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In a bold move that signals the intensifying race for artificial intelligence infrastructure dominance, Google and Blackstone Group have partnered to create a new AI-focused cloud company designed to compete with fast-growing rivals like CoreWeave.
The joint venture, announced Monday, will center around deploying Google’s proprietary AI chips and cloud technology to power next-generation artificial intelligence workloads. Blackstone plans to inject approximately $5 billion in equity capital into the initiative and will reportedly maintain a majority ownership stake.
The partnership reflects the growing global demand for specialized AI computing infrastructure as companies rush to support increasingly complex generative AI models and enterprise AI applications. By combining Google’s advanced hardware ecosystem with Blackstone’s massive financial backing, the new venture aims to position itself as a serious competitor in the rapidly expanding AI cloud market.
Industry analysts view the move as part of a broader shift in the tech landscape, where cloud providers are no longer competing solely on storage and computing power, but also on access to AI-optimized chips, scalable data centers, and energy-efficient infrastructure.
Google has been aggressively investing in its custom Tensor Processing Units (TPUs), which are designed specifically for machine learning and AI tasks. These chips have become a critical part of Google’s strategy to reduce dependence on third-party semiconductor providers while enhancing performance for AI developers and enterprises.
Meanwhile, Blackstone continues to expand its footprint in digital infrastructure investments, including data centers and cloud ecosystems, areas that have seen explosive growth alongside the AI boom.
Although the companies have not yet revealed the name of the new venture, the announcement immediately sparked interest across both the technology and financial sectors, with many seeing the partnership as a direct challenge to emerging AI cloud leaders and traditional hyperscalers alike.
As demand for AI computing capacity continues to surge worldwide, this collaboration could reshape the competitive dynamics of the cloud industry over the coming years.#GoogleDocsMagic
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A squad of Argentine lawmakers is gearing up to ramp up the Libra investigation after fresh intel connected President Milei to some players behind the token launch hit the streets.
The congressional committee that dug into the Libra situation is reportedly filing two complaints against Eduardo Taiano, the prosecutor handling the case, for not moving fast enough, despite having several key pieces to push the probe forward.
The first complaint slams Taiano for blocking Congress’s efforts, as he shot down a request to compel government officials to clarify their ties to the token and barred the commission from accessing the recently released case files.

Paul Sztorc proposes a 2026 hard fork of Bitcoin called eCash, giving BTC holders equivalent tokens and adding Drivechains.
The community, however, is criticizing the funding part, which involves reassigning coins linked to Bitcoin’s missing founder, Satoshi Nakamoto.
Think of a hard fork like a railway line splitting into two. Trains start from the same station, but at some point the line splits, helping trains reach completely different destinations.
When a group of developers cannot reach consensus on a proposed change to Bitcoin’s code, they copy the existing blockchain and launch it as a separate chain, which shares Bitcoin’s entire history up to the point of the split, but diverges after the split, moving forward with its own rules, features, token and direction.
That's precisely what happened in 2017 when the debate over Bitcoin's block size reached a tipping point, culminating in a chain split and the creation of the Bitcoin Cash blockchain with its native token, BCH.
The technical dispute centered on Bitcoin's 1MB block size limit, which caps the number of transactions that can be processed every 10 minutes when new blocks are added to the blockchain. Hence, some favoured increasing the block size, but the community remained divided, eventually leading to a chain split.
The proposed hard fork will create a new chain called eCash with native eCash tokens. “Hold 4.19 BTC at the time of the fork, get 4.19 eCash. You can sell it, keep it, or ignore it entirely,” he said on X.
The fork is scheduled for Bitcoin block height 964,000 in August 2026. A coin-splitter tool will be released to help holders cleanly separate their BTC from their new eCash.
The new chain will be a near-copy of Bitcoin's existing blockchain, with one critical addition called Drivechains, a scaling architecture Sztorc first proposed in 2015 and formally submitted to Bitcoin developers as BIP300 and BIP301 in 2017 and 2019, respectively.
Drivechains are sidechains tethered to the Bitcoin blockchain, allowing seamless movement of BTC between the main chain and sidechains without changing Bitcoin's base layer. Each sidechain can operate under its own rules and features, essentially allowing developers to build new capabilities on top of Bitcoin without requiring the entire network to adopt those changes.
Think of Drivechains as service roads attached to the main highway. When the highway is congested, drivers can exit the highway and travel on the service road at different speed limits, then re-enter the highway when it's clear. This way, the highway never changes, yet more traffic is handled more efficiently, and the journey becomes more flexible for everyone.
Seven Drivechains are already in development, Sztorc said on X, including a privacy chain modelled on Zcash, a prediction market called Truthcoin, a decentralised exchange called CoinShift, and a quantum-resistant chain called Photon.
Sztorc wants to use coins that would have gone to Satoshi Nakamoto's equivalent addresses on the new eCash chain to bring investors on board before the fork goes live, a decision he calls necessary but which has riled the community, with some calling it outright theft.
A potential hard fork would bring Bitcoin’s entire transaction history to the new chain. So every bitcoin balance, including Satoshi’s 1.1 million bitcoin, sitting untouched in wallets that have noved moved these coins, would show up as an equivalent eCash balance on the new chain.
As per the plan, fewer than half of the Satoshi-equivalent eCash coins will be assigned to investors today. The precise mechanism of how it's being done remains unclear. But since eCash doesn't yet exist, the pre-hard fork assign seems to be a promised credit following a successful hard fork.
The plan, he argues, will ensure collaborators have a tangible incentive to get involved early, building momentum and completing work ahead of launch. Without this mechanism, the project can turn into a "zombie project" that ships unfinished. Worse, it could become a centralized project, where a small group of developers gains outsized control over the chain's direction.
Taking Satoshi coins is theft and disrespectful, and eCash is already used for Lightning payments with Cashu and Fedi. Those are poor choices,” Bitcoin advocate Peter McCormack said.
The industry response, however, has been negative.
Josh Ellithorpe, chief technology officer at Pixelated Ink, expressed concerns about the precedent it sets and how it could eventually be a risk to everyone’s BTC holdings.
eCash, setting the precedent that they can and will steal coins. Now it's Satoshi, but it could be anyone later. Also misrepresenting the BCH fork, stealing another project's name, and not having replay protection,” Ellithorpe said.
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Quantum fears focus on vulnerable early wallets, but market data suggests even a worst case sell-off would be large, not catastrophic.
Quantum doomsayers warn that this would unleash a flood of supply and crash the market. The numbers suggest otherwise.
The threat of quantum computing is not in question.
Roughly 1.7 million BTC sit in Satoshi-era addresses that could be vulnerable under such a scenario. That is about $145 billion at current prices in potential sell pressure, which sounds catastrophic, but is in fact manageable.
During bull markets, long-term holders (investors that have held bitcoin for at least 155 days) routinely distribute between 10,000 and 30,000 BTC per day. At that pace, the entire Satoshi-era supply equates to roughly two to three months of typical profit taking. In the most recent bear market, more than 2.3 million BTC changed hands in a single quarter, exceeding the full quantum “target,” with no systemic collapse.
In addition, monthly exchange inflows approach 850,000 BTC. Derivatives markets cycle through notional volumes equivalent to the entire Satoshi stash every few days. What appears massive in isolation becomes relatively ordinary when set against bitcoin’s existing liquidity and turnover
A sudden, concentrated release would still matter. It would likely drive volatility and could trigger a prolonged downturn, according to Check. But even that scenario assumes economically irrational behavior. Any actor capable of accessing such a trove would be incentivized to distribute gradually, likely hedging through derivatives to minimize slippage and maximize returns.
Bitcoin markets routinely absorb supply on the same order of magnitude as the P2PK era coins. The timeframe is measured in months, not years.
The real issue is not mechanical sell pressure. It is governance. The bigger issue is potentially freezing the Satoshi coins, through BIP-361, then letting everything play out as it should.
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