Oracle’s long-dated bond position was smashed, and yields surged to a record 8.3%. Meanwhile, the five-year CDS spread jumped 16% to 227 basis points—also a historic high—over four times the level of the investment-grade index (about 55bp).
CDS is like insurance for the bond market. When spreads climb to this level, it signals that institutions are putting real money behind bets that its default risk is rising. This is often very different from stock-price action—stocks can be propped up by narratives, while the bond market’s pricing is far more ruthless.
For the crypto market, the implication is liquidity transmission. If the credit of large tech firms comes under pressure, institutions typically sell higher-volatility assets first to meet margin calls; Bitcoin and altcoins are usually pulled into the move immediately.
I’m not predicting whether Oracle will have problems, but the signals the bond market is sending are worth watching more than any single tweet.
Hyperliquid’s assistance fund has handed over a rather outrageous set of books.
Here’s the data: it has cumulatively bought back and burned more than 47.5 million HYPE tokens, with a cost of about $1.321 billion. Marked to the current price, the market value of these burned tokens is about $4.366 billion.
In other words, the books show roughly a 3.3x paper gain—those chips bought with the money are now worth more than three times as much.
More importantly, it’s the mechanism itself: burning means these tokens permanently exit circulation, with supply continuously drained away. And the buyback money comes from protocol revenue—effectively the value generated by trading volume, converted directly into an implicit dividend for token holders.
The clever part of this design is that it links “the platform making money” with “token appreciation” in one continuous line. There’s no need to rely on token issuance or subsidies to keep the momentum going.
But stay clear-eyed: the strength of the buybacks is highly correlated with trading volume. Once the market cools down, the flywheel’s speed will drop in tandem. It’s strong right now, but the condition for that strength is that people keep trading.
The U.S. Federal Appeals Court upheld the Pentagon’s ban on Anthropic by a 2:1 ruling, formally designating Claude as a national security risk and excluding it from the military supply chain.
This overturned a lower court’s earlier decision that had favored Anthropic.
The takeaway here isn’t about Anthropic itself, but the precedent it has set—that AI models can be treated as “national security risks,” and that the court accepted this characterization.
So what does this mean? Once an AI company’s product is labeled this way, it’s not just military contracts that are lost—it could also lose eligibility for entry into the wider government ecosystem.
And the criteria for judging “risk” are not transparent; to a large extent, they depend on the subjective assessments of regulators and the judiciary.
For the industry, this is a warning sign: AI competition is no longer just a technology race—it’s increasingly wrapped up in geopolitical and national security frameworks. Ultimately, who gets excluded and who gets accepted may be decided by the courts rather than the market.
The issue of speeding up Ethereum has always been stuck in a deadlock: to make the chain run faster, you often have to sacrifice decentralization or resistance to censorship.
EIP-8198 (Quick Slots) proposed by author #Ethlabs tries to bypass this deadlock, and the idea is quite clever.
The approach is two steps: first, gradually reduce block time from 12 seconds to 10 seconds—but not all at once. Instead, it’s implemented as a “controlled, incrementally testable speed increase”; at the same time, it adjusts capacity, Gas, and Blob parameters.
The key is the word “incrementally.” In the past, the biggest fear with Ethereum upgrades was making one sweeping change—once it’s done and something goes wrong, the entire network suffers together. A variable-rate design effectively breaks the risk into small portions: you move only a little each time, observe whether everything is fine, and then continue.
This also explains why Ethereum’s evolution often seems so slow: it’s not aiming for the fastest possible—it’s aiming to get faster without losing control. Speed can be increased gradually, but once decentralization is gone, you can never pick it back up again.
The real technical challenge has never been whether it can get faster, but whether, after it gets faster, it’s still the same chain as before.
This week’s crypto market is worth revisiting, because three things happened at the same time for the first time in eight months.
Bitcoin touched $87,000, Ethereum returned to $2,800, and SOL broke above $120—three major mainstream assets moving in sync back to levels not seen in nearly eight months.
On the funding front, it’s even more straightforward: ETFs bought $2.4 billion worth of BTC, $690 million of ETH, and $188 million of SOL in a week.
Note that the spot SOL ETF also saw inflows on the same order of magnitude, indicating that capital allocation is no longer focused only on Bitcoin, but has started spreading across the entire mainstream basket.
The third thing is that total market capitalization has once again reclaimed the $3 trillion mark.
None of these individual items is shocking on its own, but when the three stack together, they point to the same conclusion:
The market isn’t pulsing at just one isolated point—it’s recovering in both breadth and capital.
This kind of “broad-based rebound” pattern is usually more deserving of serious attention than a sudden surge in a single coin.
Let’s take a slightly darkly humorous angle: when it comes to the art of “sheep-shearing,” the highest-ranked players in Web3 are really Lazarus.
This North Korean–backed hacking group strikes in the billions to the tens of billions of dollars each time. What’s interesting is that the numbers seem to hover around the threshold of an exchange’s annual profits:
They don’t shear you so hard you’re crippled, because you’ve still got to be kept alive—so they can shear you again next year.
Even more thought-provoking is the logic behind choosing targets: they specifically go after smaller exchanges with less stringent regulatory backgrounds, while major firms in the U.S. and Hong Kong largely avoid.
This isn’t a matter of technical capability—it’s because the risk-reward equation is crystal clear. If they provoke a strongly regulated jurisdiction, the chase for stolen funds and sanctions will follow them all the way.
So the fact that something gets stolen has never been only a “security vulnerability” issue—it’s a business calculated down to the last detail.
What defenders need to do isn’t just stack up more firewalls, but to think clearly: in the cost-benefit sheet of the underground economy, how much is your exchange actually worth? 😅
During a bank run, you need the last lender to conjure liquidity out of thin air to rescue institutions that would otherwise be able to repay their debts;
When the economy goes into a slump, you have to rely on monetary expansion to prop up demand.
And because Bitcoin’s total supply is fixed and cannot be issued additional, it is precisely “incomplete” along this dimension.
In the two crises of 2008 and 2020, the rescues were indeed printing presses.
But if you think the other way: what is the cost of elastic money? It’s that purchasing power is diluted, and savings are slowly eaten away by inflation.
You can save one crisis, but you plant the seeds for the next one.
So at its core, this is a trade-off between two value systems—whether to choose systemic stability, or monetary honesty.
Bitcoin supporters choose the latter, and that is exactly why it is excluded by mainstream finance.
Does the Fed’s rate-hike logic still work in the era of the “AI arms race”?
The traditional framework is: rate hikes → borrowing gets more expensive → consumption and investment contract → aggregate demand cools → inflation falls.
This chain holds only if demand is sufficiently sensitive to interest rates.
But if this round’s main driver of capital expenditures is businesses spending heavily to buy computing power, build data centers, and stock up on chips, then higher rates can’t really stop them.
Because it’s an arms race—falling behind might mean being eliminated, and even if costs are higher, you still have to invest.
Once that’s the case, tightening monetary policy can’t cool demand; it will only raise financing costs and shift the burden onto small and medium-sized enterprises and ordinary consumers that don’t have AI cash flows.
If inflation doesn’t come down, the economy gets squeezed first.
The implication for the market is very direct:
If fiscal policy and capital spending are driving demand, then the influence of interest rates’ “gravitational pull” on assets weakens—making interest rates a variable worth repricing for risk assets, and for Bitcoin as well.
Bitcoin’s current price still has more than 40% of room to reach its all-time high. But the cumulative inflows into spot ETFs are only 10% short of their own historical peak.
Prices haven’t returned to the highs yet, but capital has almost caught up to the level seen during the most frenzied period.
This suggests that the persistence and strength of institutional buying are unlike any cycle before.
What’s even more worth pondering is the structural change it brings: in past bear markets, clearing was driven by retail investors cutting losses and miners capitulating, stretching the cycle out over a very long time;
now, with ETFs as a stable channel continuously drawing in liquidity, turnover has been accelerated as shares change hands, and the time spent at the bottom has been clearly shortened.
The research team at Alloc Init published a paper aiming to implement privacy transfers similar to Zcash on Bitcoin Layer 1. The selling point is “no changes to consensus, no need for a soft fork.”
If this really can be implemented, it would be a long-term negative for coins like ZEC that rely on privacy narratives to survive—privacy would shift from “buying a specific coin” to “a built-in feature of the main chain,” and scarcity would disappear.
But don’t panic in the short term: there’s still a long distance between a paper and engineering implementation, and the Bitcoin community is extremely conservative about any feature expansion. Even just pushing the discussion forward could take years.
So the question is:
Is Bitcoin’s “unchangeability” a moat—or a ceiling?