, and videos, IPFS searches the hashes of files to seek for something.

Wow, it is something new!

And the basic idea is that requesting a file with the same hash across the entire network will cause the other IPFS node to return the file, when a browser wants to access a specific file.

[Faradenza]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

I know that this has a form of generalized Merkle DAG which is a reference structure; Merkle DAG can build a version-controlled file system, a blockchain, and a permanent Web-page. IPFS is combined of the dispersed hash table and the self-certified namespace. IPFS does not have any single failure-point, and each node does not have to confidence in each other.

How does it work?

Instead of pointing to a specific server when importing the created objects in the media platform such as photos, texts, and videos, IPFS searches the hashes of files to seek for something.

Wow, it is something new!

And the basic idea is that requesting a file with the same hash across the entire network will cause the other IPFS node to return the file, when a browser wants to access a specific file.

What are the benefits from it?

[big-vados123]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

I know that this has a form of generalized Merkle DAG which is a reference structure; Merkle DAG can build a version-controlled file system, a blockchain, and a permanent Web-page. IPFS is combined of the dispersed hash table and the self-certified namespace. IPFS does not have any single failure-point, and each node does not have to confidence in each other.

How does it work?

Instead of pointing to a specific server when importing the created objects in the media platform such as photos, texts, and videos, IPFS searches the hashes of files to seek for something.

Wow, it is something new!

And the basic idea is that requesting a file with the same hash across the entire network will cause the other IPFS node to return the file, when a browser wants to access a specific file.

What are the benefits from it?

When loading a file, HTTP is used to indicate the server's address object; because IPFS is in the HTTP layer, it requests a hash object of the file to the entire network, which makes routing much faster than HTTP.

[Faradenza]

One of the features of the Every Media Platform is that it use Inter-Planetary File System (IPFS). This system provides a block storage model which has high throughput by using content addressed hyperlink.

I know that this has a form of generalized Merkle DAG which is a reference structure; Merkle DAG can build a version-controlled file system, a blockchain, and a permanent Web-page. IPFS is combined of the dispersed hash table and the self-certified namespace. IPFS does not have any single failure-point, and each node does not have to confidence in each other.

How does it work?

Instead of pointing to a specific server when importing the created objects in the media platform such as photos, texts, and videos, IPFS searches the hashes of files to seek for something.

Wow, it is something new!

And the basic idea is that requesting a file with the same hash across the entire network will cause the other IPFS node to return the file, when a browser wants to access a specific file.

What are the benefits from it?

When loading a file, HTTP is used to indicate the server's address object; because IPFS is in the HTTP layer, it requests a hash object of the file to the entire network, which makes routing much faster than HTTP.

Nice! It seems to be a really fresh decision!