Federal Reserve study confirms BFT’s role in secure payment systems. XRP, XLM, and HBAR already use advanced BFT technology. ISO 20022 compliance strengthens XRP, XLM, and HBAR’s position. A financial pundit has sparked renewed discussion after pointing out that Federal Reserve research had already validated the consensus models powering XRP, XLM, and HBAR. According to SMQKE, the Federal Reserve previously recognized Byzantine Fault Tolerant (BFT) systems as one of the most secure and scalable frameworks for modern payment networks. Federal Reserve Research Validates BFT Systems The post referenced an official study published under the Federal Reserve’s Finance and Economics Discussion Series titled “Heraclius: A Byzantine Fault Tolerant Database System with Potential for Modern Payment Systems.” The research highlighted that BFT-based models can maintain high security while achieving remarkable processing speeds, reportedly exceeding 100,000 transactions per second. Researchers described Byzantine Fault Tolerance as a model that ensures a network continues operating even when some nodes fail or act dishonestly. This finding established BFT as a benchmark for distributed systems, outperforming older mechanisms such as Proof of Work and Proof of Stake that often struggle with efficiency and energy use. Also Read: ChartNerd Analysis: XRP Supply Shock to Trigger $13-$27 Rally FEDERAL RESERVE RESEARCH HAD ALREADY VALIDATED BFT, CONFIRMING XRP, XLM, AND HBAR’S ROLE IN SECURE PAYMENTS The Federal Reserve previously acknowledged the efficiency and scalability of Byzantine Fault Tolerant (BFT) consensus models in an earlier research paper outlining a… pic.twitter.com/J7OocjIdYc — SMQKE (@SMQKEDQG) October 22, 2025 Consequently, SMQKE noted that XRP, along with Stellar’s XLM and Hedera’s HBAR, had already implemented variations of this model long before the Federal Reserve’s publication. These networks use consensus structures derived from BFT, such as Federated Byzantine Agreement in Ripple and Stellar, and Asynchronous Byzantine Fault Tolerance in Hedera Hashgraph. Why the Federal Reserve’s Recognition Matters The Federal Reserve’s acknowledgment of BFT technology is viewed as a strong endorsement of the architecture supporting these digital assets. Moreover, it aligns with their design as fast, energy-efficient, and resilient payment systems suited for large-scale financial use. Additionally, XRP, XLM, and HBAR are all ISO 20022 compliant, the international messaging standard for global banking interoperability. Hence, analysts argue that this compatibility positions them as ideal candidates for integration within regulated financial infrastructures. According to SMQKE, the study effectively laid the foundation for the ongoing shift toward incorporating private digital assets into official payment frameworks. The observation has reignited optimism within the digital asset community, as the link between past Federal Reserve research and current blockchain adoption trends becomes increasingly clear. Also Read: TRUMP Token Rises Over 50% as Trump Seeks $230 Million From Justice Department The post Pundit: “Federal Reserve Research Already Confirmed XRP Role in Secure Payment,” Here’s How appeared first on 36Crypto. Federal Reserve study confirms BFT’s role in secure payment systems. XRP, XLM, and HBAR already use advanced BFT technology. ISO 20022 compliance strengthens XRP, XLM, and HBAR’s position. A financial pundit has sparked renewed discussion after pointing out that Federal Reserve research had already validated the consensus models powering XRP, XLM, and HBAR. According to SMQKE, the Federal Reserve previously recognized Byzantine Fault Tolerant (BFT) systems as one of the most secure and scalable frameworks for modern payment networks. Federal Reserve Research Validates BFT Systems The post referenced an official study published under the Federal Reserve’s Finance and Economics Discussion Series titled “Heraclius: A Byzantine Fault Tolerant Database System with Potential for Modern Payment Systems.” The research highlighted that BFT-based models can maintain high security while achieving remarkable processing speeds, reportedly exceeding 100,000 transactions per second. Researchers described Byzantine Fault Tolerance as a model that ensures a network continues operating even when some nodes fail or act dishonestly. This finding established BFT as a benchmark for distributed systems, outperforming older mechanisms such as Proof of Work and Proof of Stake that often struggle with efficiency and energy use. Also Read: ChartNerd Analysis: XRP Supply Shock to Trigger $13-$27 Rally FEDERAL RESERVE RESEARCH HAD ALREADY VALIDATED BFT, CONFIRMING XRP, XLM, AND HBAR’S ROLE IN SECURE PAYMENTS The Federal Reserve previously acknowledged the efficiency and scalability of Byzantine Fault Tolerant (BFT) consensus models in an earlier research paper outlining a… pic.twitter.com/J7OocjIdYc — SMQKE (@SMQKEDQG) October 22, 2025 Consequently, SMQKE noted that XRP, along with Stellar’s XLM and Hedera’s HBAR, had already implemented variations of this model long before the Federal Reserve’s publication. These networks use consensus structures derived from BFT, such as Federated Byzantine Agreement in Ripple and Stellar, and Asynchronous Byzantine Fault Tolerance in Hedera Hashgraph. Why the Federal Reserve’s Recognition Matters The Federal Reserve’s acknowledgment of BFT technology is viewed as a strong endorsement of the architecture supporting these digital assets. Moreover, it aligns with their design as fast, energy-efficient, and resilient payment systems suited for large-scale financial use. Additionally, XRP, XLM, and HBAR are all ISO 20022 compliant, the international messaging standard for global banking interoperability. Hence, analysts argue that this compatibility positions them as ideal candidates for integration within regulated financial infrastructures. According to SMQKE, the study effectively laid the foundation for the ongoing shift toward incorporating private digital assets into official payment frameworks. The observation has reignited optimism within the digital asset community, as the link between past Federal Reserve research and current blockchain adoption trends becomes increasingly clear. Also Read: TRUMP Token Rises Over 50% as Trump Seeks $230 Million From Justice Department The post Pundit: “Federal Reserve Research Already Confirmed XRP Role in Secure Payment,” Here’s How appeared first on 36Crypto.

Pundit: “Federal Reserve Research Already Confirmed XRP Role in Secure Payment,” Here’s How

2025/10/23 17:12
  • Federal Reserve study confirms BFT’s role in secure payment systems.
  • XRP, XLM, and HBAR already use advanced BFT technology.
  • ISO 20022 compliance strengthens XRP, XLM, and HBAR’s position.

A financial pundit has sparked renewed discussion after pointing out that Federal Reserve research had already validated the consensus models powering XRP, XLM, and HBAR. According to SMQKE, the Federal Reserve previously recognized Byzantine Fault Tolerant (BFT) systems as one of the most secure and scalable frameworks for modern payment networks.


Federal Reserve Research Validates BFT Systems

The post referenced an official study published under the Federal Reserve’s Finance and Economics Discussion Series titled “Heraclius: A Byzantine Fault Tolerant Database System with Potential for Modern Payment Systems.”


The research highlighted that BFT-based models can maintain high security while achieving remarkable processing speeds, reportedly exceeding 100,000 transactions per second.


Researchers described Byzantine Fault Tolerance as a model that ensures a network continues operating even when some nodes fail or act dishonestly. This finding established BFT as a benchmark for distributed systems, outperforming older mechanisms such as Proof of Work and Proof of Stake that often struggle with efficiency and energy use.


Also Read: ChartNerd Analysis: XRP Supply Shock to Trigger $13-$27 Rally


Consequently, SMQKE noted that XRP, along with Stellar’s XLM and Hedera’s HBAR, had already implemented variations of this model long before the Federal Reserve’s publication. These networks use consensus structures derived from BFT, such as Federated Byzantine Agreement in Ripple and Stellar, and Asynchronous Byzantine Fault Tolerance in Hedera Hashgraph.


Why the Federal Reserve’s Recognition Matters

The Federal Reserve’s acknowledgment of BFT technology is viewed as a strong endorsement of the architecture supporting these digital assets. Moreover, it aligns with their design as fast, energy-efficient, and resilient payment systems suited for large-scale financial use.


Additionally, XRP, XLM, and HBAR are all ISO 20022 compliant, the international messaging standard for global banking interoperability. Hence, analysts argue that this compatibility positions them as ideal candidates for integration within regulated financial infrastructures.


According to SMQKE, the study effectively laid the foundation for the ongoing shift toward incorporating private digital assets into official payment frameworks. The observation has reignited optimism within the digital asset community, as the link between past Federal Reserve research and current blockchain adoption trends becomes increasingly clear.


Also Read: TRUMP Token Rises Over 50% as Trump Seeks $230 Million From Justice Department


The post Pundit: “Federal Reserve Research Already Confirmed XRP Role in Secure Payment,” Here’s How appeared first on 36Crypto.

Disclaimer: The articles reposted on this site are sourced from public platforms and are provided for informational purposes only. They do not necessarily reflect the views of MEXC. All rights remain with the original authors. If you believe any content infringes on third-party rights, please contact [email protected] for removal. MEXC makes no guarantees regarding the accuracy, completeness, or timeliness of the content and is not responsible for any actions taken based on the information provided. The content does not constitute financial, legal, or other professional advice, nor should it be considered a recommendation or endorsement by MEXC.

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Suspected $243M Crypto Hacker Arrested After Major Breakthrough in Global Heist

Major breakthrough in $243M crypto heist as suspect arrested! $18.58M in crypto seized, linked to suspected hacker’s wallet. Dubai villa raid leads to possible arrest of crypto thief. A major breakthrough in the investigation into the $243 million crypto theft has emerged, as blockchain investigator ZachXBT claims that a British hacker, suspected of orchestrating one of the largest individual thefts in crypto history, may have been arrested. On December 5, ZachXBT revealed in a Telegram post that Danny (also known as Meech or Danish Zulfiqar Khan), the primary suspect behind the attack, was likely apprehended by law enforcement. ZachXBT pointed to a significant find: approximately $18.58 million worth of crypto currently sitting in an Ethereum wallet linked to the suspect. The investigator claimed that several addresses connected to Zulfiqar had consolidated funds to this address, mirroring patterns previously seen in law enforcement seizures. This discovery has raised suspicions that authorities may have closed in on the hacker. Moreover, ZachXBT mentioned that Zulfiqar was last known to be in Dubai, where it is alleged that a villa was raided, and multiple individuals associated with the hacker were arrested. He also noted that several contacts of Zulfiqar had gone silent in recent days, adding to the growing belief that law enforcement had made a major move against the hacker. However, no official statements from Dubai Police or UAE regulators have confirmed the arrest, and local media reports remain silent on the matter. Also Read: Song Chi-hyung: The Visionary Behind Upbit and the Future of Blockchain Innovation The $243 Million Genesis Creditor Heist: How the Attack Unfolded The arrest of Zulfiqar may be linked to one of the largest known individual crypto heists. In September 2024, ZachXBT uncovered that three attackers were involved in stealing 4,064 BTC (valued at $243 million at the time) from a Genesis creditor. The attack was carried out using sophisticated social engineering tactics. The hackers impersonated Google support to trick the victim into resetting two-factor authentication on their Gemini account, giving them access to the victim’s private keys. From there, they drained the wallet, moving the stolen BTC through a complex network of exchanges and swap services. ZachXBT previously identified the suspects by their online handles, “Greavys,” “Wiz,” and “Box,” later tying them to individuals Malone Lam, Veer Chetal, and Jeandiel Serrano. The U.S. Department of Justice later charged two of the suspects with orchestrating a $230 million crypto scam involving the theft. Further court documents revealed that the criminals had used a mix of SIM swaps, social engineering, and even physical burglaries to carry out the theft, spending millions on luxury items like cars and travel. ZachXBT’s tracking work has played a key role in uncovering several related thefts, including a $2 million scam in which Chetal was involved while out on bond. The news of Zulfiqar’s potential arrest could mark a significant turning point in the investigation, although full details are yet to emerge. Also Read: Kevin O’Leary Warns: Only Bitcoin and Ethereum Will Survive Crypto’s Reality Check! The post Suspected $243M Crypto Hacker Arrested After Major Breakthrough in Global Heist appeared first on 36Crypto.
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Coinstats2025/12/06 18:27