Nvidia Corp. rose the most in about nine months after the chipmaker delivered another eye-popping sales forecast, adding fresh momentum to a stock rally that already made it the world’s most valuable chipmaker.

Nvidia Surges After AI Boom Shows No Signs of Letting Up

Point

I remember reading some years ago an L1’s proposal to migrate to an L2. That's where I came across the term decentralized sequencers. At the time, it seemed like an interesting but somewhat distant concept—an optimization rather than a necessity. But today, as rollups solidify their role as the dominant scaling solution for Ethereum and beyond, the importance of decentralized sequencers has grown considerably. decentralized sequencers For all the innovation that rollups bring, they still carry a significant centralization risk: most of them rely on a single, privileged sequencer. While this approach helps improve transaction speed and cost efficiency, it reintroduces some of the trust assumptions that blockchains were designed to eliminate. The debate around decentralized sequencers is not just about removing centralization for the sake of ideology; it’s about solving real bottlenecks in performance, censorship resistance, and fair transaction ordering. In this deep dive, we'll explore why sequencers matter, how decentralized sequencer networks work, the emerging designs in this space, and what challenges remain before they see widespread adoption. What is a sequencer and why does it matter? What is a sequencer and why does it matter? Sequencers play a critical role in rollup architectures. In simple terms, a sequencer is responsible for: Ordering transactions before they are posted on L1.


Providing rapid confirmations to users, even before final settlement on Ethereum.


Mitigating MEV (Maximal Extractable Value) by controlling how transactions are arranged. Ordering transactions before they are posted on L1. Ordering transactions before they are posted on L1. Providing rapid confirmations to users, even before final settlement on Ethereum. Providing rapid confirmations to users, even before final settlement on Ethereum. Mitigating MEV (Maximal Extractable Value) by controlling how transactions are arranged. Mitigating MEV (Maximal Extractable Value) by controlling how transactions are arranged. Without sequencers, rollups would function much like L1 blockchains—transactions would have to wait for finalization before they can be considered confirmed, resulting in slower user experiences. A sequencer brings the benefit of near-instant finality, making rollups feel as fast as traditional Web2 applications. Okay, but why do we need decentralized sequencers? Well, decentralized sequencers implies the opposite exists too. What's interesting is that centralized sequencers are more scalable and even faster. But its a double edged sword, its advantages in terms of scaling, comes with significant risk. Censorship – A centralized sequencer can choose which transactions to include or exclude, leading to concerns about neutrality, fair access and defeats the purpose of decentralized technology.
Single point of failure – If the sequencer goes offline, transactions cannot be processed until it comes back. While some rollups have fallback mechanisms, they are inefficient and not ideal for mainstream adoption. Censorship – A centralized sequencer can choose which transactions to include or exclude, leading to concerns about neutrality, fair access and defeats the purpose of decentralized technology. Single point of failure – If the sequencer goes offline, transactions cannot be processed until it comes back. While some rollups have fallback mechanisms, they are inefficient and not ideal for mainstream adoption. This might also seem like an unlikely scenario but it has in fact happened before. Arbitrum’s sequencer once stalled, making the network unusable for over an hour. MEV exploitation – A centralized sequencer can extract value from users through unfair transaction ordering, front-running, or sandwich attacks. MEV exploitation – A centralized sequencer can extract value from users through unfair transaction ordering, front-running, or sandwich attacks. These risks make it pertinent that L2s move towards a decentralized sequencer architecture.While a number of chains are still using centralized sequencers like Arbitrum one, optimism and base, we have seen new players like Morph adopting the decentralized sequencer model. How do decentralized sequencers work? A decentralized sequencer network, distributes the sequencing function across multiple entities, removing the reliance on a single entity. Its essentially the opposite of centralized sequencers. Its more time consuming and more expensive (in comparison with centralized sequencers) but for what it lacks, it makes up for it with: Censorship resistance – No single entity can exclude transactions.
High availability – Even if one sequencer node goes down, others can take over. This eliminates the risk of network downtime.
Fair transaction ordering – Preventing MEV abuse and ensuring a level playing field. Censorship resistance – No single entity can exclude transactions. High availability – Even if one sequencer node goes down, others can take over. This eliminates the risk of network downtime. Fair transaction ordering – Preventing MEV abuse and ensuring a level playing field. Shared Sequencing In the shared sequencing approach, multiple sequencers collaborate to process transactions in a shared mempool. The sequencers collectively determine the order of transactions and propose blocks to the L1 chain based on a consensus mechanism. Advantages: Ensures consistent transaction ordering across all sequencers
Reduces the risk of MEV exploitation through a fair ordering mechanism
Enables seamless failover in case of individual sequencer failures\ Ensures consistent transaction ordering across all sequencers Reduces the risk of MEV exploitation through a fair ordering mechanism Enables seamless failover in case of individual sequencer failures\ Challenges: Requires a robust consensus mechanism to ensure fair participation and prevent attacks
Potential for lower throughput compared to centralized sequencing due to the coordination overhead
Increased communication complexity among sequencers Requires a robust consensus mechanism to ensure fair participation and prevent attacks Potential for lower throughput compared to centralized sequencing due to the coordination overhead Increased communication complexity among sequencers Example: The Morph rollup uses a shared sequencing model based on a proof-of-stake consensus among sequencers. Example The Future of Decentralized Sequencing As the Ethereum ecosystem continues to scale and mature, the need for decentralized sequencing solutions will only grow. While the current approaches offer significant improvements over centralized sequencers, there is still room for innovation and optimization. One area of active research is the development of hybrid sequencing models that combine the benefits of different approaches. For example, a system could use shared sequencing for high-value transactions that require strong censorship resistance, while employing a more centralized approach for low-value transactions to maximize throughput. Another promising direction is the integration of privacy-preserving technologies like zero-knowledge proofs into decentralized sequencers. This could enable users to submit transactions without revealing their identities or transaction details to the sequencers, further enhancing the censorship resistance and neutrality of the system. As the technology evolves, we can expect to see more rollups and L2 solutions adopting decentralized sequencing architectures. This will not only improve the security and fairness of these systems but also bring us closer to the vision of a fully decentralized and scalable blockchain ecosystem. Conclusion Decentralized sequencers are a critical component of the Ethereum scaling puzzle. By removing the reliance on a single, privileged entity, they mitigate the risks of censorship, single points of failure, and MEV exploitation. While the current approaches have their tradeoffs and challenges, they represent a significant step towards a more resilient and trustless blockchain infrastructure. As the space continues to innovate and mature, we can expect to see more advanced and efficient decentralized sequencing solutions emerge. These developments will not only benefit Ethereum but also have far-reaching implications for the broader blockchain ecosystem, enabling new use cases and unlocking the full potential of decentralized technologies.

Rollups Are the Future—But Their Biggest Bottleneck Might Be a Single Point of Failure

The news cycle is exceptionally choppy right now. Brands need to make critical decisions on where they stand and the course ahead. And if they don’t take a stand and choose where they’re headed, how long can they stay up and stay above the waters? When boating, or doing other things where a fall can be dangerous, there’s something called the three points of contact rule. The idea is your body should have at least three points of contact with something stable at all times. Anything less than that and a wave can come along and throw you. That’s how marketing should be done right now. Sales One of those points of contact is almost always going to be the deck of the boat. At least one of your feet is going to be planted there. In marketing or public relations that should be sales. Even if you’re a non-profit, it’s going to be where the money comes from. You can have points of contact elsewhere, but if revenue or sponsorship is not coming from somewhere, you don’t have a going concern. While that seems obvious, many marketing and most public relations teams don’t do this. Sales people can be a pain in the rear end. If they win business, they can say it was because of their efforts and marketing and sales didn’t really help. When sales aren’t coming in, well marketing isn’t doing its job and what in the world is public relations doing apart from absorbing budget? And the concreteness of sales’ metrics… either money is coming into the bank account or not, is scary if you don’t have a direct role in bringing in those dollars, but are rather supporting it indirectly. Too frequently marketing and public relations functions then try to set up metrics that they can control, and are at a safe distance from sales. Moving leads and prospects through a marketing funnel, impressions, clicks, etc. And there’s correlation between that and sales, but it sure is tenuous. Sales are sales are sales. And if you don’t have at least one of your points of contact on the deck of the boat formed by sales, it really doesn’t matter where the other points of contact are. Integration Beyond sales, the other points of contact can be any number of things that work for sales. It could be media relations, social media, email campaigns, collateral, your site, etc. But whatever it is it had better be connected to sales. And if you’re moving you’d better through a changing market and media environment, make sure those other points of contact are also connected to each other in addition to sales. This seems obvious, but if you have a newsletter, how many of its articles have been selected or written with prospects in your funnel in mind? Does your sales team know when the newsletter is going out and has it been written in a fashion where it organically can be forwarded to leads and prospects? Can a sales person send a message saying, “hey you know how we talked about Hackernoon the other day and how great it is as a resource? Here’s an article I found there that’s useful to marketers and public relations professionals and shows how brands should pay attention to places like Hackernoon to understand how they can become more proficient in today’s crazy environment.” Why now? And let’s come back to today’s crazy environment. Before Donald Trump's inauguration, what society seemed to respect in a brand, and what society expects now is in volatile flux. What’s the constant message and brand running through those three points of contact? Here's three constants we heard from Dominic-Madori Davis of TechCrunch and Alyse Killeen of Stillmark as they were interviewed by Meredith Beuchaw and Ed Zimmerman of Lowenstein Sandler LLP at VentureCrush recently: Your personal story and choices you've made anchor brand and the sale
Your primary, consistent, and differentiated value prop through those choices sharpens brand and backs the sale
Non-textual signals amplify brand and facilitate the sale In times like these, you are what you have chosen to do. And what you choose now will be what your brand is tomorrow and beyond. Davis said a personal story is part of what draws something to her journalistic attention. She also looks for stories she and readers would not have found on their own. Davis also went on to say today a journalist has a brand that transcends the news brand they work for. For her personal story, she shared how her professional journey started with screenwriting at University of Southern California. She was pulled into copy editing her student paper. The Varsity Blues scandals put a news spotlight on the campus (Melissa Korn's journalism is also great here for context). Does her initial choice of screenwriting tell us something about her investment in personal stories and having the space to explore the unexpected? Killeen shared the influence of working for her grandfather, and hearing people talk about the respect they had for his integrity, the choices he made. At Stillmark she said she focuses their brand on a primary value proposition. And she pointed out that in working with startup founders, what they think and want their primary value proposition to be, may change when they see why customers are coming to them. Davis highlighted how fashion choices, are an example of showing differentiation and a brand, rather than telling. You can watch the full panel here: https://www.youtube.com/watch?v=_LBEZl5dRGI&embedable=true Bringing together brand and sales Here’s the thing, sales ensure you are a going concern. Brand ensures your going concern will endure based on the memory of the choices you’ve made in the course of winning sales. If your sales don’t have integrity, if you sacrifice integrity for sales, the dollars are good now, but they’ll be cheaper later as your brand declines. For those three points of contact, make sure the point of contact you have with sales, is anchored in the right kind of sales, for the right reasons, backed with the kind of demonstrated integrity that will sustain your business and grow it dependably. The news cycle is exceptionally choppy right now. Brands need to make critical decisions on where they stand and the course ahead. And if they don’t take a stand and choose where they’re headed, how long can they stay up and stay above the waters? When boating, or doing other things where a fall can be dangerous, there’s something called the three points of contact rule. The idea is your body should have at least three points of contact with something stable at all times. Anything less than that and a wave can come along and throw you. That’s how marketing should be done right now. Sales Sales One of those points of contact is almost always going to be the deck of the boat. At least one of your feet is going to be planted there. In marketing or public relations that should be sales. Even if you’re a non-profit, it’s going to be where the money comes from. You can have points of contact elsewhere, but if revenue or sponsorship is not coming from somewhere, you don’t have a going concern. While that seems obvious, many marketing and most public relations teams don’t do this. Sales people can be a pain in the rear end. If they win business, they can say it was because of their efforts and marketing and sales didn’t really help. When sales aren’t coming in, well marketing isn’t doing its job and what in the world is public relations doing apart from absorbing budget? And the concreteness of sales’ metrics… either money is coming into the bank account or not, is scary if you don’t have a direct role in bringing in those dollars, but are rather supporting it indirectly. Too frequently marketing and public relations functions then try to set up metrics that they can control, and are at a safe distance from sales. Moving leads and prospects through a marketing funnel, impressions, clicks, etc. And there’s correlation between that and sales, but it sure is tenuous. Sales are sales are sales. And if you don’t have at least one of your points of contact on the deck of the boat formed by sales, it really doesn’t matter where the other points of contact are. Integration Integration Beyond sales, the other points of contact can be any number of things that work for sales. It could be media relations, social media, email campaigns, collateral, your site, etc. But whatever it is it had better be connected to sales. And if you’re moving you’d better through a changing market and media environment, make sure those other points of contact are also connected to each other in addition to sales. This seems obvious, but if you have a newsletter, how many of its articles have been selected or written with prospects in your funnel in mind? Does your sales team know when the newsletter is going out and has it been written in a fashion where it organically can be forwarded to leads and prospects? Can a sales person send a message saying, “hey you know how we talked about Hackernoon the other day and how great it is as a resource? Here’s an article I found there that’s useful to marketers and public relations professionals and shows how brands should pay attention to places like Hackernoon to understand how they can become more proficient in today’s crazy environment.” Why now? Why now? And let’s come back to today’s crazy environment. Before Donald Trump's inauguration, what society seemed to respect in a brand, and what society expects now is in volatile flux. What’s the constant message and brand running through those three points of contact? Here's three constants we heard from Dominic-Madori Davis of TechCrunch and Alyse Killeen of Stillmark as they were interviewed by Meredith Beuchaw and Ed Zimmerman of Lowenstein Sandler LLP at VentureCrush recently: Dominic-Madori Davis Dominic-Madori Davis TechCrunch TechCrunch Alyse Killeen Alyse Killeen Stillmark Stillmark Meredith Beuchaw Meredith Beuchaw Ed Zimmerman Ed Zimmerman Lowenstein Sandler LLP Lowenstein Sandler LLP VentureCrush VentureCrush Your personal story and choices you've made anchor brand and the sale Your primary, consistent, and differentiated value prop through those choices sharpens brand and backs the sale Non-textual signals amplify brand and facilitate the sale Your personal story and choices you've made anchor brand and the sale Your primary, consistent, and differentiated value prop through those choices sharpens brand and backs the sale Non-textual signals amplify brand and facilitate the sale In times like these, you are what you have chosen to do. And what you choose now will be what your brand is tomorrow and beyond. Davis said a personal story is part of what draws something to her journalistic attention. She also looks for stories she and readers would not have found on their own. Davis also went on to say today a journalist has a brand that transcends the news brand they work for. For her personal story, she shared how her professional journey started with screenwriting at University of Southern California. She was pulled into copy editing her student paper. The Varsity Blues scandals put a news spotlight on the campus ( Melissa Korn 's journalism is also great here for context). Melissa Korn Melissa Korn Does her initial choice of screenwriting tell us something about her investment in personal stories and having the space to explore the unexpected? Killeen shared the influence of working for her grandfather, and hearing people talk about the respect they had for his integrity, the choices he made. At Stillmark she said she focuses their brand on a primary value proposition. And she pointed out that in working with startup founders, what they think and want their primary value proposition to be, may change when they see why customers are coming to them. Davis highlighted how fashion choices, are an example of showing differentiation and a brand, rather than telling. You can watch the full panel here: https://www.youtube.com/watch?v=_LBEZl5dRGI&embedable=true https://www.youtube.com/watch?v=_LBEZl5dRGI&embedable=true Bringing together brand and sales Bringing together brand and sales Here’s the thing, sales ensure you are a going concern. Brand ensures your going concern will endure based on the memory of the choices you’ve made in the course of winning sales. If your sales don’t have integrity, if you sacrifice integrity for sales, the dollars are good now, but they’ll be cheaper later as your brand declines. For those three points of contact, make sure the point of contact you have with sales, is anchored in the right kind of sales, for the right reasons, backed with the kind of demonstrated integrity that will sustain your business and grow it dependably.

Your Brand Is Sinking Without These Three Points of Contact

Table of Links Abstract and 1. Introduction Clock in Orbit
2.1 Coordinate Time
2.2 Local Frame for the Moon


Clock Rate Differences Between Earth and Moon


Clocks at Earth-Moon Lagrance Points
4.1 Clock at Lagrange point L1
4.2. Clock at Lagrange point L2
4.3. Clock at Lagrange point L4 or L5


Conclusions Appendix 1: Fermi Coordinates with Origin at the Center of the Moon Appendix 2: Construction of Freely Falling Center of Mass Frame Appendix 3: Equations of Motion of Earth and Moon Appendix 4: Comparing Results in Rotating and Non-Rotating Coordinate Systems Acknowledgments and References 4. CLOCKS AT EARTH-MOON LAGRANGE POINTS The Lagrange points offer a cost-effective and low-noise environment for stationing spacecraft with clocks because there is no net acceleration. As a result, the orbits of clocks at these points with respect to the Earth-Moon barycenter are well-determined and the corresponding frequency offsets are precisely determined. Therefore, the proper times of clocks at Lagrange points can be related to the proper times of clocks on the Earth and Moon with high precision. This information is crucial for synchronizing remote clocks in cislunar space. Both L4 and L5 are stable points, but L1 and L2 are only metastable locations. 4.1 Clock at Lagrange point L1 In this section, we consider a clock at L1 and compare its rate to a clock on Earth’s surface. It is most convenient to use a freely falling inertial frame centered at the center of mass of the Earth-Moon system for this calculation. First, we need the precise position of L1; most treatments assume circular motion, but this is inadequate for our purposes. We assume Keplerian elliptical orbits for the Earth and Moon about the center of mass, for which the Earth-Moon distance is given by Eq. (19). The radial velocity is then and the radial acceleration of the Moon relative to Earth is Assume that L1 is between the Earth and Moon and at a distance x1D from the Moon, the net gravitational force towards the Moon supplies the radial acceleration of L1, diminished by the centripetal acceleration due to rotation of the Earth-Moon line. This gives the condition Solving Eq. (39) for x1 gives x1 = 0.15093428(1). The metric, neglecting solar tides, is The motion is so slow that the potential terms in the last line can be neglected. The transverse and radial velocities of the clock due to the rotation of the Earth-Moon line are So, the total velocity squared is 4.2. Clock at Lagrange point L2 4.3. Clock at Lagrange point L4 or L5 The clock is equidistant from Earth and the Moon. The total velocity squared is the sum of the radial velocity squared and the transverse velocity squared: Authors:
(1) Neil Ashby, National Institute of Standards and Technology, Boulder, CO 80305 (Neil.Ashby@Colorado.Edu);
(2) Bijunath R. Patla, National Institute of Standards and Technology, Boulder, CO 80305 (bijunath.patla@nist.gov). This paper is available on arxiv under CC0 1.0 license. Table of Links Abstract and 1. Introduction Abstract and 1. Introduction Clock in Orbit
2.1 Coordinate Time
2.2 Local Frame for the Moon Clock Rate Differences Between Earth and Moon Clocks at Earth-Moon Lagrance Points
4.1 Clock at Lagrange point L1
4.2. Clock at Lagrange point L2
4.3. Clock at Lagrange point L4 or L5 Conclusions Clock in Orbit 2.1 Coordinate Time 2.2 Local Frame for the Moon Clock in Orbit Clock in Orbit 2.1 Coordinate Time 2.1 Coordinate Time 2.2 Local Frame for the Moon 2.2 Local Frame for the Moon Clock Rate Differences Between Earth and Moon Clock Rate Differences Between Earth and Moon Clock Rate Differences Between Earth and Moon Clocks at Earth-Moon Lagrance Points 4.1 Clock at Lagrange point L1 4.2. Clock at Lagrange point L2 4.3. Clock at Lagrange point L4 or L5 Clocks at Earth-Moon Lagrance Points 4.1 Clock at Lagrange point L1 4.1 Clock at Lagrange point L1 4.2. Clock at Lagrange point L2 4.2. Clock at Lagrange point L2 4.3. Clock at Lagrange point L4 or L5 4.3. Clock at Lagrange point L4 or L5 Conclusions Conclusions Conclusions Appendix 1: Fermi Coordinates with Origin at the Center of the Moon Appendix 1: Fermi Coordinates with Origin at the Center of the Moon Appendix 2: Construction of Freely Falling Center of Mass Frame Appendix 2: Construction of Freely Falling Center of Mass Frame Appendix 3: Equations of Motion of Earth and Moon Appendix 3: Equations of Motion of Earth and Moon Appendix 4: Comparing Results in Rotating and Non-Rotating Coordinate Systems Appendix 4: Comparing Results in Rotating and Non-Rotating Coordinate Systems Acknowledgments and References Acknowledgments and References 4. CLOCKS AT EARTH-MOON LAGRANGE POINTS The Lagrange points offer a cost-effective and low-noise environment for stationing spacecraft with clocks because there is no net acceleration. As a result, the orbits of clocks at these points with respect to the Earth-Moon barycenter are well-determined and the corresponding frequency offsets are precisely determined. Therefore, the proper times of clocks at Lagrange points can be related to the proper times of clocks on the Earth and Moon with high precision. This information is crucial for synchronizing remote clocks in cislunar space. Both L4 and L5 are stable points, but L1 and L2 are only metastable locations. 4.1 Clock at Lagrange point L1 In this section, we consider a clock at L1 and compare its rate to a clock on Earth’s surface. It is most convenient to use a freely falling inertial frame centered at the center of mass of the Earth-Moon system for this calculation. First, we need the precise position of L1; most treatments assume circular motion, but this is inadequate for our purposes. We assume Keplerian elliptical orbits for the Earth and Moon about the center of mass, for which the Earth-Moon distance is given by Eq. (19). The radial velocity is then and the radial acceleration of the Moon relative to Earth is Assume that L1 is between the Earth and Moon and at a distance x1D from the Moon, the net gravitational force towards the Moon supplies the radial acceleration of L1, diminished by the centripetal acceleration due to rotation of the Earth-Moon line. This gives the condition Solving Eq. (39) for x1 gives x1 = 0.15093428(1). The metric, neglecting solar tides, is The motion is so slow that the potential terms in the last line can be neglected. The transverse and radial velocities of the clock due to the rotation of the Earth-Moon line are So, the total velocity squared is 4.2. Clock at Lagrange point L2 4.3. Clock at Lagrange point L4 or L5 The clock is equidistant from Earth and the Moon. The total velocity squared is the sum of the radial velocity squared and the transverse velocity squared: Authors: (1) Neil Ashby, National Institute of Standards and Technology, Boulder, CO 80305 (Neil.Ashby@Colorado.Edu); (2) Bijunath R. Patla, National Institute of Standards and Technology, Boulder, CO 80305 (bijunath.patla@nist.gov). Authors: Authors: (1) Neil Ashby, National Institute of Standards and Technology, Boulder, CO 80305 ( Neil.Ashby@Colorado.Edu ); Neil.Ashby@Colorado.Edu (2) Bijunath R. Patla, National Institute of Standards and Technology, Boulder, CO 80305 ( bijunath.patla@nist.gov ). bijunath.patla@nist.gov This paper is available on arxiv under CC0 1.0 license. This paper is available on arxiv under CC0 1.0 license. available on arxiv available on arxiv

The Case for Lagrange Points As Ideal Locations for Space Clocks

Deep Learning Runs on Floating-Point Math. What If That’s a Mistake?

Will 2025 Be The Turning Point For Passwords: What’s Next For The Passwordless Future?

A Single Point of Access or Chaos — Unlocking Non-Blocking API Gateways

2025: A New Chapter in DeAI Begins The Open ecosystem has dropped a groundbreaking initiative: the $OPEN Point System, tagged with the bold and ambitious slogan, #WEBisOpen. This program transforms every interaction with Open’s ecosystem into tangible rewards—$OPEN points—designed to fuel engagement, incentivize innovation, and supercharge the journey into the decentralized AI future. 🌐✨ Turn Engagement into Value 💡 Whether you’re deploying AI agents, participating in DeSci breakthroughs, or gaming in the metaverse, your on-chain interactions now generate $OPEN points. For OGs who were part of the viral @owlonmusk_ campaign, your rewards are getting an upgrade—automatically converted into $OPEN points. Utilities and Formula: Details about point calculations and their jaw-dropping applications are under wraps for now but are set to be revealed soon. Keep your eyes locked on webisopen.com for the full scoop. 👀 Exploring the Open Ecosystem: Where Innovation Thrives 🌟 The Open ecosystem is home to trailblazing projects that redefine what’s possible in Web3. The first batch of applications joining the $OPEN points system are: AiSweat.Shop (ASS): Deploy AI-driven agents with DeFi superpowers. Tokenize and trade decentralized AI tools in a way never seen before.
Open DeSci Platform: Decentralized science takes center stage with tools to democratize computational research and create verifiable scientific breakthroughs.
Overlord.bot: Automate operations with AI bots enhanced by scalable compute and blockchain transparency.
Gameboi.ai: Rethink Web3 airdrop systems, simplify engagement, filter bots, all while keeping things fun, interactive and decentralized. OVM: The Wormhole for Decentralized AI & DeSci 🌀 At the core of Open’s ecosystem is the Open Virtual Machine (OVM), a blockchain marvel that merges decentralized high performance compute power with on-chain immutability and verifiability. From AI breakthroughs to scientific advancements, OVM is the decentralized engine powering Web3’s high-performance future. 🔗 AI on OVM: The Brain Meets the Chain 🤖 On-Chain AI & ML Applications\AI and machine learning are no longer confined to centralized, opaque systems. With OVM, resource-heavy AI computations like training models, predictive analytics, and even autonomous agents run entirely on-chain—transparent, reproducible, and secure. Use Case Highlights:


Autonomous trader AI agents optimizing DeFi strategies in real-time.


Sentiment analysis bots for decentralized content curation.


Predictive models enhancing precision for decentralized health or finance.




Tokenizing AI Power: AiSweat.ShopAiSweat.Shop (ASS) is a flagship project enabling users to deploy and monetize AI agents. These agents perform various DeFi tasks like yield farming, liquidity management, and automated trading. It’s a decentralized AI factory, built with Open’s scalable, immutable compute wormhole infrastructure, bridging high performance decentralized compute to immutable blockchains. 🔬 DeSci Powered by OVM: Science Decentralized and Verified The Open DeSci Platform is a shining example of how OVM brings decentralized science into the spotlight. Genomic Comparisons on Blockchain:In a recent showcase, researchers compared the genomes ofSARS-CoV-2 (2019) and SARS-CoV (2003)—entirely on-chain—using Open’s OVM within a Trusted Execution Environment (TEE). This experiment highlighted:


Verifiability: Every step of the analysis is immutable and tamper-proof.


Democratization: Cutting-edge computation, without reliance on exclusive hardware or centralized labs.


Transparency: Results are open for public scrutiny and reproducibility.




Revolutionizing Scientific Research:\OVM enables on-chain peer review, ensuring results are reproducible, transparent, and immune to tampering. By integrating decentralized compute with blockchain technology, OVM democratizes access to the tools required for groundbreaking discoveries. \ Potential DeSci Applications**: Climate modeling and environmental simulations.
AI-driven drug discovery, leveraging open data sets and decentralized computation.
Real-time epidemiological research with global collaboration. OVM: A Compute Lego for Endless Possibilities 🔧 Modularity Meets Scalability: Think of OVM as the Lego blocks of decentralized compute. Developers can stack and integrate OVM between immutable blockchains to high performance decentralized compute to create a wide range of applications, all on-chain: AI Supercomputing: Seamlessly train and deploy advanced AI models.
DeSci Simulations: Power real-time, on-chain decentralized scientific research experiences with DeSci economies and asset security. The Future of Open Ecosystem: Innovation Unleashed 🚀 From AI to DeSci, finance to gaming, the Open ecosystem is redefining the boundaries of blockchain innovation. The #WEBisOpen Point System is just the beginning—a portal into a decentralized revolution where participation is rewarded, science is democratized, and AI is verifiable. Be a part of this future. Earn $OPEN points. Unlock possibilities. 👉 Learn more and stay updated at webisopen.com. About Open (aka webisOpen on X) Open is a series of endeavors aimed at propelling the Open Web forward. Collectively, Open is the Data and Compute Wormhole for innovations like verifiable and transparent AI and DeSci. The Open ecosystem includes @RSS3_ @_RSSHub & @openinfo_. webisOpen. 2025: A New Chapter in DeAI Begins 2025: A New Chapter in DeAI Begins The Open ecosystem has dropped a groundbreaking initiative: the $OPEN Point System , tagged with the bold and ambitious slogan, #WEBisOpen . This program transforms every interaction with Open’s ecosystem into tangible rewards—$OPEN points—designed to fuel engagement, incentivize innovation, and supercharge the journey into the decentralized AI future. 🌐✨ The Open ecosystem has dropped a groundbreaking initiative: the $OPEN Point System #WEBisOpen Turn Engagement into Value 💡 Turn Engagement into Value 💡 Whether you’re deploying AI agents, participating in DeSci breakthroughs, or gaming in the metaverse, your on-chain interactions now generate $OPEN points . For OGs who were part of the viral @owlonmusk_ campaign , your rewards are getting an upgrade—automatically converted into $OPEN points. $OPEN points @owlonmusk_ campaign Utilities and Formula : Details about point calculations and their jaw-dropping applications are under wraps for now but are set to be revealed soon. Keep your eyes locked on webisopen.com for the full scoop. 👀 Utilities and Formula webisopen.com webisopen.com Exploring the Open Ecosystem: Where Innovation Thrives 🌟 Exploring the Open Ecosystem: Where Innovation Thrives 🌟 The Open ecosystem is home to trailblazing projects that redefine what’s possible in Web3. The first batch of applications joining the $OPEN points system are: trailblazing projects AiSweat.Shop (ASS): Deploy AI-driven agents with DeFi superpowers. Tokenize and trade decentralized AI tools in a way never seen before. Open DeSci Platform: Decentralized science takes center stage with tools to democratize computational research and create verifiable scientific breakthroughs. Overlord.bot: Automate operations with AI bots enhanced by scalable compute and blockchain transparency. Gameboi.ai: Rethink Web3 airdrop systems, simplify engagement, filter bots, all while keeping things fun, interactive and decentralized. AiSweat.Shop (ASS): Deploy AI-driven agents with DeFi superpowers. Tokenize and trade decentralized AI tools in a way never seen before. AiSweat.Shop (ASS): Open DeSci Platform: Decentralized science takes center stage with tools to democratize computational research and create verifiable scientific breakthroughs. Open DeSci Platform: Overlord.bot: Automate operations with AI bots enhanced by scalable compute and blockchain transparency. Overlord.bot: Gameboi.ai: Rethink Web3 airdrop systems, simplify engagement, filter bots, all while keeping things fun, interactive and decentralized. Gameboi.ai: OVM: The Wormhole for Decentralized AI & DeSci 🌀 OVM: The Wormhole for Decentralized AI & DeSci 🌀 At the core of Open’s ecosystem is the Open Virtual Machine (OVM) , a blockchain marvel that merges decentralized high performance compute power with on-chain immutability and verifiability. From AI breakthroughs to scientific advancements , OVM is the decentralized engine powering Web3’s high-performance future. Open Virtual Machine (OVM) blockchain marvel AI breakthroughs to scientific advancements 🔗 AI on OVM: The Brain Meets the Chain 🤖 🔗 AI on OVM: The Brain Meets the Chain 🤖 On-Chain AI & ML Applications\AI and machine learning are no longer confined to centralized, opaque systems. With OVM, resource-heavy AI computations like training models, predictive analytics, and even autonomous agents run entirely on-chain—transparent, reproducible, and secure. Use Case Highlights:


Autonomous trader AI agents optimizing DeFi strategies in real-time.


Sentiment analysis bots for decentralized content curation.


Predictive models enhancing precision for decentralized health or finance. Tokenizing AI Power: AiSweat.ShopAiSweat.Shop (ASS) is a flagship project enabling users to deploy and monetize AI agents. These agents perform various DeFi tasks like yield farming, liquidity management, and automated trading. It’s a decentralized AI factory, built with Open’s scalable, immutable compute wormhole infrastructure, bridging high performance decentralized compute to immutable blockchains. On-Chain AI & ML Applications\AI and machine learning are no longer confined to centralized, opaque systems. With OVM, resource-heavy AI computations like training models, predictive analytics, and even autonomous agents run entirely on-chain—transparent, reproducible, and secure. Use Case Highlights: Autonomous trader AI agents optimizing DeFi strategies in real-time.


Sentiment analysis bots for decentralized content curation.


Predictive models enhancing precision for decentralized health or finance. On-Chain AI & ML Applications\AI and machine learning are no longer confined to centralized, opaque systems. With OVM, resource-heavy AI computations like training models, predictive analytics, and even autonomous agents run entirely on-chain—transparent, reproducible, and secure. Use Case Highlights: On-Chain AI & ML Applications\AI and machine learning are no longer confined to centralized, opaque systems. With OVM, resource-heavy AI computations like training models, predictive analytics, and even autonomous agents Autonomous trader AI agents optimizing DeFi strategies in real-time. Sentiment analysis bots for decentralized content curation. Predictive models enhancing precision for decentralized health or finance. Autonomous trader AI agents optimizing DeFi strategies in real-time. Autonomous trader AI agents optimizing DeFi strategies in real-time. Sentiment analysis bots for decentralized content curation. Sentiment analysis bots for decentralized content curation. Predictive models enhancing precision for decentralized health or finance. Predictive models enhancing precision for decentralized health or finance. Tokenizing AI Power: AiSweat.ShopAiSweat.Shop (ASS) is a flagship project enabling users to deploy and monetize AI agents. These agents perform various DeFi tasks like yield farming, liquidity management, and automated trading. It’s a decentralized AI factory, built with Open’s scalable, immutable compute wormhole infrastructure, bridging high performance decentralized compute to immutable blockchains. Tokenizing AI Power: AiSweat.ShopAiSweat.Shop (ASS) is a flagship project enabling users to deploy and monetize AI agents. These agents perform various DeFi tasks like yield farming, liquidity management, and automated trading. It’s a decentralized AI factory, built with Open’s scalable, immutable compute wormhole infrastructure, bridging high performance decentralized compute to immutable blockchains. Tokenizing AI Power: AiSweat.Shop AiSweat.Shop (ASS) 🔬 DeSci Powered by OVM: Science Decentralized and Verified 🔬 DeSci Powered by OVM: Science Decentralized and Verified The Open DeSci Platform is a shining example of how OVM brings decentralized science into the spotlight. Open DeSci Platform Genomic Comparisons on Blockchain:In a recent showcase, researchers compared the genomes ofSARS-CoV-2 (2019) and SARS-CoV (2003)—entirely on-chain—using Open’s OVM within a Trusted Execution Environment (TEE). This experiment highlighted:


Verifiability: Every step of the analysis is immutable and tamper-proof.


Democratization: Cutting-edge computation, without reliance on exclusive hardware or centralized labs.


Transparency: Results are open for public scrutiny and reproducibility. Revolutionizing Scientific Research:\OVM enables on-chain peer review, ensuring results are reproducible, transparent, and immune to tampering. By integrating decentralized compute with blockchain technology, OVM democratizes access to the tools required for groundbreaking discoveries. Genomic Comparisons on Blockchain:In a recent showcase, researchers compared the genomes ofSARS-CoV-2 (2019) and SARS-CoV (2003)—entirely on-chain—using Open’s OVM within a Trusted Execution Environment (TEE). This experiment highlighted: Verifiability: Every step of the analysis is immutable and tamper-proof.


Democratization: Cutting-edge computation, without reliance on exclusive hardware or centralized labs.


Transparency: Results are open for public scrutiny and reproducibility. Genomic Comparisons on Blockchain : In a recent showcase, researchers compared the genomes of SARS-CoV-2 (2019) and SARS-CoV (2003)—entirely on-chain—using Open’s OVM within a Trusted Execution Environment (TEE). This experiment highlighted: Genomic Comparisons on Blockchain SARS-CoV-2 SARS-CoV Verifiability: Every step of the analysis is immutable and tamper-proof. Democratization: Cutting-edge computation, without reliance on exclusive hardware or centralized labs. Transparency: Results are open for public scrutiny and reproducibility. Verifiability: Every step of the analysis is immutable and tamper-proof. Verifiability : Every step of the analysis is immutable and tamper-proof. Verifiability Democratization: Cutting-edge computation, without reliance on exclusive hardware or centralized labs. Democratization : Cutting-edge computation, without reliance on exclusive hardware or centralized labs. Democratization Transparency: Results are open for public scrutiny and reproducibility. Transparency : Results are open for public scrutiny and reproducibility. Transparency Revolutionizing Scientific Research:\OVM enables on-chain peer review, ensuring results are reproducible, transparent, and immune to tampering. By integrating decentralized compute with blockchain technology, OVM democratizes access to the tools required for groundbreaking discoveries. Revolutionizing Scientific Research:\OVM enables on-chain peer review, ensuring results are reproducible, transparent, and immune to tampering. By integrating decentralized compute with blockchain technology, OVM democratizes access to the tools required for groundbreaking discoveries. Revolutionizing Scientific Research:\OVM enables on-chain peer \ Potential DeSci Applications**: Climate modeling and environmental simulations. AI-driven drug discovery, leveraging open data sets and decentralized computation. Real-time epidemiological research with global collaboration. Climate modeling and environmental simulations. AI-driven drug discovery, leveraging open data sets and decentralized computation. Real-time epidemiological research with global collaboration. OVM: A Compute Lego for Endless Possibilities 🔧 OVM: A Compute Lego for Endless Possibilities 🔧 Modularity Meets Scalability: Think of OVM as the Lego blocks of decentralized compute. Developers can stack and integrate OVM between immutable blockchains to high performance decentralized compute to create a wide range of applications, all on-chain: Modularity Meets Scalability: Lego blocks AI Supercomputing: Seamlessly train and deploy advanced AI models. DeSci Simulations: Power real-time, on-chain decentralized scientific research experiences with DeSci economies and asset security. AI Supercomputing: Seamlessly train and deploy advanced AI models. AI Supercomputing: DeSci Simulations: Power real-time, on-chain decentralized scientific research experiences with DeSci economies and asset security. DeSci Simulations: The Future of Open Ecosystem: Innovation Unleashed 🚀 The Future of Open Ecosystem: Innovation Unleashed 🚀 From AI to DeSci, finance to gaming, the Open ecosystem is redefining the boundaries of blockchain innovation. The #WEBisOpen Point System is just the beginning—a portal into a decentralized revolution where participation is rewarded, science is democratized, and AI is verifiable. #WEBisOpen Be a part of this future. Earn $OPEN points. Unlock possibilities. Be a part of this future. Earn $OPEN points. Unlock possibilities. 👉 Learn more and stay updated at webisopen.com. 👉 Learn more and stay updated at webisopen.com . webisopen.com webisopen.com About Open (aka webisOpen on X) About Open (aka webisOpen on X) Open is a series of endeavors aimed at propelling the Open Web forward. Collectively, Open is the Data and Compute Wormhole for innovations like verifiable and transparent AI and DeSci. The Open ecosystem includes @RSS3_ @_RSSHub & @openinfo_ . webisOpen. @RSS3_ @RSS3_ @_RSSHub @_RSSHub @openinfo_ @openinfo_

To Catalyze AI Infrastructure Collision: Open Launches #WEBisOpen Point System 🚀

Infraestructura AI ukan ch’axwawip catalizañataki: Abierto ukax #WEBisOpen Point System 🚀 ukan uñstayatawa

Um den Zusammenstoß von KI-Infrastrukturen zu katalysieren: Open führt das Punktesystem #WEBisOpen ein 🚀

Para catalizar la colisión de infraestructuras de IA: Open lanza el sistema de puntos #WEBisOpen 🚀

כדי לזרז התנגשות תשתיות בינה מלאכותית: Open משיקה #WEBisOpen Point System 🚀

एआई इंफ्रास्ट्रक्चर टकराव को उत्प्रेरित करने के लिए: ओपन ने #WEBisOpen पॉइंट सिस्टम लॉन्च किया 🚀

Az AI-infrastruktúra ütközésének katalizálása: Az Open elindítja a #WEBisOpen Point System rendszert 🚀

AI インフラの衝突を促進: Open が #WEBisOpen ポイント システムを開始 🚀

AI Infraestructura T'uqyayta Catalizanapaq: Kichasqa #WEBisOpen Punto Sistema 🚀 qallarichin

Yapay Zeka Altyapısı Çatışmasını Tetiklemek İçin: Open #WEBisOpen Nokta Sistemini Başlattı 🚀

AI infratuzilmasi to'qnashuvini katalizlash uchun: #WEBisOpen Point tizimini ishga tushiradi 🚀

Để thúc đẩy sự va chạm của cơ sở hạ tầng AI: Open ra mắt hệ thống điểm #WEBisOpen 🚀

George Town, Cayman Islands, January 14th, 2025, Chainwire Sonic Labs announced the launch of its points program today, an innovative incentive framework designed to reward users and stimulate the growth of DeFi on Sonic. Through a multi-layered approach that combines passive asset holding, active liquidity deployment, and developer-focused “Sonic Gems”, the program will distribute around 200 million S tokens as part of the S airdrop. This initiative positions Sonic as the premier hub for DeFi enthusiasts and newcomers, offering an ecosystem where users can enhance the utility and opportunities of their assets. Three Types of Points The Sonic Points program offers users multiple opportunities to accumulate points: Passive Points Holding whitelisted assets in a Web3 wallet, such as Rabby or MetaMask, or a hardware wallet allows users to accumulate passive points, while assets stored on centralized exchanges are excluded.
Activity Points If users choose to deploy whitelisted assets as liquidity on participating apps, such as DEXs, lending protocols, or other apps, they can gain activity points in addition to their passive points. This approach incentivizes users who actively contribute to the network’s liquidity. App Points (Sonic Gems) In addition to the user-focused portion of the airdrop, Sonic Labs has designed a developer-focused portion where participating apps compete for an allocation known as Sonic Gems. Apps can redeem these Gems for S tokens, which they may distribute to their users as rewards through independent points programs. By controlling token distribution, apps can design tailored points programs by incorporating weighting factors based on the total liquidity a user provides or the duration that capital is deployed. The competitive aspect of Sonic Gems allows users to strategically choose apps that demonstrate strong Gems earning potential and offer well-structured points programs, optimizing opportunities for capital growth within the ecosystem. Whitelisted Assets To get points, users must select from Sonic’s initial list of whitelisted assets, which ranges from scUSD, USDC.e, and scETH, to other select tokens. Notably, the assets have boosted multipliers in the initial phases of the points program to foster rapid adoption. Additional assets may be whitelisted in the future, ensuring the continued evolution of the ecosystem. Rings: Infusing Apps on Sonic With Liquidity An important element in Sonic’s liquidity strategy is Rings, a yield-bearing stablecoin protocol. By depositing stablecoins or ETH-based tokens, users can mint scUSD or scETH (both whitelisted assets). While these tokens are deployed on Sonic, the collateral used to mint them is sent to vaults on Ethereum operated by Veda, where they generate yield. The yield generated is periodically converted into scUSD and bridged back to Sonic, where it’s dispersed among DeFi apps as liquidity infusions. This cyclical flow not only amplifies earning potential for users but also supplies DeFi apps on Sonic with a stable inflow of liquidity, which ensures deep liquidity pools, more robust lending markets, and a healthier DeFi landscape overall. Rings is a third-party project and not affiliated with Sonic Labs. Users can learn more about Rings here. Airdrop Dashboard: All-in-One Hub The Sonic points dashboard is a comprehensive platform on which users can: Check their earned points
Check the list of participating apps
Get whitelisted assets through a simple interface
Generate a referral code and share it with friends to get extra points
View a leaderboard that displays the points and Gems earned by users and apps A New Approach to DeFi The Sonic Points program underscores Sonic Labs's commitment to empowering users and developers with a dynamic range of opportunities. Through passive holding, active liquidity provision, and Sonic Gems, participants can access innovative reward mechanisms while helping to drive deeper liquidity and broader DeFi adoption on the platform. Overall, Sonic’s multi-layered incentive system and high-performance infrastructure set a new standard and position the chain as a premier DeFi hub. About Sonic Sonic is a high-performance, EVM L1 platform that offers developers attractive incentives and powerful infrastructure for DeFi. The chain provides 10,000 TPS, sub-second confirmation times, and a secure gateway to Ethereum for enhanced liquidity and asset security. Contact Sonic Labs press@soniclabs.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here George Town, Cayman Islands, January 14th, 2025, Chainwire Sonic Labs announced the launch of its points program today, an innovative incentive framework designed to reward users and stimulate the growth of DeFi on Sonic. Through a multi-layered approach that combines passive asset holding, active liquidity deployment, and developer-focused “Sonic Gems”, the program will distribute around 200 million S tokens as part of the S airdrop. This initiative positions Sonic as the premier hub for DeFi enthusiasts and newcomers, offering an ecosystem where users can enhance the utility and opportunities of their assets. Three Types of Points The Sonic Points program offers users multiple opportunities to accumulate points: Passive Points Holding whitelisted assets in a Web3 wallet, such as Rabby or MetaMask, or a hardware wallet allows users to accumulate passive points, while assets stored on centralized exchanges are excluded. Activity Points If users choose to deploy whitelisted assets as liquidity on participating apps, such as DEXs, lending protocols, or other apps, they can gain activity points in addition to their passive points. This approach incentivizes users who actively contribute to the network’s liquidity. Passive Points Holding whitelisted assets in a Web3 wallet, such as Rabby or MetaMask, or a hardware wallet allows users to accumulate passive points, while assets stored on centralized exchanges are excluded. Activity Points If users choose to deploy whitelisted assets as liquidity on participating apps, such as DEXs, lending protocols, or other apps, they can gain activity points in addition to their passive points. This approach incentivizes users who actively contribute to the network’s liquidity. App Points (Sonic Gems) In addition to the user-focused portion of the airdrop, Sonic Labs has designed a developer-focused portion where participating apps compete for an allocation known as Sonic Gems. Apps can redeem these Gems for S tokens, which they may distribute to their users as rewards through independent points programs. By controlling token distribution, apps can design tailored points programs by incorporating weighting factors based on the total liquidity a user provides or the duration that capital is deployed. The competitive aspect of Sonic Gems allows users to strategically choose apps that demonstrate strong Gems earning potential and offer well-structured points programs, optimizing opportunities for capital growth within the ecosystem. Whitelisted Assets To get points, users must select from Sonic’s initial list of whitelisted assets, which ranges from scUSD, USDC.e, and scETH, to other select tokens. Notably, the assets have boosted multipliers in the initial phases of the points program to foster rapid adoption. Additional assets may be whitelisted in the future, ensuring the continued evolution of the ecosystem. Rings: Infusing Apps on Sonic With Liquidity An important element in Sonic’s liquidity strategy is Rings , a yield-bearing stablecoin protocol. By depositing stablecoins or ETH-based tokens, users can mint scUSD or scETH (both whitelisted assets). Rings Rings While these tokens are deployed on Sonic, the collateral used to mint them is sent to vaults on Ethereum operated by Veda , where they generate yield. The yield generated is periodically converted into scUSD and bridged back to Sonic, where it’s dispersed among DeFi apps as liquidity infusions. Veda Veda This cyclical flow not only amplifies earning potential for users but also supplies DeFi apps on Sonic with a stable inflow of liquidity, which ensures deep liquidity pools, more robust lending markets, and a healthier DeFi landscape overall. Rings is a third-party project and not affiliated with Sonic Labs. Users can learn more about Rings here . here here Airdrop Dashboard: All-in-One Hub The Sonic points dashboard is a comprehensive platform on which users can: Sonic points dashboard Sonic points dashboard Check their earned points Check the list of participating apps Get whitelisted assets through a simple interface Generate a referral code and share it with friends to get extra points View a leaderboard that displays the points and Gems earned by users and apps Check their earned points Check the list of participating apps Get whitelisted assets through a simple interface Generate a referral code and share it with friends to get extra points View a leaderboard that displays the points and Gems earned by users and apps A New Approach to DeFi The Sonic Points program underscores Sonic Labs's commitment to empowering users and developers with a dynamic range of opportunities. Through passive holding, active liquidity provision, and Sonic Gems, participants can access innovative reward mechanisms while helping to drive deeper liquidity and broader DeFi adoption on the platform. Overall, Sonic’s multi-layered incentive system and high-performance infrastructure set a new standard and position the chain as a premier DeFi hub. About Sonic Sonic is a high-performance, EVM L1 platform that offers developers attractive incentives and powerful infrastructure for DeFi. The chain provides 10,000 TPS, sub-second confirmation times, and a secure gateway to Ethereum for enhanced liquidity and asset security. Sonic Sonic Contact Sonic Labs press@soniclabs.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here here here

Sonic Labs Introduces Innovative Points Program To Drive DeFi Growth And User Rewards

Sonic Labs تقدم برنامج نقاط مبتكر لتعزيز نمو DeFi ومكافآت المستخدمين

Sonic Labs прадстаўляе інавацыйную праграму балаў для стымулявання росту DeFi і ўзнагароджання карыстальнікаў

Sonic Labs presenta un innovador programa de puntos para impulsar el crecimiento de DeFi y las recompensas para los usuarios

Sonic Labs מציגה תוכנית נקודות חדשנית כדי להניע את צמיחת ה-DeFi ולתגמולים למשתמשים

Sonic Labs、DeFiの成長とユーザー報酬を促進する革新的なポイントプログラムを導入

Sonic Labs ណែនាំកម្មវិធីពិន្ទុច្នៃប្រឌិត ដើម្បីជំរុញកំណើន DeFi និងរង្វាន់អ្នកប្រើប្រាស់

Sonic Labs, DeFi 성장과 사용자 보상을 촉진하기 위한 혁신적인 포인트 프로그램 출시

Sonic Labs DeFi өсүшүнө жана колдонуучунун сыйлыктарына ээ болуу үчүн инновациялык упайлар программасын киргизет

„Sonic Labs“ pristato novatorišką taškų programą, skatinančią „DeFi“ augimą ir naudotojų naudą

Ny Sonic Labs dia manolotra fandaharan'asa momba ny teboka vaovao mba handrisika ny fitomboan'ny DeFi sy ny valisoa ho an'ny mpampiasa

Sonic Labs Musuq Puntokuna Programa Riqsichin DeFi Wiñay chaymanta Usuario Premios kaqmanta purichinapaq

Sonic Labs prezanton program inovativ të pikëve për të nxitur rritjen e DeFi dhe shpërblimet e përdoruesve

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