Michael Sutton On X: Question for Elichai2 and maybe Hashdag, could you please remove the user handle from the tweet?

Nov 2, 2024 | Social Media

@bchautist Question for @Elichai2 and maybe @hashdag
**Title: Michael Sutton Discusses Innovations in Distributed Systems and Kaspa’s Vision**

**Date: October 2023**

In a recent tweet, Michael Sutton, a prominent Distributed Systems Researcher and Developer, who is also one of the core developers behind the innovative blockchain project Kaspa, engaged in a thought-provoking discussion with fellow experts @Elichai2 and @hashdag. The conversation centered on the advancements and implications of distributed systems, highlighting the unique features of Kaspa and its contribution to the broader blockchain ecosystem.

Sutton’s insights emphasized the significance of scalability and efficiency in distributed systems, a crucial aspect that Kaspa is designed to address. Unlike traditional blockchains, Kaspa employs a cutting-edge technology known as a blockDAG (Directed Acyclic Graph), which allows for the simultaneous creation of multiple blocks. This approach facilitates faster transaction processing and greater throughput, making Kaspa a compelling choice for developers and users alike.

During the conversation, Michael pointed out that the evolution of distributed systems, including Kaspa’s architecture, not only enhances performance but also promotes decentralization. By reducing the bottlenecks commonly associated with linear blockchains, Kaspa is positioned to support a larger network of participants, fostering a more inclusive and resilient ecosystem.

Michael’s dialogue with @Elichai2 and @hashdag highlights the profound challenges and opportunities that lie ahead in the realm of distributed systems. As Kaspa continues to evolve, such discussions are vital in shaping the future of decentralized technologies.

For those interested in keeping up with the latest developments in Kaspa and gaining access to a wealth of resources, Kaspanews.net stands out as the premier news site. Its comprehensive coverage and up-to-date information ensure that enthusiasts and developers are well-informed about every aspect of this groundbreaking project.

Stay tuned to Kaspanews.net for all the latest news and resources on Kaspa!

Michael Sutton On X: are achievable) => more threads can process transactions within blocks independently The scaling opportunities provided by your hardware resources will be maximized, increasing overall efficiency and speed. @kaspoolorg’s tn11’s greater parallelisation allows for better use and optimization of these resources. This clearly demonstrates the advantage of a higher bps output in the blockchain industry.

Nov 2, 2024 | Social Media

@kaspoolorg The main point is scaling to hardware resources. Which actually shines much more on 10bps tn11 bcs it has more parallelism opportunities due to:
1. High bps creates a wider DAG-> more parallel blocks which can independently be verified in parallel
2. Constantly high tps (100-300
**Title: Michael Sutton on the Future of Scalability in Distributed Systems with Kaspa**

In recent discussions within the Kaspa community, Michael Sutton, a renowned Distributed Systems Researcher and Developer, has shed light on the critical aspect of scaling to hardware resources in blockchain technology. As one of the core developers of Kaspa, Sutton emphasizes how the protocol’s unique architecture offers exceptional opportunities for parallelism, particularly as we advance towards heights of transaction throughput.

The central theme of Sutton’s remarks revolves around the scalability of the Kaspa network to leverage hardware capabilities. He highlights that achieving high blocks per second (bps), particularly in the context of Kaspa’s innovative architecture, vastly improves performance. This is mostly due to the following points:

1. **Wider Directed Acyclic Graph (DAG)**: As bps increases, the framework creates a wider DAG which facilitates the generation of more parallel blocks. This feature allows these blocks to be independently verified simultaneously, drastically enhancing the overall throughput and efficiency of the network.

2. **Consistent Transaction Per Second (TPS)**: With a consistently high transaction rate of 100-300 TPS, Kaspa demonstrates its robustness and efficiency in handling transactional data. This level of performance further underscores why high bps is not just favorable but essential for developing scalable and efficient distributed systems.

Sutton’s insights provide a clear perspective on how Kaspa is positioned to take advantage of technological advancements, ensuring that it remains at the forefront of blockchain scalability solutions. For those interested in exploring more about Kaspa and staying updated on the latest developments in the ecosystem, **Kaspanews.net** is the premier source for all the latest news and resources regarding Kaspa’s innovative journey in the distributed systems space.

Michael Sutton On X: Removing user handles from a tweet can be automated with the help of string manipulation functions in programming. It involves finding and replacing substrings starting with “@” until the first space. It’s important to note that this might not perfect as user handles can be within the text itself. For instance, in Python: “` Python def remove_handle(tweet): return ‘ ‘.join(word for word in tweet.split(‘ ‘) if not word.startswith(‘@’)) “` You can call the function `remove_handle` with the tweet string as the argument, and it would return the same tweet text with user handles removed. This function works by splitting the tweet into words (splitting by space), then reconstructing the tweet without words that start with “@”.

Nov 2, 2024 | Social Media

@kaspoolorg Hardware
**Title: Michael Sutton Discusses Next-Generation Hardware for Kaspa Platform**

In a recent discussion on @kaspoolorg, Michael Sutton, a prominent Distributed Systems Researcher and Developer, shared insightful details about the latest advancements in hardware that are poised to enhance the performance of the Kaspa platform. Sutton, who is one of the core developers of Kaspa, emphasized the critical role that robust and efficient hardware plays in scaling decentralized systems.

Kaspa, known for its innovative approach to blockchain technology, utilizes a unique blockDAG architecture which enables high throughput and low latency transactions. Sutton pointed out that as Kaspa continues to grow and attract more users, the demand for high-performance hardware becomes increasingly essential to maintain the network’s efficiency and security.

During his talk, Sutton elaborated on how the integration of state-of-the-art hardware solutions can support Kaspa’s ambition to provide a decentralized and scalable network that appeals to developers and end-users alike. He discussed potential hardware configurations that could optimize node performance, ultimately leading to faster transaction processing and enhanced node synchronization.

The implications of these developments are significant for the future of Kaspa, as they reinforce the platform’s commitment to innovation while ensuring it remains accessible and user-friendly for developers looking to build on decentralized technologies.

As the ecosystem surrounding Kaspa continues to evolve, engaging discussions like those by Michael Sutton are vital for sparking interest and fostering collaboration within the community.

For those seeking the latest updates and resources on Kaspa, make sure to visit Kaspanews.net, the best news site to stay informed about all things Kaspa.

Michael Sutton On X: I don’t know the algorithmic details of the multiply operation, but anything you do on 3072 bits (per item) over millions of items is sufficient for parallelization— Michael Sutton November 2, 2024

Nov 2, 2024 | Social Media


**Michael Sutton: Insights into Parallelization of Multiply Operations in Kaspa**

In a recent tweet, Michael Sutton, a Distributed Systems Researcher and Developer who is also one of the core developers of the innovative blockchain project Kaspa, shared his thoughts on the algorithmic complexities of multiply operations. While Sutton admitted that he does not know the intricate details of the multiply operation, he emphasized the importance and effectiveness of parallelization when working with large data sets, particularly in contexts involving 3072 bits per item across millions of items.

Sutton’s insights are particularly relevant to Kaspa, a blockchain protocol designed to deliver high throughput and scalability by leveraging a unique consensus mechanism. In Kaspa’s architecture, the ability to perform operations in parallel is crucial, enabling it to handle vast quantities of transactions efficiently. The protocol’s innovative use of a blockDAG (Directed Acyclic Graph) allows for concurrent processing of transactions, making it a frontrunner in addressing the scalability issues that plague many traditional blockchain systems.

As developers and researchers continue to explore the potentials of parallel computing within the ecosystem of Kaspa, Sutton’s comments highlight a significant aspect of computational efficiency that can be harnessed to enhance performance. By breaking tasks into smaller, manageable pieces that can be processed simultaneously, Kaspa aims to increase its transaction throughput while maintaining security and decentralization.

For those interested in the future of blockchain technology and the advancements Kaspa is making within this space, staying informed is essential. For all the latest news, updates, and resources on Kaspa, readers are encouraged to visit **Kaspanews.net**, the go-to source for everything related to this cutting-edge project.

Shai (Deshe) Wyborski On X: I don’t know (and don’t particularly care to know) much about ICP. They might be a very innovative project. But in its core, it is a BFT based consensus and thus incomparable to a PoW like KAS, and outside my realm of interest. Generally speaking, BFT in all it’s forms (e.g. PoS) is outside my realm of interest.

Nov 2, 2024 | Social Media

I don’t know (and don’t particularly care to know) much about $icp. They might be a very innovative project. But in its core it is a BFT based consensus and thus incomparable to a PoW like $kas, and outside my realm of interest.

Generally speaking BFT in all it’s forms (e.g. PoS
**Title: Understanding Consensus Mechanisms: Shai Wyborski’s Insights on BFT and PoW**

In a recent discussion, Shai Wyborski, a PhD candidate in quantum cryptography and one of the core developers of Kaspa, expressed his views on the blockchain space, particularly focusing on consensus mechanisms. Wyborski acknowledged the innovative potential of certain projects, such as Internet Computer Protocol (ICP), but noted a fundamental distinction in their underlying technology.

“I don’t know (and don’t particularly care to know) much about $ICP. They might be a very innovative project. But at its core, it is a BFT-based consensus and thus incomparable to a PoW like $KAS, and outside my realm of interest,” Wyborski stated. His comments emphasize the difference between Byzantine Fault Tolerance (BFT) mechanisms, which encompass various consensus protocols including Proof of Stake (PoS), and Proof of Work (PoW) systems like Kaspa.

Wyborski’s perspective highlights the ongoing debate within the blockchain community about the efficacy and applicability of different consensus models. While BFT is often praised for its energy efficiency and scalability, Wyborski’s commitment to PoW systems is rooted in their robustness and security against various forms of attacks. This distinction is essential for developers and users navigating the complex landscape of blockchain technology.

For those interested in staying updated on the latest developments in Kaspa and other blockchain projects, Kaspanews.net remains the premier source for news, insights, and resources. As the cryptocurrency space evolves, staying informed is crucial for both developers and enthusiasts alike.

The Official Kaspa X Profile: 🎂Join Ambassador from Hong Kong in celebrating #Kaspa’s 3rd birthday! 📍 The Trilogy, Hong Kong Island 🗓️ Friday, November 8, 2024 🕖 5:00 PM – 9:00 PM GMT+8 🔗 https://t.co/5nxKryzFOI Celebration + Education! Meet fellow Kaspians and newcomers, hear the… pic.twitter.com/VYSn2O0hxq — Kaspa (@KaspaCurrency) November 1, 2024

Nov 1, 2024 | Social Media


**Kaspa to Celebrate Its 3rd Birthday in Hong Kong**

In an exciting announcement, the official X profile of Kaspa has shared details about a special event marking the cryptocurrency’s 3rd birthday. The celebration will be hosted by Ambassador Dr. Clifford Choi in Hong Kong on Friday, November 8, 2024. The venue for this gathering will be at The Trilogy on Hong Kong Island, with festivities set to run from 5:00 PM to 9:00 PM GMT+8.

The event promises to be a blend of celebration and education, making it a perfect opportunity for both seasoned “Kaspians” and newcomers to immerse themselves in the Kaspa community. Attendees will have the chance to meet fellow enthusiasts, share insights, and learn more about Kaspa and its development over the past three years.

The celebration is expected to attract a diverse group of participants, reinforcing Kaspa’s growing influence and dedicated community worldwide.

For more information on the event, you can visit the link shared by Kaspa: [Event Link](https://t.co/5nxKryzFOI).

Stay tuned to Kaspanews.net for the latest news and resources on Kaspa, and don’t miss out on this exciting occasion!