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BNB $589.04 +3.72%
XRP $1.09 +2.18%
SOL $74.48 +1.71%
TRX $0.3288 +0.85%
DOGE $0.0702 +0.08%
ADA $0.1736 +6.72%
BCH $219.01 +3.86%
LINK $8.46 +2.32%
HYPE $54.11 -1.07%
AAVE $98.88 +1.08%
SUI $0.6978 +1.90%
XLM $0.1723 -0.04%
ZEC $474.54 +2.35%

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Kaito launched the Katalyst reward layer, introducing a pay-for-performance mechanism for creator activities

According to official news, Kaito announced the launch of Kaito Katalyst, a new reward layer aimed at creator activities, where project parties can pay based on the actual results brought by creators. This mechanism is based on Kaito's latest intelligence infrastructure and supports the distribution of rewards through various flexible criteria such as mind share, clicks, registrations, deposits, and platform activities. The underlying support comes from Kaito's data protocol with X, Brevis_zk's verification architecture, and its self-built attribution infrastructure.In the past two months, Kaito has conducted pilot tests in multiple companies across AI laboratories, consumer-grade AI applications, smart hardware companies, as well as in the cryptocurrency and financial sectors, with some projects set to launch soon. For TGE projects, Kaito has also introduced a dedicated format with no service fees: project parties must provide both a refundable deposit and a reward pool to ensure that creators are aware that funds are in place before the release. Each activity will announce the token distribution pool and attribution terms in advance, allowing creators to clearly understand the content and timing of their earnings.Under this mechanism, 80% of the token pool is allocated to creators who deliver actual results, while the remaining 20% is distributed to KAITO stakers and holders of YT-sKAITO on Pendle. Long-term holders and Yapybara holders can receive additional multiplier rewards. Kaito stated that this structure continues the Stakedrop mechanism that has been in operation since 2025, bringing approximately 136% annualized returns to the entire Kaito ecosystem. This model is also applicable to tokenized equity projects willing to use tokens or equity to accelerate growth.

first_img Fidelity Q3 Signal Report: The net unrealized gains and losses of BTC, ETH, and SOL are all at historical lows, with multiple indicators approaching the capitulation zone

According to the Q3 2026 signal report released by Fidelity Digital Assets, the prices of BTC, ETH, and SOL are generally at historical lows, with multiple indicators close to the capitulation zone. Fidelity believes that the current valuation levels may correspond to attractive long-term entry conditions.As of the end of Q2, the weighted net unrealized profit and loss (NUPL) was -0.01, with BTC being the only asset with a positive unrealized profit, approximately 10% above its cost basis, with an unrealized profit of about $108 billion, while ETH and SOL were approximately 30% and 41% below their cost bases, with unrealized losses of about $87 billion and $29 billion, respectively. BTC's market share rose to 68% quarter-over-quarter.The report states that, based on historical backtesting, the current NUPL readings for the three correspond to one-year median returns of 53%, 70%, and 542%, respectively, but the reliability of the samples decreases sequentially. The NUPL reading for SOL has only occurred 21 times in history, concentrated at the end of 2025, which has limited statistical significance.On the fundamental side, the value of stablecoin transfers for both ETH and SOL has reached new highs, exceeding $20 trillion and $2.6 trillion, respectively, over the past 12 months, but network fee revenue continues to decline.Additionally, the report attributes the 22% decline in BTC hash rate from its peak to miners shifting their computing power towards AI and high-performance computing, as AI contract revenues are more stable due to the depressed coin prices.

The Bitcoin BIP-110 mandatory signaling window will open in less than two weeks, with a current support rate of about 2.64%

The Bitcoin BIP-110 mandatory signaling window will open at block 961632, expected around August 9, 2026. As of the on-chain height of 959842, there are about 1790 blocks remaining until that block, and the support rate for BIP-110 signaling is approximately 2.64%.BIP-110's formal name is Reduced Data Temporary Softfork, which proposes to limit the size of certain data fields in Bitcoin transactions, mainly targeting Ordinals type inscriptions, large OP_RETURN payloads, and similar high data volume uses. If activated, the restrictions will take effect at block 965664 and will automatically expire after 52416 blocks, approximately one year later.Current signaling support mainly comes from Ocean, independent miners, and small operators, while major mining pools such as Foundry, Antpool, ViaBTC, and F2pool have not yet shifted to support it. Foundry has requested clients to vote based on average hash power; only if "support" votes exceed 51% of the participating weighted hash power will the pool switch all blocks to support signaling. If the current signaling level persists until block 961632, nodes executing BIP-110 will reject blocks that do not emit version bit 4 signals and will follow the minority of blocks that do emit signals. Non-upgraded nodes will continue to accept both signaling and non-signaling blocks and will follow the chain with the highest accumulated proof of work.

Lido launches the largest upgrade, integrating over 8 million ETH staked, with the number of validators expected to decrease by one third

Ethereum's largest liquid staking protocol Lido announced the launch of the largest protocol upgrade since the V2 upgrade in 2023, which will integrate over 8 million staked ETH (approximately $16.5 billion) and migrate to the new validator architecture following the Ethereum Pectra upgrade. This migration is expected to reduce the number of Ethereum network validators by about one-third, lowering the load on the consensus layer.Lido stated that after the upgrade is completed, the number of attestation messages per epoch across the entire Ethereum network is expected to decrease by about 29%, thereby improving network operational efficiency. This upgrade will migrate professional node operators to the Curated Module v2 (CMv2) architecture. Unlike before, which mainly relied on operator reputation and historical performance, CMv2 requires Lido-selected node operators to lock ETH as collateral for the first time, providing economic guarantees for node operational performance.Lido indicated that all 34 selected node operators are expected to complete the migration, and no operators have exited due to the new collateral requirements. Lido's staking lead Isidoros Passadis stated that this upgrade will streamline the validator set supporting Lido's core staking business while enhancing security through capital constraints. Lido expects that this migration will result in a decrease of approximately 0.28% in annual staking yields for the protocol. Validators will continue to earn rewards before exiting the migration, with any yield loss likely occurring only during the brief period before balances are transferred to the new validators.

NVIDIA invests in OpenAI to co-establish a new AI laboratory, providing large-scale GPU computing power support

According to a report by the WSJ, Nvidia has invested in the AI laboratory Safe Superintelligence (SSI), founded by former OpenAI chief scientist Ilya Sutskever. The two parties have reached a long-term cooperation agreement aimed at expanding SSI's computing resources while helping Nvidia secure important clients in the AI field. Both companies stated that Nvidia made a "large-scale" investment after understanding some of SSI's research progress, but did not disclose the specific amount.As part of the collaboration, SSI will receive a significant amount of Nvidia's flagship GPU resources, with its computing power expected to increase by an order of magnitude. Previously, SSI primarily relied on TPU chips provided by Google for AI research and development. This collaboration indicates that Nvidia is further expanding its AI chip ecosystem and binding future computing power demands through investments in top AI laboratories.SSI was established in 2024 by Ilya Sutskever, with the goal of developing "Safe Superintelligence." The company has previously raised about $2 billion in funding, with investors including Andreessen Horowitz and Sequoia Capital, and reached a valuation of approximately $30 billion last year. This is not Nvidia's first investment in an AI company founded by former core members of OpenAI. In March of this year, Nvidia also invested in Thinking Machines Lab, founded by former OpenAI chief technology officer Mira Murati, whose first AI model is trained on Nvidia hardware.Ilya Sutskever is one of the important researchers in the field of modern artificial intelligence, having co-founded OpenAI and promoted the development of large model technologies such as ChatGPT. However, after leaving OpenAI, he began to question the approach of solely relying on expanding data and computing power to drive AI progress, turning instead to explore new directions in superintelligence research.

With the implementation of MiCA, the European crypto industry is facing a "major reshuffle": high regulatory thresholds may trigger a new wave of mergers and acquisitions

The EU's Markets in Crypto-Assets Regulation (MiCA) competition phase is coming to an end, but the real challenges for businesses are just beginning. The high costs of maintaining a compliant operational system may change the landscape of the European crypto industry. In the future, the focus of industry competition may shift from "who can obtain a license" to "who has the capacity to bear regulatory costs," driving companies to achieve scalable development through mergers, joint ventures, or partnerships with banks.As MiCA gradually takes effect and the UK's crypto regulatory framework is about to take shape, the European crypto industry is entering a new phase of consolidation. Industry insiders believe that high regulatory standards may spur a new wave of mergers and acquisitions, and cooperation between crypto-native companies and traditional financial institutions will deepen further. This trend in the UK market may be even more pronounced. The UK's Financial Conduct Authority (FCA) is developing a new regulatory framework for crypto assets, which is expected to incorporate crypto businesses into the existing financial services regulatory system, subjecting them to capital, operational, and customer asset protection requirements similar to those faced by traditional investment institutions.Steven Lightstone, a partner at Morgan Lewis's London office and co-head of the global fintech team, stated that the FCA aims to promote market competition and support new entrants, but its regulatory standards will be very strict when it comes to consumer protection. Unlike the EU's independently operating MiCA framework, the UK approach will directly utilize the existing financial regulatory system to manage crypto businesses. Meanwhile, the increase in regulatory certainty is driving European banks to accelerate their entry into the digital asset space. Sygnum Europe CEO Simon Schneider noted that currently, less than 20% of banks in Europe offer crypto-related services, indicating a significant market gap. The greatest value of MiCA is not just in creating a new licensing system, but in providing legal certainty for financial institutions to enter the digital asset market.He pointed to Switzerland as an example, where after the introduction of regulations on distributed ledger technology, most large Swiss banks began offering digital asset services, a path that may be replicated in other parts of Europe in the future. In the future, banks may not necessarily replace crypto-native companies but are more likely to rely on specialized infrastructure service providers to collaborate in areas such as custody, brokerage, staking, and asset tokenization. As companies that fail to obtain MiCA licenses gradually exit the European market, assets may further concentrate among regulated entities. However, Schneider believes that self-custody models and institutional custody models will continue to coexist in the long term. Industry insiders believe that the European crypto industry is entering a "regulation-driven consolidation cycle." For crypto startups that previously relied on rapid innovation and asset-light models, the core competitiveness in the future may no longer be just technological speed, but compliance capability, capital scale, and the ability to integrate financial infrastructure.
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