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Eliminates The Need For Requesting Duplicate Copies. The Figure Shows The Reduction In Steps To Perform The Same Transaction. The System Creates A Hash String Serving As A Proof Of Work (Pow) In Each Block, Providing Visibility To All Members. After The Network Participants Validate The Entries, The System Adds The Approved Transactions And Links The Hash String From The Previous Block Into The Current Block. Both Companies Then Receive A Secured Copy Of The Transaction, And The Completed Block Is Cryptographically Sealed And Linked To A Continuous Blockchain In Chronological Order. This System Also Reduces Time-consuming Accounting Reconciliations And Processes.
At Both Heq And Tjb, Including Sending Out Confirmation Notices And Verifying Statement Balances, Because Invoices, Checks, And Other Transactions Are Checked For Accuracy Before They Post To The Blockchain. Finally, The Blockchain Enables A Streamlined Latest Mailing Database Approach To Auditing Records Because Hash Strings Are Matched To The Original Records, Regardless Of Which Company In The Network Generated Them (See Figure C). An Auditor Employed By One Membe.

Of The Network Can Do A 100% Validation Of Heq’s And Tjb’s Transactions By Comparing The Original Records To The Triple Entries Generated. WLikely Retain Separate Audit Firms, The Efficiencies Gained By Using A Blockchain Ecosystem Allow Auditors To Spend More Time On Business Analytics Instead Of Duplicating Low-level Verification Tasks And Reconciliations. This Simple Example Highlights How A Seamless, Comprehensive, And Secure Method Of Transferring Value Can Improve Business Processes. Although Widespread Adoption Of Blockchains Is Still.
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