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20 Jun 2025, 19:30
SoftBank AI: Trillion-Dollar Vision for US Robotics Manufacturing Takes Shape
BitcoinWorld SoftBank AI: Trillion-Dollar Vision for US Robotics Manufacturing Takes Shape In the fast-evolving landscape of artificial intelligence and advanced manufacturing, major players are making bold moves. Japanese investment giant SoftBank is reportedly planning a monumental push into the AI and robotics sectors, potentially dwarfing previous initiatives. This ambition centers around a rumored trillion-dollar industrial complex project in Arizona, highlighting SoftBank’s aggressive strategy in shaping the future of technology. Exploring the Scale of SoftBank AI Ambition Following its reported involvement in the massive $500 billion Stargate AI Infrastructure project, SoftBank appears set to launch an even larger undertaking. Sources suggest the company is exploring the creation of a sprawling AI industrial complex in the United States. This project, potentially costing a staggering trillion dollars, signifies a profound commitment to building the physical infrastructure needed for the next wave of technological advancement. The scale of a trillion-dollar investment in a single industrial complex is immense. It suggests not just a factory, but a comprehensive ecosystem designed to integrate research, development, manufacturing, and deployment of advanced AI systems and robotic technologies. This kind of investment could reshape regional economies and significantly impact global supply chains. Potential Collaboration with TSMC Arizona Central to SoftBank’s reported plan is a potential collaboration with Taiwan Semiconductor Manufacturing Company (TSMC). The initiative, internally dubbed ‘Project Crystal Land,’ aims to establish this vast complex in Arizona. Arizona is already a key location for TSMC, which is building its own advanced chip manufacturing facilities there. This existing presence makes TSMC a logical, albeit potentially complex, partner for SoftBank’s ambitious project. However, the exact nature of TSMC’s involvement remains unclear. Reports indicate it’s uncertain what role TSMC would play or if they are definitively committed to joining forces with SoftBank on this specific project, given their existing independent plans for TSMC Arizona operations focused on semiconductor production crucial for AI computation. What Does a Trillion-Dollar Complex Mean for Robotics Manufacturing? A project of this magnitude dedicated to AI and robotics points towards a future where advanced automation and intelligent machines are manufactured at an unprecedented scale. This potential complex would likely focus on producing sophisticated robots for various industries, alongside the AI hardware and components necessary to power them. The development of such a large-scale facility could significantly boost domestic robotics manufacturing capabilities in the United States. This aligns with broader trends towards strengthening local supply chains and reducing reliance on overseas production for critical technologies. It could encompass everything from industrial automation robots to specialized AI-driven machines for logistics, healthcare, or consumer applications. Connecting the Dots: From Stargate Project to Crystal Land SoftBank’s reported pursuit of ‘Project Crystal Land’ can be seen as a natural progression from its participation in other major AI infrastructure initiatives like the Stargate project . While Stargate is rumored to focus heavily on AI data centers and computing power – the ‘brains’ of AI – Crystal Land appears aimed at building the ‘body’ and the manufacturing muscle for AI and robotics. SoftBank’s strategy seems to involve investing across the entire AI value chain, from the underlying computing infrastructure (Stargate) to the physical manufacturing capabilities for AI-powered devices and robots (Crystal Land). This integrated approach could position SoftBank and its portfolio companies at the forefront of the AI revolution. Challenges and Uncertainties Ahead While the vision is grand, significant challenges lie ahead for ‘Project Crystal Land’. A trillion-dollar investment is colossal and would require immense planning, funding, and execution capabilities. Securing the necessary capital, regulatory approvals, and skilled workforce for such a large complex in Arizona would be major hurdles. Furthermore, the reported uncertainty surrounding TSMC’s commitment is a critical factor. TSMC’s expertise in advanced semiconductor manufacturing is vital for producing the chips that power modern AI and robotics. Without a clear partnership, SoftBank would need to find alternative solutions for securing these essential components or develop its own capabilities, adding complexity and cost. The Future of AI and Robotics Manufacturing SoftBank’s reported ambitions underscore the growing global race to dominate the future of AI and robotics. Building large-scale, integrated industrial complexes capable of producing advanced AI hardware and robots domestically could provide a strategic advantage. If realized, ‘Project Crystal Land’ could become a cornerstone of US advanced manufacturing, fostering innovation, creating jobs, and accelerating the deployment of AI and robotic technologies across various sectors. It’s a bold vision that, despite the current uncertainties, highlights the immense potential and investment flowing into this transformative technological frontier. To learn more about the latest AI market trends, explore our article on key developments shaping AI features. This post SoftBank AI: Trillion-Dollar Vision for US Robotics Manufacturing Takes Shape first appeared on BitcoinWorld and is written by Editorial Team
20 Jun 2025, 19:30
XRP Army Reacts As $26.6M XRP Moved from Coinbase Cold Wallet to Coinbase Institutional
On-chain analyst Xaif has sparked renewed attention within the XRP community following the detection of a massive internal transfer on Coinbase. A total of 26,671,734 XRP, worth approximately $56.5 million, was moved from Coinbase’s cold wallet to its institutional wallet, signaling a major shift in liquidity preparation. This move, far from being routine, suggests that Coinbase is preparing for a surge in institutional trading activity—an insight that has the XRP Army watching closely. Strategic Positioning, Not Panic Unlike typical outflows to exchanges that often precede sell-offs, this transfer occurred internally within Coinbase’s ecosystem. The XRP was moved from a cold storage address to wallet DT:1, which is widely associated with Coinbase Institutional —an arm that services high-net-worth clients, OTC desks, and institutional funds. These wallets are not used for day-to-day retail transactions but for facilitating large-scale settlements and trades. The nature and direction of this move imply one thing: Coinbase is gearing up for significant trading volume, potentially from large institutional clients. It also reflects growing confidence in XRP as a viable liquidity asset, especially as more institutional actors enter the digital asset space. 26,671,734.82 $XRP transferred from Coinbase Cold Wallet to Coinbase Institutional This isn’t just a move — it’s Coinbase gearing up for surging trading demand XRP Momentum Building! #XRP #Ripple #XRPArmy #Crypto pic.twitter.com/scz1byE20w — 𝕏aif | (@Xaif_Crypto) June 19, 2025 A Pattern of Preparation This isn’t the first such move. On June 12, roughly 27 million XRP were also transferred internally by Coinbase to the same institutional wallet. These recurring high-volume transactions are not anomalies—they point to a larger trend of proactive liquidity management. As the exchange prepares for larger trade flows, especially from institutions, repositioning assets into operational wallets becomes essential. XRP’s price has remained stable through these movements. Currently trading at $2.12, the token has been consolidating around the $2 mark for several weeks following its explosive rally in late 2024. Importantly, similar internal transfers in the past—such as those in early June and December 2024 involving tens of millions of XRP—did not lead to any sustained price declines. This reinforces the interpretation that these are non-bearish operational moves. We are on twitter, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) July 15, 2023 XRP Army Reacts Reactions from XRP enthusiasts have been overwhelmingly positive, reflecting the community’s growing excitement and optimism. One user enthusiastically responded with, “Absolutely fantastic,” capturing the sentiment of many who see this development as a major step forward. Another echoed the anticipation with a spirited tweet: “Let’s fire it up. It’s about time,” underscoring the collective eagerness for progress and momentum within the XRP ecosystem. Xaif’s alert has drawn attention to more than just a wallet transfer—it has highlighted the growing institutional readiness surrounding XRP. Coinbase’s internal shift of over $56 million in XRP signals preparation, not liquidation. At a time when XRP is holding firm around $2.12, such a move suggests the groundwork is being laid for increased trading activity at higher volumes. For the XRP Army, this is yet another sign that momentum is building beneath the surface. With institutions preparing their positions and infrastructure aligning for scale, XRP’s next phase may already be in motion—quietly and strategically. Disclaimer : This content is meant to inform and should not be considered financial advice. The views expressed in this article may include the author’s personal opinions and do not represent Times Tabloid’s opinion. Readers are urged to do in-depth research before making any investment decisions. Any action taken by the reader is strictly at their own risk. Times Tabloid is not responsible for any financial losses. Follow us on Twitter , Facebook , Telegram , and Google News The post XRP Army Reacts As $26.6M XRP Moved from Coinbase Cold Wallet to Coinbase Institutional appeared first on Times Tabloid .
20 Jun 2025, 19:15
SoftBank is seeking to launch a $1 trillion industrial complex in Arizona to build AI and robotics
SoftBank Group founder Masayoshi Son is reportedly looking to launch a $1 trillion industrial complex in Arizona to build AI and robotics. The institution is also looking to partner with Taiwan Semiconductor Manufacturing Company (TSMC) to launch the project. According to the report, the project dubbed Project Crystal Land, appears to still be in its early stages. Son said he is also not sure what TSMC’s role would be despite SoftBank’s desire to work with the firm on the project. He argued that TSMC would be interested in joining forces with Softbank since it already has its infrastructure projects in Arizona in the works. SoftBank advances its interest in chip manufacturing $IREN SoftBank founder Masayoshi Son is envisaging setting up a $1 trillion industrial complex in Arizona that will build robots and artificial intelligence, Bloomberg reported on Friday, citing people familiar with the matter. Son is seeking to team up with Taiwan Semiconductor… pic.twitter.com/hMAiwXQkYp — 𝒰𝓂𝒷𝒾𝓈𝒶𝓂 (@Umbisam) June 20, 2025 Son said he envisions a version of the manufacturing hub of China’s Shenzhen that would bring back high-tech manufacturing to the U.S. The report also revealed that SoftBank officials have spoken with U.S. federal and state government officials to discuss possible tax breaks for companies building factories or otherwise investing in the industrial park. The statement also alleged that there were talks with the U.S. Secretary of Commerce, Howard Lutnick. The report disclosed that Son is also sounding out interest among tech companies, including Samsung Electronics. It revealed that the plans are preliminary and feasibility depends on support from the Trump administration and state officials. A commitment of $1 trillion would be more than the $500 billion Stargate AI Infrastructure project, of which SoftBank is rumored to be fronting $19 billion. The financial institution partnered with OpenAI and Oracle to build the data center capacity across the U.S. SoftBank also announced in March that it would acquire U.S. semiconductor design company Ampere for $6.5 billion in April. The firm revealed that it would underwrite up to $40 billion of new investment in OpenAI, of which up to $10 billion would be syndicated to other investors. Stacy Rasgon of Bernstein Research argued that it’s difficult or impossible for the U.S. or any country to be fully self-sufficient in everything that they need to build semiconductors. Despite being the origin of microchips in the 1950s and remaining a top chip design hub, the U.S. now manufactures only 10% of the world’s chips and none of the most advanced ones. TSMC pushes for more chip factories in the U.S. TSMC is also already building chipmaking factories in the U.S. with a planned investment of $165 billion. TSMC said in March that in 2020, it chose Phoenix, Arizona, for its first advanced U.S. semiconductor manufacturing site, which has now expanded from $12 billion to $165 billion. The firm also revealed that other plans in Arizona include six semiconductor wafer fabs, two advanced packaging facilities, and a research and development center. “TSMC Arizona will play a crucial role in increasing U.S. production of advanced semiconductor technology and elevate the state of Arizona as an American center of innovation.” -Taiwan Semiconductor Manufacturing Company. U.S. President Donald Trump also announced in March that TSMC will commit $100 billion to bolster chip manufacturing in the U.S. He called the investment a “tremendous move by the most powerful company in the world.” Trump has made numerous calls to bring semiconductor production back to the U.S. after much of the manufacturing industry moved abroad. He said in March advancing semiconductor production in the U.S. is a matter of economic and national security. The U.S. President has repeatedly called out and accused Taiwan of stealing the U.S. chip manufacturing business and imposed tariffs on semiconductor imports. TSMC’s finance chief Wendell Huang mentioned in January that he was confident the new White House administration would continue funding the firm’s U.S. ambitions. The semiconductor company said on an earnings call in April it will produce 30% of its most advanced chips in Arizona when its six Phoenix plants are operational. Chairman and CEO CC Wei told investors the scope of the firm’s Phoenix investment will create an independent leading-edge semiconductor manufacturing cluster in the U.S. KEY Difference Wire : the secret tool crypto projects use to get guaranteed media coverage
20 Jun 2025, 18:44
XRP Rich List: Two Years Ago vs Today
A recent comparison of XRP wallet distribution over the past two years highlights a significant increase in both the number of accounts and the volume held by top-tier holders. Crypto enthusiast XRP Liquidity (@XRPwallets) shared the data on X, revealing that more users are reaching higher balance thresholds, with the number of wallets in each major bracket rising sharply since the last record. 2 Years ago (top) VS. Today (bottom). pic.twitter.com/Np57aAjeyy — XRP_Liquidity (Larsen/Britto/Escrow/ODL/RLUSD) (@XRPwallets) June 19, 2025 Increasing XRP Adoption He shared screenshots of the XRP rich list showing an expansion in the number of wallets in the top 0.01% bracket, which rose from 470 to 658, and their threshold balance decreased slightly from 6,229,594 XRP to 5,642,230 XRP. More telling, the 0.1% bracket now includes 6,580 wallets holding at least 370,071 tokens, compared to 4,700 wallets holding a higher threshold of 462,278 tokens two years ago. XRP has also experienced substantial price growth over these two years. The asset’s peak price in June 2023 was $0.5614 compared to $2.14 at press time. Wallet Growth Across All Tiers While whales in the ecosystem have increased, the trend continues across all tiers. Two years ago, 47,002 wallets held at least 69,999 XRP, placing them in the top 1%. Today, that bracket includes 65,802 wallets holding a minimum of 50,732 tokens. Similarly, the 2% group grew from 94,003 wallets to 131,603, with the balance cutoff dropping from 34,791 tokens to 25,726 tokens. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 The broadest group examined, the top 10%, experienced a massive increase from 470,017 wallets to 658,016. The entry threshold for this tier also decreased from 3,522 XRP to 2,477 XRP, implying increased activity and distribution of XRP among retail and mid-level holders, and lowering the required amount to join the top 10% of XRP holders . Although the minimum threshold has dropped, joining the top ranks is more difficult today. At $0.56, joining the top 10% required $1,972.32. However, joining that exclusive group today would need $5,300.78. Investors who join the bandwagon early must act fast to avoid being priced out . The broader trend reveals that the digital asset has experienced notable growth over the past 2 years, and community members shared excitement for the asset, expecting further growth as adoption increases. Disclaimer : This content is meant to inform and should not be considered financial advice. The views expressed in this article may include the author’s personal opinions and do not represent Times Tabloid’s opinion. Readers are advised to conduct thorough research before making any investment decisions. Any action taken by the reader is strictly at their own risk. Times Tabloid is not responsible for any financial losses. Follow us on X , Facebook , Telegram , and Google News The post XRP Rich List: Two Years Ago vs Today appeared first on Times Tabloid .
20 Jun 2025, 14:20
What Steps Have Been Taken to Improve Bitcoin’s Initial Block Download?
Efforts to improve Bitcoin’s Initial Block Download (IBD) process have evolved significantly over the years, from the early sequential synchronisation model to modern innovations such as headers-first synchronisation and AssumeValid. These enhancements have aimed to make running a full node more efficient by reducing the time, bandwidth, and computational resources required to verify the entire blockchain. Recent projects such as AssumeUTXO and Utreexo propose new approaches to balancing speed, scalability, and trust assumptions, particularly by compressing or snapshotting the UTXO set. However, the Libbitcoin project stands out for offering immediate and substantial improvements in IBD performance through its event-driven, parallelised architecture. Designed by Eric Voskuil and Amir Taaki, Libbitcoin reimagines how nodes process and verify blocks by breaking tasks into independently ordered stages and optimising bandwidth usage across hundreds of peers. It serves as a compelling demonstration of how rethinking node architecture, not merely compressing data, can significantly reduce sync times while maintaining consensus integrity, positioning it as a noteworthy contribution to ongoing research in Bitcoin infrastructure. A Look at the Quest to Optimise Bitcoin’s Initial Block Download Improving the Initial Block Download (IBD) process, the phase during which a Bitcoin node synchronises with the network by downloading and verifying the entire blockchain, has long posed a challenge due to the time, bandwidth, and storage it demands. Early Bitcoin implementations used a rudimentary approach, downloading all block data sequentially from the genesis block to the present and validating each block in turn. While simple, this method was susceptible to resource-exhaustion attacks if a node received a long, invalid chain from a dishonest peer. To address this, Bitcoin Core introduced the headers-first synchronisation method in version 0.10.0, enabling nodes to initially download and verify only the 80-byte block headers. Once a valid header chain was in place, full blocks could be retrieved in parallel from multiple peers, allowing invalid or orphaned chains to be filtered out and improving both efficiency and security. Subsequent enhancements sought to ease the burden of IBD by allowing nodes to skip certain resource-intensive validation steps under controlled assumptions. One such advancement, AssumeValid , was introduced in Bitcoin Core 0.14.0. This feature permitted nodes to bypass signature verification for blocks preceding a specific, hardcoded block hash, assuming those blocks had already been validated by the broader network. The intention was not to compromise security but to offer performance improvements, particularly beneficial for devices with limited computing power. Benchmarking revealed notable reductions in synchronisation times when AssumeValid was used, especially when paired with memory enhancements like increasing the -dbcache setting to store more data in RAM and minimise dependence on slower disk access. In recent years, alternative and experimental node implementations have explored novel approaches to IBD. Chief among these is Libbitcoin , a full-node software that employs an event-driven architecture to parallelise and streamline validation tasks. Bitcoin Knots is another example of an alternative Bitcoin node implementation, offering a more feature-rich and policy-flexible version of Bitcoin Core while maintaining compatibility with the Bitcoin consensus rules. Libbitcoin categorises validation steps according to their ordering requirements: some checks, such as transaction size and script logic, can be performed independently or with partial ordering, while others, such as confirming that outputs exist and remain unspent, demand strict sequential processing. Libbitcoin uses a flexible, relational-style database and supports concurrent downloading and validation, resulting in significantly faster IBD performance under certain conditions. These gains are achieved without deviating from Bitcoin’s consensus rules, although some features, such as denial-of-service protection and pruning, are either de-emphasised or still under development. In informal benchmarks, Libbitcoin has been shown to complete IBD substantially faster than Bitcoin Core when using similar assumptions, despite lacking some optimisations like up-to-date cryptographic libraries. Looking ahead, the Bitcoin community continues to pursue more transformative solutions to IBD. The AssumeUTXO proposal, currently in development, would enable nodes to begin functioning before full validation is complete by bootstrapping from a snapshot of the UTXO set. This builds on the principle of temporarily trading trust assumptions for improved sync speed, while still completing validation in the background. Further down the roadmap lies Utreexo, a research-oriented initiative aimed at compressing the UTXO set using Merkle trees , allowing nodes to validate transactions without retaining the entire dataset on disk. Such compression could drastically reduce storage requirements for full nodes, enabling lightweight yet fully verifying clients while maintaining decentralisation. ZeroSync , is another effort to optimise IBD. Utreexo and ZeroSync both aim to enable lightweight Bitcoin clients by reducing the need to store or download the full blockchain, but while Utreexo compresses the UTXO set using Merkle trees, ZeroSync uses zero-knowledge proofs to verify the chain’s state without requiring sequential block validation. Together, these efforts represent a layered and evolving strategy to ensure full node operation remains feasible, efficient, and secure for a growing global user base. Why is Improving Initial Block Download Important for Bitcoin? Improving IBD is crucial for Bitcoin as it directly influences the accessibility and decentralisation of the network. IBD refers to the process by which a new full node synchronises with the Bitcoin blockchain by downloading and verifying every block from the genesis block to the current tip. This step ensures that the node can independently validate all transactions without placing trust in third parties. However, as the blockchain continues to grow, now exceeding 666 GB (at time of writing), the time, bandwidth, and hardware requirements for IBD also increase. If these barriers become too great, fewer users may be willing or able to run full nodes, potentially undermining Bitcoin’s decentralised infrastructure. A more efficient IBD process also bolsters the network’s resilience and scalability. Faster synchronisation times mean that more participants can rapidly deploy new nodes in response to outages, attacks, or geopolitical restrictions. This agility is vital for maintaining uptime, preventing censorship, and safeguarding the integrity of the peer-to-peer network. Enhancements such as headers-first synchronisation, AssumeValid, and emerging proposals like AssumeUTXO and Utreexo aim to streamline IBD without compromising Bitcoin’s trust-minimised design. These developments enable new nodes to come online more swiftly while preserving the ability to perform full verification of the chain in due course. ZeroSync has the potential to significantly improve IBD process by enabling nodes to verify the blockchain using zero-knowledge proofs rather than downloading and validating each block in sequence. By generating succinct, cryptographic proofs that attest to the validity of the entire chain state, ZeroSync allows new nodes to trustlessly synchronise with the network in a fraction of the time and with far less bandwidth. This approach could drastically reduce the barriers to running a fully validating node, especially on resource-constrained devices, without compromising Bitcoin’s trust-minimised architecture. If widely adopted, ZeroSync could transform the IBD paradigm from a multi-day process to a near-instant, proof-based bootstrap, advancing both accessibility and decentralisation. Already, several Bitcoin Layer 2 protocols and sidechains are exploring ZeroSync as a way to enable lightweight trustless clients and enhance cross-chain interoperability. IBD performance also carries significant implications for security and trust. A slow or resource-intensive IBD process may lead users to depend on pruned nodes , lightweight clients , or custodial services that do not independently verify the blockchain. This introduces risks of centralisation, misinformation, or manipulation by third parties. In contrast, making full nodes easier to operate empowers users to validate their own transactions and enforce the consensus rules without compromise. This principle lies at the heart of Bitcoin’s ethos of self-sovereignty and reduces reliance on any single entity or infrastructure provider. Enhancing IBD contributes to Bitcoin’s long-term sustainability. As adoption increases and the blockchain continues to accumulate data, it is vital that future users are still able to operate validating nodes efficiently. Without ongoing improvements to the way nodes synchronise and manage data, the network may become increasingly restricted by technical complexity and hardware limitations. Optimising IBD helps ensure that Bitcoin remains accessible and viable, not only for today’s participants but for future generations who will rely on its permissionless, decentralised nature for financial autonomy and resilience. Why is Libbitcoin So Significant in IBD Research? Eric Voskuil is a long-time Bitcoin developer, economist, and cryptographic systems theorist best known for co-creating the Libbitcoin project alongside Amir Taaki . In the early 2010s, as Bitcoin development became increasingly centralised around the Bitcoin Core codebase, Voskuil and Taaki set out to build an alternative full node implementation that prioritised modularity, performance, and a radically different architecture. Libbitcoin was conceived not merely as a drop-in replacement for Core, but as a toolkit for developers and researchers who wanted to experiment with Bitcoin without being bound to the design constraints or political processes of the Core project. Their collaboration combined Taaki’s early interest in crypto-anarchist software with Voskuil’s background in systems design and economic theory, resulting in a node client that has been employed for everything from high-performance synchronisation experiments to educational tools and protocol analysis. Libbitcoin’s architecture emphasises asynchrony, flexible validation logic, and adherence to the protocol without ideological commitment to the Core codebase, making it a key reference point in discussions surrounding decentralisation, node diversity, and the future evolution of Bitcoin infrastructure. As of June 12th, 2025, the total size of the Bitcoin blockchain, including all block headers and transactions, stood at approximately 665.30 GB, up from 665.07 GB the day before, a growth rate reflecting an increase of roughly 15% over the previous year. Between April 24th and June 12th, 2025, the Bitcoin blockchain expanded at an average rate of approximately 0.230 GB per day. This steady growth illustrates the continuous accumulation of new blocks and transaction data over the 50-day period. Eric Voskuil’s recent tweets showcasing Libbitcoin’s ability to complete IBD in just 61 minutes on a modest $356 mini-PC have made waves in the Bitcoin community, effectively dismantling prior performance benchmarks. This result, achieved without cutting corners on consensus integrity, exemplifies the potency of Libbitcoin’s parallelised, event-driven architecture. Compared to traditional node clients like Bitcoin Core, which often take many hours or even days to sync, Voskuil’s benchmark highlights how a reimagined approach to validation and data handling can yield order-of-magnitude improvements, setting a new standard for what is technically possible in Bitcoin node performance. Libbitcoin represents a significant advancement in IBD optimisation by fundamentally rethinking how nodes process, validate, and store blockchain data. Unlike Bitcoin Core, which handles blocks sequentially with tightly coupled validation stages, Libbitcoin decomposes these operations into parallel, asynchronous processes according to their ordering requirements. This event-driven model enables substantial concurrency: blocks may be downloaded, partially validated, and confirmed across different stages of the pipeline simultaneously. As a result, Libbitcoin achieves significantly faster synchronisation times under the same consensus rules, benchmarks indicate it can outperform Bitcoin Core’s IBD by a factor of 15 when both use trusted checkpoints such as -assumevalid. This architectural leap does not compromise Bitcoin’s trust model but instead demonstrates how innovation in node design can reduce latency while preserving protocol integrity. By contrast, other efforts such as Utreexo and ZeroSync aim to improve IBD from different technological perspectives. Utreexo reduces storage and memory requirements by representing the UTXO set as a compact cryptographic accumulator using Merkle trees, making it easier for lightweight clients to operate without storing the full set locally. ZeroSync, on the other hand, employs zero-knowledge proofs to allow nodes to verify the blockchain’s state without sequentially processing every block. While Utreexo enhances long-term scalability and disk efficiency, and ZeroSync offers trust-minimised sync via succinct cryptographic proofs, both require specialised infrastructure and ecosystem support to deliver full functionality. Libbitcoin, in contrast, provides immediate real-world performance improvements within the existing ruleset, optimising bandwidth, concurrency, and processing without altering consensus mechanisms. Together, these three approaches represent complementary directions in Bitcoin node innovation: Libbitcoin focuses on architecture and efficiency, Utreexo on compression and minimal storage, and ZeroSync on cryptographic acceleration and proof-based validation. The post What Steps Have Been Taken to Improve Bitcoin’s Initial Block Download? appeared first on Bitfinex blog .
20 Jun 2025, 14:09
Status price prediction – SNT doubles its gains in less than a week, is more pump coming?
Status has held a constant bull trend despite many altcoins dumping to new lows. It has pumped almost 100% this week, and many still believe there is more upside. Is that the case, or is a retracement due? Let’s find that out in detail in this Status price prediction. Table of Contents What is Status? Status price prediction Status coin price prediction: short-term outlook Status price prediction 2025 Status price prediction 2030 Since its launch, Status ( SNT ) has reached an all-time high of $0.7386, followed by a 1412% price drop. At the time of writing, it is currently trading at $0.03934 and closing in on its previous monthly price of $0.05708. SNT 1D chart | source: crypto.news In this article, we’ll discuss SNT price prediction by giving you its short-term and long-term price forecasts and exploring whether this token can continue its bullish run. You might also like: Why Ethereum should not be ignored amidst massive institutional capital inflows What is Status? Status falls into the category of desktop and mobile operating systems, as well as a decentralized browser with a messaging feature. As a result, Status lets you communicate with a network from anywhere at any time. It was first made available in June of 2017. You can access all Ethereum decentralized applications, or DApps, from an app that is installed on your smartphone or tablet, thanks to this light client Ethereum ( ETH ) node. This implies that users can access decentralized apps, such as a cryptocurrency wallet, and send encrypted communications through the Status interface with ease. Now let’s discuss SNT price prediction for this year and in the coming years as well. Status price prediction What can be a realistic projection for the SNT token? Let’s dive into the SNT price prediction for 2025 and 2030. Status coin price prediction: short-term outlook According to CoinCodex’s Status price prediction for the near future, the token is projected to rise by 17.27% and reach $0.058215 by July 19, 2025. As of June. 20th, 2025, the overall sentiment of the SNT price outlook is bullish, with 25 technical analysis indicators showing bullish signals, 4 indicating bearish trends, and 6 indicators showing neutral forecasts. Status price prediction 2025 For the remaining months of 2025, DigitalCoinPrice predicts that the SNT token’s price could fluctuate between $0.0454 and $0.11, and may likely hold a yearly average of $0.11. CoinCodex projects that the SNT token can trade in the price channel of $0.04964 and $0.058246 in 2025. While the general sentiment in the financial markets is that 2025 will be the year of the bull, it is important to understand that this prediction also has a chance of being wrong. BTC has already breached the $100k mark, and there is a possibility that it may be at the top of this bull cycle. Hence, it is advised to do your research before investing in SNT or any other cryptocurrency with the hopes of gaining on your investment in 2025. Status price prediction 2030 As per CoinCodex’s Status crypto price prediction for 2030, SNT’s price could vary between $0.086751 and $0.09243. DigitalCoinPrice expects that SNT’s price could climb to $0.24 or $0.28 by the end of 2030. Before trusting any source that is trying to predict the SNT price prediction for 2030, you should understand that it is a cryptocurrency and, like all other tokens, the SNT token’s price can be highly volatile. 2030 is five years away, and many cryptocurrencies can become obsolete in that time. This is why it is hard to give a realistic price prediction for any token, including SNT. A great way for SNT to survive these five years and continue its ascent in the crypto market is to continue building its blockchain technology and partner with key players in the digital crypto space. You should research and keep yourself updated with the latest developments in the upcoming years to make an informed investment decision in the SNT token. You might also like: Ethereum price outlook: $3,200 or $1,587 as 39-day range nears breakout Is Status a good investment? Before investing in any cryptocurrency, including SNT, please identify and understand the inherent risks that can come due to market volatility. Additionally, it is worth noting that the sentiment in the cryptocurrency market can change rapidly, and a token that was once considered a future investment may also be delisted from major exchanges. Hence, it is advisable to do your research on the token’s fundamentals before having any price expectations for the future of the SNT token. Will Status go up or down? Cryptocurrencies in general experience rapid price swings that are directly driven by market sentiments, community engagement, events like token burns, and so on. While it is challenging to predict the exact value of the SNT token, it is essential to watch for potential buying factors that may include new partnerships, increased token holders, or viral campaigns. It is also vital that you rely on financial experts and consult them for Status price prediction, but even after all that, you should remain cautious, as no one can accurately predict how high or low SNT can go. Should I invest in Status? Before investing in any cryptocurrency or relying on a Status price forecast, please identify and understand the inherent risks associated with market volatility. Also, it should be noted that cryptocurrencies in general are a highly speculative investment, and their success not only relies on market volatility but also on the constant and sustainable growth of their community. Hence, it is advisable to do your research on the token’s fundamentals, which may very well decide the future of the SNT token. Disclosure: This article does not represent investment advice. The content and materials featured on this page are for educational purposes only.
