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CleanSpark's Bitcoin (BTC) Stack Rose to More Than 13K in September
NFT Gaming

CleanSpark’s Bitcoin (BTC) Stack Rose to More Than 13K in September

by admin October 3, 2025



Bitcoin BTC$111,480.33 miner CleanSpark (CLSK) ended September with record production and a growing BTC treasury as it wrapped up a transformative fiscal year, the company said in a press release Friday.

The Las Vegas-based mining firm produced 629 bitcoin during the month, averaging nearly 21 coins a day, and sold 445 BTC for about $49 million at an average price of $109,568.

Its operational hashrate averaged 45.6 EH/s with fleet efficiency reaching 16.07 J/Th.

The company’s holdings rose to more than 13,000 self-mined BTC, underscoring its strategy of using bitcoin as a core treasury asset.

Over the past year, CleanSpark expanded capacity with the purchase of GRIID Infrastructure, launched a derivatives program to manage volatility and fund operations and strengthened its balance sheet with $650 million in convertible notes and $400 million in bitcoin-backed credit facilities.

Chief executive Matt Schultz said September was “monumental,” in the release, highlighting new leadership appointments and an additional $200 million in credit capacity.

With 1.03 gigawatts (GW) of power under contract and 808 megawatts (MW) in use, CleanSpark is positioning itself as one of the industry’s largest self-operated miners heading into fiscal 2026.

CleanSpark shares were 5.7% higher in early trade, around $16.00.

Read more: CleanSpark Shares Rise After Getting $100M Bitcoin-Backed Credit From Coinbase Prime



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October 3, 2025 0 comments
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AI the New Tech Stack
Crypto Trends

AI the New Tech Stack

by admin September 20, 2025



The Internet Computer ICP$4.7556, a blockchain project that has sought to differentiate itself from rivals, is doubling down on its pitch as the go-to network for on-chain artificial intelligence (AI).

This could be the beginning of a new tech stack – one in which AI, not humans, becomes the primary developer of applications, according to Dominic Williams, founder of Internet Computer developer Dfinity.

Williams argued that while crypto prices remain driven largely by market mechanics – treasury operations, liquidity games and speculation – the underlying technology will eventually force a reckoning in an interview with CoinDesk.

“In the long run, markets begin to reflect realities on the ground,” he said. “But as yet you’re not seeing what’s happening with Internet Computer reflected in ICP’s price.”

Running AI on-Chain

The Internet Computer first demonstrated neural networks running as smart contracts in April last year, starting with image classification and later facial recognition, Williams said.

While those were relatively simple models compared to large language models – the kind that power AI tools like ChatGPT and Gemini – they were proof of concept: that AI can run natively on a blockchain. No other network has achieved this, Williams pointed out, despite the chatter about “decentralized AI.”

Where others rely on off-chain infrastructure like Amazon Web Services, ICP seeks to integrate the full AI development and execution stack on-chain. Williams describes this as “a self-writing internet” – a system where users describe what they want, and an AI delivers it as a working application, hosted directly on Internet Computer.

The bigger idea, Williams said, is that AI itself will replace much of today’s developer workflow. Instead of humans writing code, configuring databases and maintaining servers, an AI could spin up applications instantly, update them continuously and ensure resilience through blockchain-based guarantees.

This reframes the blockchain not just as a settlement layer for tokens, but as the optimal environment for AI-generated applications. ICP’s design, with features like “reverse gas” – the model where developers pay for the computational costs of their applications, rather than requiring end users to pay a transaction fee – removes the need for firewalls or database migrations that plague traditional infrastructure.

“AI is developing these apps hundreds of times faster than humans could,” Williams said. “And because there are no system admins standing by, you need the guardrails only blockchain can provide.”

Williams pointed to early hackathons where ordinary people used AI on ICP to build apps: from a crowdsourced pothole-mapping platform, to a tool for generating wills and health directives.

The vision is that such tools could proliferate in the millions. Entrepreneurs, small businesses and even NGOs could create customized apps without technical expertise, paying for usage with fiat while crypto tokens underpin the system behind the scenes.

Price Action Still Lagging

Despite these developments, the ICP token has yet to see sustained momentum. It briefly rallied when AI integrations were announced last year, but has since traded more in line with broader market sentiment than with user adoption.

Williams accepts this disconnect but predicts that markets may catch up very soon.

“This could be the first time Web3 actually outcompetes Web2 technologically, without a token incentive in sight,” Williams said. “The shock will be when people realize they can just talk to an AI, and a blockchain app appears at a URL.”



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September 20, 2025 0 comments
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The fundraising stack web3 teams need now
Crypto Trends

The fundraising stack web3 teams need now

by admin September 9, 2025



Disclosure: The views and opinions expressed here belong solely to the author and do not represent the views and opinions of crypto.news’ editorial.

EigenLayer just turned the seemingly impossible into something trivial. With its latest upgrade, projects can now export Ethereum’s (ETH) battle-tested security to other networks — starting with Base — by flipping a few switches. No rewrites, no weeks of engineering. What used to be a migration headache is now a configuration decision.

Summary

  • Fundraising is stuck in the past — too many teams still hack raises together with spreadsheets and custom contracts, wasting weeks and adding risk.
  • Composability is the fix — just as standards transformed infrastructure, fundraising stacks can be built from audited modules, account abstraction wallets, and cross-chain tools like CAIP and USDC’s CCTP.
  • The payoff is speed + trust — assembling from standards can cut setup time by 85%, lower audit costs, and deliver a seamless investor experience with clear disclosures and real-time vesting data.
  • Fundraising is part of the product — the raise is the first impression of your governance and discipline; when UX is smooth and transparent, it builds trust that lasts beyond launch.

Fundraising stacks should work the same way. Too many teams are still patching raises together with custom contracts, spreadsheets, and chat threads. It’s slow, risky, and wastes precious runway. The next generation of fundraising stacks will be ready for investors on day one and built to work across chains without rework.

Composability changed infrastructure — fundraising is next

Infrastructure builders aim to hide cross-chain complexity under the hood while keeping security intact. Account abstraction has already introduced smart accounts to everyday users, allowing for gasless payments, bundled transactions, and social recovery. Ethereum’s upcoming Pectra upgrade goes even further, letting legacy wallets switch to smart-wallet logic. That unlocks the same advanced flow without the need for a separate deployment, and makes the user experience feel closer to web2 apps.

When wallets can bundle approvals and sponsorship into one clean motion, there’s no excuse for a clunky investor experience that still demands seed phrases, chain switching, and “try again with more gas.”

This is not only about wallets. It’s about connective tissue. Chain-agnostic identifiers (CAIPs) and WalletConnect v2 sessions let one authorization span multiple chains and namespaces, so a single “connect” can route commitments wherever the cap table and treasury live. The standards exist; founders just need to treat their raise like software and compose from proven parts instead of shipping duct tape.

The real cost of building everything from scratch

Across dozens of teams, internal data show that assembling from ready-made building blocks can cut 3–5 weeks, roughly 85% from the fundraising setup: tokenomics modeling, vesting logic, contract deployments, onboarding, and the coordination tax. The external picture explains why. Professional audits routinely consume weeks and meaningful five- to six-figure spend; the more you reinvent, the more you pay in time and risk. Using standard, vetted libraries narrows the surface area and focuses auditors on what’s truly novel. Sources note that simple tokens can be checked quickly while full dApps stretch into multi-week engagements; cost scales with scope. If your raise is a bespoke codebase, you just volunteered for the expensive path.

Regulatory friction compounds the hit. Under Markets in Crypto-Assets Regulation, issuers and crypto asset service providers face uniform disclosure and authorization expectations across the EU. You don’t win by improvising policy in the eleventh hour. You win by designing disclosures, registrations, and transfer rules into the stack from the start so compliance reads like documentation rather than a rescue mission.

What “investor-grade” actually looks like

Start with the issuance and vesting you don’t have to apologize for. Use standardized, building blocks for ERC-20, access control, timelocks, and distribution; keep customization small, obvious, and well-tested. OpenZeppelin didn’t become default by accident — it became default because auditors and exchanges recognize the predictability of code everyone already understands. The goal isn’t to be clever; it’s to be legible.

Make capital movement chain-agnostic by design. If investors fund one ecosystem and you operate treasury in another, they shouldn’t notice. USDC’s (USDC) Cross-Chain Transfer Protocol natively burns and mints across supported chains, so liquidity isn’t fragmented into wrapped stables, and its newer “V2” features add faster transfers and programmable hooks that automate what used to be manual reconciliation. Where appropriate, pair this with trust-minimized messaging like IBC in the Cosmos world to keep bridging assumptions tight. The effect is the same: investors see one, coherent pipe, and not seven bridges and a helpdesk.

Then remove the UX tax. With account abstraction, you can sponsor gas, batch “approve + invest” into a single action, and offer social recovery to non-crypto natives. With CAIP-aligned connection flows, the same session spans chains.

Finally, circulating supply, cliffs, and vesting should be visible in real time and ideally mirrored from on-chain state to an investor-facing portal with downloadable attestations. Unlocks are market events, and opacity only amplifies the rumor mill. Analysts long ago found that higher investor allocations correlate with heavier sell pressure around unlocks; larger unlocks tend to drive sharper drawdowns, and sell-offs often begin before the date. If you believe your model is sound, you should be eager to show it.

Why founders must stop treating fundraising like paperwork

Founders often say they’re “heads down building” and treat fundraising ops as a temporary inconvenience. That mindset is why so many launches stumble. Your raise is the first experience stakeholders have with your network’s incentives and governance discipline. If it feels slow, brittle, or arbitrary, the market assumes your protocol will feel the same. 

Conversely, when a raise lands with clean UX, cross-chain flexibility, clear disclosures, and an unambiguous view of supply, you convert faster and spend less time defending the process because the process explains itself.

This is precisely the lesson from EigenLayer’s upgrade: when you compose from standards and minimize novelty to where it matters, you cut cycle time without trading away security. Multi-chain verification reduces a class of multi-week deployments to a configuration step; a fundraising stack that leans on audited modules, Account Abstraction wallets, CAIP sessions, and native cross-chain USDC does the same for capital formation. The payoff isn’t just speed. It’s trust. And trust is what separates fair-weather “TGE soon” projects from networks that survive bear markets.

What to do Monday morning

If you can launch without a token, you should, until the token is essential to the product. But if you are launching one, design like an engineer, not a promoter. Start with a proper business model, decide where the token is indispensable, and map the supply mechanics to usage instead of hype. Build on rails that already exist: standardized issuance and vesting; account-abstraction wallets that sponsor gas and batch actions; connections that follow the Chain Agnostic Improvement Proposal (CAIP) standard so one session spans chains; native USDC movement via Circle’s Cross-Chain Transfer Protocol (CCTP) or, where it fits, trust-minimized Inter-Blockchain Communication (IBC); and MiCA-ready disclosures generated from parameters you can defend.

Use audits where they’re worth it, and buy back time by refusing to re-implement solved problems. You’ll save weeks of timeline and a meaningful fraction of your legal and audit spend; your investors will say the UX finally feels like a real product.

Infrastructure has already crossed the bridge to composability. Fundraising should follow. The projects that endure will be the ones where removing the chain-agnostic, UX-ready stack would break the business, because by then, it will be the business.

George Worrell

George Worrell (G.P.), co-founder and CPO at Blubird, is a product leader with more than 20 years in UX and emerging tech. His leadership has been instrumental in simplifying the path from web2 to web3 for organizations worldwide. Beyond product strategy, G.P. plays a central role in Blubird’s operations and financial oversight, guiding execution, resource planning, and growth.



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September 9, 2025 0 comments
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GameFi Guides

Ethereum Price Dips Below $4,400 as Publicly Traded Treasuries Stack ETH

by admin August 29, 2025



In brief

  • The price of ETH has dropped by 4.4% in 24 hours, outpacing the wider crypto market decline.
  • SharpLink and other firms have boosted their ETH treasury holdings.
  • The market lift was offset by an exit queue of over 1 million ETH set to be withdrawn from staking, and ongoing network congestion.

Ethereum’s price slipped below $4,400 Friday morning, days after setting a new all-time high.

ETH has since recovered to just over $4,400, but remains down by 4.4% on the day, outpacing the broader crypto market’s 2.6% drop, according to CoinGecko data.

The decline comes after Ethereum set a new all-time high of $4,946.05 on August 24, with the token now down 11% from that peak. Despite the downturn, ETH remains up 16.6% over the past month and 73.2% over the past three months.

The latest fall comes after Ethereum struggled to sustain momentum earlier this year, lagging behind Bitcoin’s surge to record highs. A resurgence of investor interest, however, has emerged in recent weeks, supported by large publicly traded treasuries steadily accumulating ETH.

Institutions buying ETH

According to CoinGecko data, eleven institutions now hold more than 3 million ETH, worth around $13 billion.

Among the largest is SharpLink Gaming, which announced Tuesday that it added roughly $252 million in Ethereum to its reserves, buying 55,463 ETH at an average price of $4,462. The purchase lifted its total holdings to 797,704 ETH valued at $3.6 billion.

The company, which began life as a gambling marketing firm, has pivoted toward an Ethereum-focused treasury strategy and counts Ethereum co-founder Joseph Lubin as its board chair.



“Our regimented execution of SharpLink’s ETH treasury strategy continues to demonstrate the strength of our vision,” said SharpLink co-CEO Joseph Shalom in a statement, adding that the company sees itself as both building long-term shareholder value and supporting the Ethereum ecosystem.

Earlier this week, a research note by Standard Chartered called Ethereum’s pullback a “great entry point,” and arguing that ETH would hit $7,500 by the end of the year. The bank’s head of digital assets Geoffrey Kendrick pointed to Ethereum treasury companies and exchange-traded funds scooping up the available supply of ETH, arguing that they are “just getting started.”

On prediction market Myriad (launched by Decrypt’s parent company DASTAN), users are inclined to agree with Standard Chartered’s bullish outlook, with almost 80% expecting ETH to hit $5,000 in 2025.

Meanwhile, Ethereum’s fundamentals are showing strain, with an exit queue of over 1 million ETH set to be withdrawn from staking, contributing to record transaction wait times and highlighting the chain’s persistent scaling challenges.

The turbulence comes as the broader crypto market steadies after a weekend sell-off triggered by a Bitcoin whale unloading $2.7 billion worth of BTC, which cascaded into forced liquidations and sharp price swings across major tokens.

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August 29, 2025 0 comments
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NFT Gaming

Metaplanet Joins FTSE Japan Index, Continues to Stack Bitcoin

by admin August 25, 2025



In brief

  • FTSE Russell’s September review has elevated the company from small-cap to mid-cap status.
  • Eric Trump, a strategic adviser since March, is expected to attend the company’s next shareholder meeting in Tokyo.
  • The inclusion will channel passive investment flows into a balance sheet centered on Bitcoin, though not without risks, analysts told Decrypt.

Metaplanet, a Tokyo-listed hotel group that over the past year has recast itself as Asia’s most active Bitcoin treasury firm, will be added to the FTSE Japan Index, further embedding the world’s largest digital asset into mainstream equity portfolios.

The change was confirmed in an announcement from FTSE Russell’s September 2025 semi-annual review on Friday, which upgraded Metaplanet from small-cap to mid-cap status, with the index inclusion taking effect after market close by September 19.

Metaplanet’s inclusion marks another “important milestone” as it attempts to stay “as Japan’s leading Bitcoin treasury company, CEO Simon Gerovich wrote Sunday on X.



Shortly after Gerovich announced the inclusion, the company disclosed the purchase of an additional 103 BTC, bringing total holdings to 18,991 BTC.

It also updated its capital structure, saying 49,000 stock acquisition rights were exercised in the week of August 18–22, adding 4.9 million shares and lifting the total to 722 million, a step that funds further Bitcoin purchases but leaves each existing investor with a smaller slice of the company.

Eric Trump, appointed as a strategic adviser to Metaplanet in March, will reportedly attend Metaplanet’s next shareholder meeting in Tokyo in September, according to a Friday report from Bloomberg.

Part of the FTSE global equity index series, the FTSE Japan Index tracks mid and large-cap companies listed in Japan. Funds that track the index automatically buy the stocks it lists.

Passive inflow effects

Metaplanet’s inclusion in the FTSE Japan and All-World indices creates a “regulated route for BTC exposures” and “paves the way for other crypto-forward companies to join major benchmarks,” Vincent Liu, chief investment officer at Kronos Research, told Decrypt.

In effect, “passive flows into the FTSE indices” could “channel institutional capital” into Metaplanet to offer indirect Bitcoin exposure, boosting “liquidity and long-term stability” despite risks where large movements “could still ripple through both equity and crypto markets,” Liu said.

At a structural level, the promotion “shows that Bitcoin treasury strategies don’t create barriers to index inclusion,” Ryan Yoon, senior analyst at Tiger Research, told Decrypt.

Metaplanet was likely evaluated “using standard criteria like market cap and trading volume, without separately considering their Bitcoin holdings,” he added.

However, the inclusion appears to represent “the existing index framework’s neutral approach rather than active crypto acceptance, “Yoon noted.

“Passive inflow effects exist structurally, but practical impact remains limited,” Yoon said, explaining that while pension funds and index funds automatically purchase Metaplanet shares when tracking FTSE Japan, it produces “small index weighting,” which means “minimal direct Bitcoin demand.”

What’s problematic, according to Yoon, is that investors might “think they’re making ‘diversified Japan equity investments’ while actually being exposed to both Bitcoin price volatility and the company’s execution capability in acquiring Bitcoin.”

Now at nearly 64% of its 2025 goal, once Metaplanet reaches its 210,000 BTC target, the dependency on Bitcoin could intensify and potentially create “unexpected volatility for passive investors who didn’t anticipate such crypto exposure,” Yoon said.

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August 25, 2025 0 comments
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Micron
Gaming Gear

Next-generation 3D DRAM approaches reality as scientists achieve 120-layer stack using advanced deposition techniques

by admin August 25, 2025



Imagine trying to build a tower out of hundreds of very thin, slightly different sheets of material, where each sheet wants to bend or warp on its own. That’s essentially what researchers at imec and Ghent University accomplished when they grew 120 alternating layers of silicon (Si) and silicon-germanium (SiGe) on a 300 mm wafer—a key step toward three-dimensional DRAM. At first glance, it sounds like stacking sheets of paper, but in reality, it’s more like balancing a house of cards with materials that naturally want to pull apart.

The challenge starts with lattice mismatch. Silicon and silicon-germanium crystals have slightly different atomic spacings, so when stacked, the layers naturally want to stretch or compress. Think of it like trying to stack a deck of cards where every second card is slightly larger than the first—without careful alignment, the stack warps and topples. In semiconductor terms, these “topples” appear as misfit dislocations, tiny defects that can ruin a memory chip’s performance.

To solve this, the team carefully tuned the germanium content in the SiGe layers and experimented with adding carbon, which acts like a subtle glue that relieves stress. They also maintained extremely uniform temperatures during the deposition process, because even minor hot or cold spots in the reactor can lead to uneven growth.


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(Image credit: B. N. Khan, J. F. M. Van Hove, M. Meuris, Journal of Applied Physics, AIP Publishing, 2025.)

The process itself, using advanced epitaxial deposition techniques, is like painting with gases. Silane and germane—gases containing silicon and germanium—are broken down on the wafer surface, leaving behind precise, nanometer-thin layers. Controlling the thickness, composition, and uniformity of each layer is crucial; even a tiny deviation can propagate through the stack, magnifying defects.

Now, why go through all this effort? In conventional DRAM, memory cells are laid out flat, limiting density. Stacking layers vertically—in 3D—allows for far more memory cells in the same footprint, improving storage capacity without making chips larger. Successfully creating 120 bilayers demonstrates that vertical scaling is achievable, bringing us closer to next-generation, high-density memory devices.

Think of each bilayer as a story in a skyscraper, if one floor is misaligned then the entire building becomes unstable. By controlling strain and keeping layers uniform, the researchers effectively built a nanoscale skyscraper of silicon and SiGe that could host thousands of memory cells per unit area.

(Image credit: Future)

The implications stretch beyond memory chips. Techniques for growing precise multi-layer structures can advance 3D transistors, stacked logic devices, and even quantum computing architectures, where controlling layer properties at the atomic level is critical. Samsung has already put 3D DRAM on its roadmap and even has a dedicated R&D facility for it.

Get Tom’s Hardware’s best news and in-depth reviews, straight to your inbox.

Furthermore, the research aligns with ongoing efforts to develop Gate-All-Around Field-Effect Transistor (GAAFET) and Complementary FET (CFET) technologies. These advanced transistor architectures benefit from the precise control over material properties afforded by epitaxial growth techniques, enabling the fabrication of smaller, more powerful transistors that are crucial for the continued miniaturization of electronic devices.

In summary, this is not just stacking silicon as you might know; it’s engineering order from atomic tension, creating structures that nature itself would struggle to produce. For memory technology, like we say with every new breakthrough, it’s a milestone that could reshape how chips are designed, making them denser, faster, and more reliable than ever before.

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August 25, 2025 0 comments
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Margaux Nijkerk
NFT Gaming

Optimism Taps Flashbots to Supercharge OP Stack Sequencing

by admin August 21, 2025



Optimism is teaming up with Flashbots to revamp how transactions get processed across its OP Stack ecosystem, aiming to make some of Ethereum’s most popular layer-2 networks faster and more customizable.

The partnership centers on sequencing, the behind-the-scenes process that determines how quickly a transaction confirms, which trades are prioritized, and how much users ultimately pay. Optimism says Flashbots’ infrastructure, which is already responsible for building more than 90% of Ethereum’s blocks, will now bring near-instant confirmations and user-friendly transaction ordering to every chain in the so-called Superchain.

This matters because the OP Stack underpins more than 60% of all Ethereum layer 2 activity, the Optimism team claims, including some of the most well-known layer-2 chains like Base, Unichain, World Chain, Ink and Soneium. Until now, advanced sequencing features such as ultra-fast settlement, frontrunning protection and custom compliance rules were only available to the largest chains with resources to build them in-house. With Flashbots on board, those features will be available via tools for any project building on Optimism’s OP stack.

Flashbots is best known for its work on MEV, or maximal extractable value, where its MEV-Boost tool has reshaped how blocks are produced.

Some of Flashbots’ sequencing technology is already live on OP Stack chains: Base and Unichain use “Flashblocks” to deliver block times as low as 200 milliseconds, while Unichain and World Chain are experimenting with verifiable transaction ordering and priority blockspace, which proves transactions are ordered fairly and prevents frontrunning.

In the coming months, Optimism and Flashbots plan to roll out the flashblocks and advanced sequencing R&D to Optimism’s mainnet and other chains using the OP Stack.

“With Flashbots as a core technology partner, we’re accelerating the roadmap for fast, cheap, and customizable sequencing across the OP Stack,” said Sam McIngvale, head of product at OP Labs. “This is part of our broader mission: giving builders the freedom to design their chains their way, with infrastructure that’s open, flexible, and battle-tested in production.”

Read more: Optimism’s Jing Wang and the Widely Adopted OP Stack



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August 21, 2025 0 comments
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