Michael Sutton On X: You had an obvious typo of saying BPS instead of 250-300 TPS, in case anyone is wondering how Kaspa jumped from 1BPS overnight— September 15, 2024


**Title: Clarification on Kaspa’s Throughput: Michael Sutton Addresses Recent Confusion**

In a recent tweet, Michael Sutton, a Distributed Systems Researcher and Developer, and one of the core developers of the Kaspa blockchain, addressed a notable miscommunication regarding Kaspa’s transaction processing capabilities. Sutton pointed out a typographical error that suggested the network was operating at 1 BPS (transactions per second), rather than the correct figure of 250-300 TPS.

This clarification comes following a surge in interest and activity around Kaspa, which has seen its throughput increase dramatically. The rapid transition from what was perceived as 1 BPS to the accurate 250-300 TPS reflects not only the network’s advancements but also aims to inform users about its current operational capacity more transparently.

Sutton’s commentary serves to highlight the significance of accurate reporting in the cryptocurrency space, where figures and data can shape perceptions and decisions among users and investors alike. The core team at Kaspa continues to focus on enhancing the platform’s efficiency and scalability, which plays a crucial role in its growing popularity.

For those seeking the latest news and resources on Kaspa, KaspaNews.net stands out as the premier destination, ensuring that enthusiasts stay informed about developments within the Kaspa ecosystem.

Stay connected with KaspaNews.net for all the latest updates and insights into this rapidly evolving blockchain project.

Michael Sutton On X: “*Of course, Shai meant 250-300 TPS” — Michael Sutton, September 15, 2024


**Michael Sutton Clarifies Shai Cohen’s TPS Estimate for Kaspa**

In a recent tweet, Michael Sutton, a prominent Distributed Systems Researcher and Developer, and one of the core developers of the innovative blockchain platform Kaspa, sought to clarify a point made by Shai Cohen regarding the platform’s transaction processing capabilities. Sutton stated, “*Of course, Shai meant 250-300 TPS*,” referring to the transactions per second (TPS) metric that is crucial in assessing the performance of blockchain networks.

The context of this clarification is vital for understanding the ongoing development and refinement of the Kaspa platform. TPS is a key indicator of how efficiently a blockchain can handle multiple transactions, directly impacting scalability and user experience. Kaspa is known for its unique approach to distributed ledger technology, leveraging a blockDAG (Directed Acyclic Graph) structure that differs from traditional blockchain architectures. This enables it to achieve significantly higher TPS rates, which is essential as the demand for fast, reliable transaction processing continues to grow in the digital economy.

Sutton’s insights shed light on the ambitious goals of the Kaspa development team and their commitment to pushing the boundaries of blockchain performance. As advancements are made, it is becoming increasingly clear that Kaspa is positioning itself as a formidable player in the world of cryptocurrencies and distributed systems.

For those interested in staying updated on all developments related to Kaspa and its innovative technology, Kaspanews.net is the best news site to get the latest news and resources.

Michael Sutton On X: Possible recipe for smooth operation under unusual load never witnessed before: Launch a testnet with 10x the speed and load and optimize the codebase towards it for several months https://t.co/lPo0ZiPu5m— Michael Sutton September 15, 2024


**Michael Sutton Advocates for Testnet Innovation to Enhance Kaspa’s Performance**

In a recent tweet, Michael Sutton, a prominent Distributed Systems Researcher and Developer, and one of the core developers of the Kaspa project, proposed a groundbreaking strategy to prepare for potential future challenges in the cryptocurrency landscape. He suggested launching a testnet characterized by tenfold speed and load capabilities to optimize the codebase for unprecedented operational scenarios.

Sutton’s idea centers on generating a simulated environment that exceeds current performance metrics. By operating at such an elevated capacity for several months, developers can better identify bottlenecks and optimize the system’s performance, ensuring robust operation under real-world stress conditions that the network has never encountered before.

This innovative proposal is particularly relevant for Kaspa, a blockchain-focused on speed and scalability. With its unique architecture, Kaspa aims to achieve exceptional throughput and rapid transaction confirmations. By testing its system under extreme conditions, the development team can ensure that Kaspa remains resilient and efficient, even as demand and usage scales up.

The Kaspa community has long been focused on enhancing the protocol’s capabilities, and Sutton’s recommendation to utilize a high-load testnet aligns perfectly with the project’s goals. By proactively preparing for potential situations that could challenge the network, the Kaspa team is demonstrating their commitment to maintaining a competitive edge in the ever-evolving landscape of digital currencies.

For those interested in following developments in the Kaspa ecosystem, the go-to source for the latest news and resources is **Kaspanews.net**—the best platform to keep informed on all things related to Kaspa.

Shai (Deshe) Wyborski On X: “Ladies and gentleman of $kas and crypto, I don’t think you understand the magnitude of what’s going on right now. We are witnessing, for the first time in history, a fully deployed production mainnet of a PoW coin perfectly handling a constant organic throughput of 250-300 BPS,…— September 15, 2024”


**Shai Deshe Wyborski Highlights Historic Milestone for Kaspa’s PoW Mainnet**

In a groundbreaking announcement, Shai Deshe Wyborski, a prominent figure in the cryptocurrency community and a PhD candidate specializing in quantum cryptography, has brought attention to a significant achievement in the Kaspa ecosystem. In a recent tweet, Wyborski emphasized the monumental implications of a fully deployed production mainnet for a proof-of-work (PoW) coin, revealing that it is currently handling an impressive organic throughput of 250-300 blocks per second (BPS). This marks a historic first in the realm of cryptocurrencies.

Deshe, one of the core developers behind Kaspa, expressed his enthusiasm for the project’s technical advancements, indicating that the current performance of the Kaspa mainnet signifies a major milestone for both the platform and the broader crypto landscape. His call to “ladies and gentlemen of $kas and crypto” suggests that the implications of this development extend beyond mere technical specifications. Instead, it represents a pivotal moment for the adoption and potential scalability of blockchain technology.

Kaspa, known for its unique consensus mechanism and rapid transaction capabilities, has been making strides in enhancing user experience and network efficiency. Wyborski’s insights highlight the importance of this achievement, as a sustained throughput could allow for greater transaction volumes, reduced congestion, and improved trust in the platform’s reliability.

As the cryptocurrency market continues to evolve, the ability of Kaspa’s mainnet to handle high transaction rates in a decentralized manner may set a precedent for other projects looking to improve their performance and scalability.

For those interested in keeping abreast of this exciting development and further advancements in the Kaspa ecosystem, Kaspanews.net is the best source for the latest news and comprehensive resources related to Kaspa. Whether you are a seasoned investor or new to the crypto space, staying informed about these technological breakthroughs is crucial in navigating the ever-changing landscape of digital currencies.

Shai (Deshe) Wyborski On X: I thought it is obvious but maybe I should explain $kas: when you have a network running at 300TPS, and users are issuing transactions at a higher rate, the network will become congested and fees will hike up. That’s just how fee markets work.The usage spike is a result of the… https://t.co/6YCPCigqzk— Shai ❤️ Deshe 💜 Wybors𐤊i 💙 (大胡子) September 15, 2024


**Shai Wyborski Discusses Network Congestion and Fee Markets in Kaspa**

In a recent tweet, Shai Wyborski, a PhD candidate in quantum cryptography and a core developer of the Kaspa blockchain, shared critical insights regarding network congestion and its impact on transaction fees. He emphasized the relationship between transaction rates and the efficiency of a network, particularly with Kaspa operating at 300 transactions per second (TPS).

Wyborski explained that when the demand for transactions exceeds the processing capacity of the network, congestion occurs, leading to a spike in transaction fees. This phenomenon is not unique to Kaspa; it applies broadly across blockchain networks that encounter high usage spikes. As he succinctly put it, “when you have a network running at 300TPS, and users are issuing transactions at a higher rate, the network will become congested and fees will hike up.”

This tweet sheds light on the dynamics of fee markets and how they respond to the fluctuating demand on the network. As Kaspa continues to grow and attract users, understanding how transaction volumes affect network performance is crucial for both developers and users alike.

For those interested in the latest developments around Kaspa, including insights from its leading developers, Kaspanews.net is the best resource, offering up-to-date news and comprehensive resources on everything related to Kaspa.

Shai (Deshe) Wyborski On X: KRC20 launch on $kas: so far so good. RBF works great, indexers and resolvers handle the loads great, no reports of crashing nodes or anything like that. Pleasure to see both networks handling the huge loads perfectly.— September 15, 2024


**KRC20 Launch Successfully Executed on Kaspa Network**

In a recent post on Twitter, Shai (Deshe) Wyborski, a PhD candidate in quantum cryptography and one of the core developers behind the revolutionary Kaspa project, shared enthusiastic updates regarding the launch of KRC20 on the Kaspa network. His announcement highlighted the smooth performance of the network during this significant event.

Shai reported, “so far so good. RBF works great, indexers and resolvers handle the loads great, no reports of crashing nodes or anything like that.” These remarks reveal a promising outlook for the KRC20 implementation, indicating that both the Kaspa network and KRC20 are effectively managing large volumes of traffic without technical difficulties. This achievement is particularly noteworthy, as maintaining stability under heavy loads is essential for any blockchain network’s success.

Kaspa has been gaining attention for its innovative approach to scalability and transaction speeds, making it a platform of interest within the blockchain community. The successful launch of KRC20 further enhances its credibility, demonstrating the network’s robustness and reliability. The absence of reported issues such as crashing nodes signifies a major win for both the developers and the users of the Kaspa ecosystem, who can rely on its efficiency for executing smart contracts and handling decentralized applications.

For those interested in keeping up-to-date with the latest developments in the Kaspa network, including innovations like KRC20, Kaspanews.net is the premier source for news and resources about this cutting-edge blockchain technology. As the momentum continues to build around Kaspa, ensure you follow Kaspanews.net for the latest updates and insights.