XRP is popularly known for its fast cross-border transactions. Hence, financial institutions and businesses that seek money-transferring facilities across the globe with instant finality should go with XRP. But how does XRP achieve high transaction speed? This efficiency is achieved through the combination of various factors, like innovative designs, consensus, and more. Let’s explore the technical aspects that drive XRP to process cross-border digital payments swiftly and reliably.
Ripple XPS’s Consensus Algorithm
The core aspect that drives XRP to process rapid transactions is its consensus algorithm. XRP employs RPCA—Ripple Protocol Consensus Algorithm. Traditional consensus algorithms, like the Proof-of-Work system, enable the mining process. Furthermore, it consumes more time to validate a secure transaction made on the blockchain. However, XRP’s RCPA utilizes the XRP Ledger, where a group of trusted validators curate the secure payments made on the XRP network. How?
- Proposal Phase: Once the users initiate the transactions, they will be moved to the XRP Ledger. Here, a group of validators proposes a set of Cross-Border transactions and adds them to the XRP Ledger.
- Consensus Rounds: A node of networks or validators vote on the proposals in multiple rounds. Almost 80% of transactions will be verified over these rounds.
- Ledger Finalization: Once the XRP Ledger achieves consensus, validated transactions will be added to a new block, creating a new ledger where they will be finalized.
These processes in the XRP Ledger will take 3 to 5 seconds. This is an incredibly fast transaction compared to Bitcoin’s 10-minute confirmation.
Unique Node List (UNL)
XRPs Consensus relies on a Unique Node List (UNL). It is used to select a set of trusted validators by each network participant across the globe. As a result, validators selected on the participants’ network will be reliable, and their agreement will pave the way for achieving consensus. Hence, the Unique Node List (UNL) XRPs Ledger achieves high transaction speed without compromising security.
Pre-Mined Supply
Cryptocurrencies like Bitcoin require mining to create a new digital coin. But XRP was pre-mined at its inception, with a 100 billion token supply. Hence, users don’t need to mine XRP.
Network Topology
XRPs Ledger features a small-world network topology, which facilitates rapid data propagation. This ensures that transactions are verified and validated instantly across the networks.
Low Transaction Fees
The efficiency of the XRP Ledger results in minimal transaction fees. It not only attracts many users but also provides high transaction volume without any congestion.
Scalability
XRP employed the XRP Ledger to handle high transaction throughput, making the XRP network more scalable for wider use.
Energy Efficiency
As mentioned earlier, XRP Ledger relies on consensus among the trusted validators. Hence, instead of energy-intensive mining, the XRP network becomes more eco-friendly by offering energy efficiency. This contributes to faster transaction processing by eliminating the delays associated with the transaction process.
Finality of Transactions
After multiple screening or consensus rounds, trusted validators validate and add a list of transactions to the XRP Ledger. Once the transactions are added to a new block, it is considered a final, irreversible ledger to prevent double-sending. This reduces time consumption and imposes confidence and trust among users that their transactions have been securely transferred instantly without any interruption.
Final Thoughts
XRP’s high transaction speed is achieved due to its deliberate design. From implementing a special consensus protocol to low-cost efficiency, several factors play a crucial role in achieving fast transactions. The above outlined are some of the technical aspects that help XRP achieve instant finality. Also, they are the fundamental elements that lead XRP to stand out as a fast cross-border payment network.
