V-ID to End Document Fraud

November 09, 2018 yarisloksyun 0 Comments



As everything became digital, we were forced to distribute our files in different ways. For example, a file sent by email passes through dozens of stations beyond the control of the publisher. In a frustrating way, replacing a digital file can be easier than creating a paper document. Many companies provide solutions such as PDF signature or certificate. Even when fully implemented, it is far from tampering or easily verifiable.
For a fact, there is no effective and uniform way to protect digital files that are currently running anywhere. Imagine that you can verify any file once. This can be shared with confidence, knowing that the validated status can never be changed without losing it.
Currently, the V-ID is already used to validate and validate certificates, diplomas, reports, and audit paths. More usage status is developing rapidly and new partnerships will be announced. V-ID is a generic and successful way to secure and verify any file of any publisher.
As a company specializing in secure communication tools, V-ID is an API supplier that can seamlessly integrate blockchain validation services into another system or platform. In this way, V-ID becomes a market leader in file fraud protection, as well as for secure Internet connections such as SSL.

Blockchain Supported Validation


V-ID uses blockchain technology to terminate all document fraud. The V-ID validation service allows organizations to authenticate their documents in a block chain distributed worldwide.
These documents can then be verified so that the recipients know that the content of the document has not been altered and has been published completely original. With V-ID, it is impossible to change the contents of any digital file without losing the verified version of the file.

How does it work?


For example, an organization issuing certificates in PDF format can verify these documents with V-ID. Once approved, documents can be copied, distributed, and renamed, while maintaining their verified status. Before approving, all persons representing the broadcaster are personally recognized (KYC). There is no anonymous verification.
Everyone can verify the file at V-ID.org and confirm the V-ID ID and source and ensure that the content is exactly the same as the originally published document. You can watch the video showing the approval process;
Although the V-ID does not need to store files, if the contents of the file have been modified in any way, the V-ID will determine the file as unverified.
 

What are the advantages of V-ID?

  • V-ID provides blockchain supported, optional, secure verification. The V-ID uses the digital fingerprint of a document and then locks it into a blockchain transaction published to tens of thousands of servers throughout the planet.
  • All these servers will verify, record and protect this data.
  • A supercomputer that works as the best digital casing of our time.
  • The purpose of the V-ID is to enable individuals and organizations to safely share their official cryptographically signed documents and to prevent the distribution of misdirected content.
  • We believe that Blockchain technology protects the data completely decentrally.
  • The V-ID would not be possible without the constant and transparent nature of the blockchain.
  • It is a challenge for us to open this potential in the easiest and most generic way possible.

V-ID Token

  • Token Abbreviation : VIDT
  • Price : $ 0.2
  • Token to be sold : 50 Million
  • Total Token : 100 Million
  • Platform: Ethereum (ERC20)
  • Softcap : $ 1 million
  • Hardcap : 8 billion dollars
  • Accepted Payment Method : ETH
The V-ID Token is an Ethereum smart contract symbol that will be used to pay for all services provided by the V-ID. These services include application projects, self-service, API licensing and per-file processing. V-ID Tokens will also be used to cover the costs of using multiple blocks without requiring any other coins or coins.
 

Links


Website | Whitepaper | Twitter | Facebook | Telegram | MediumLinkedin | Reddit | Github | ANNA

Authors: Loksyun

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