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.

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How to earn from cloud mining: IeByte’s upgraded auto-cloud mining platform unlocks genuine passive earnings

How to earn from cloud mining: IeByte’s upgraded auto-cloud mining platform unlocks genuine passive earnings

The post How to earn from cloud mining: IeByte’s upgraded auto-cloud mining platform unlocks genuine passive earnings appeared on BitcoinEthereumNews.com. contributor Posted: September 17, 2025 As digital assets continue to reshape global finance, cloud mining has become one of the most effective ways for investors to generate stable passive income. Addressing the growing demand for simplicity, security, and profitability, IeByte has officially upgraded its fully automated cloud mining platform, empowering both beginners and experienced investors to earn Bitcoin, Dogecoin, and other mainstream cryptocurrencies without the need for hardware or technical expertise. Why cloud mining in 2025? Traditional crypto mining requires expensive hardware, high electricity costs, and constant maintenance. In 2025, with blockchain networks becoming more competitive, these barriers have grown even higher. Cloud mining solves this by allowing users to lease professional mining power remotely, eliminating the upfront costs and complexity. IeByte stands at the forefront of this transformation, offering investors a transparent and seamless path to daily earnings. IeByte’s upgraded auto-cloud mining platform With its latest upgrade, IeByte introduces: Full Automation: Mining contracts can be activated in just one click, with all processes handled by IeByte’s servers. Enhanced Security: Bank-grade encryption, cold wallets, and real-time monitoring protect every transaction. Scalable Options: From starter packages to high-level investment contracts, investors can choose the plan that matches their goals. Global Reach: Already trusted by users in over 100 countries. Mining contracts for 2025 IeByte offers a wide range of contracts tailored for every investor level. From entry-level plans with daily returns to premium high-yield packages, the platform ensures maximum accessibility. Contract Type Duration Price Daily Reward Total Earnings (Principal + Profit) Starter Contract 1 Day $200 $6 $200 + $6 + $10 bonus Bronze Basic Contract 2 Days $500 $13.5 $500 + $27 Bronze Basic Contract 3 Days $1,200 $36 $1,200 + $108 Silver Advanced Contract 1 Day $5,000 $175 $5,000 + $175 Silver Advanced Contract 2 Days $8,000 $320 $8,000 + $640 Silver…
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BitcoinEthereumNews2025/09/17 23:48