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The rate $ETH maintains a growth of 2.93% in March. This period has become the first profitable one for the asset since August 2025. The previous six months saw continuous declines. The prolonged downturn has wiped out more than half of the market value of the coin.
Only a few days remain until the end of spring. The main question becomes the ability of buyers to maintain the positions they have gained. Negative macroeconomic factors may well return the instrument to the red zone and prolong the series of failures.

The current value $ETH is $2068. At the same time, the asset is testing an important Fibonacci retracement level at $2055. Certainly, the coin has been under the influence of two opposing market forces. Old holders are taking profits from previous investments. Simultaneously, major market participants are actively buying up the created offer.

Bitcoin
$BTC is trading again below the important psychological mark of $70,000. Most trading sessions, five out of seven, were negative for Bitcoin this week.
$BTC continues to be under pressure from uncertainty regarding the timeline for the end of the war in the Middle East. On a positive note, U.S. President Donald Trump has extended the deadline for strikes on Iranian energy until April 6. Additionally, the American side proposed a 15-point plan for de-escalating the conflict, which, however, was not supported by the Islamic Republic.

$BTC and $ETH faced the largest quarterly expiration of 2026. Accordingly, the total nominal value of contracts on the Deribit exchange reached $15.15 billion. The settlement will occur on Friday at 08:00 Coordinated Universal Time.
Undoubtedly, this event liquidates almost 40% of the total open interest in both assets. At the same time, the quotes are trading significantly below their maximum pain levels. Therefore, the market expects high volatility before and after the trading ends.

There is a pattern in protocol roadmaps that I have noticed more than once. The thing being built in the early phases is not quite the same thing being described in the later ones. The naming stays consistent. The branding stays consistent. But the product has shifted somewhere along the way, and the shift is not always announced clearly.
@MidnightNetwork
Midnight's final roadmap phase, called Hua, is where I noticed this.

The earlier phases read as inward work. Get a privacy chain running. Get the validator infrastructure stable. Get zero-knowledge proofs working in a way developers can actually use. Get the Compact toolchain to a point where someone without a cryptography background can build with it. Each piece is pointing at the same thing a functioning network people come to.

Hua is pointed somewhere else. The plan connects Midnight to Ethereum and Solana through LayerZero. After that connection exists, an application on another chain could theoretically route sensitive computation through Midnight without deploying anything on Midnight directly. The privacy layer becomes something external systems call into. Not a destination. More like a service sitting behind other things.

That gap between the two descriptions is what I keep thinking about.

A chain people come to has a certain logic. Applications build up on it. Users follow the applications. The network accumulates value because of what lives there. The earlier roadmap phases are pointing at that. Hua is pointing at something different a network whose value is in what it can do for ecosystems that already have users elsewhere.

The rough flow in that world would look something like this. An application on Ethereum needs to handle something sensitive. It constructs a message and sends it through LayerZero to Midnight. Midnight processes the private computation, generates a proof, and passes a verified result back. The Ethereum application receives a confirmed outcome. The private inputs never moved beyond Midnight. The user on Ethereum sees a result. They may have no visibility into where the proof came from.

Whether that works cleanly in practice is something I genuinely cannot tell from the documentation. The architecture makes sense on paper. Whether the latency, the bridging assumptions, and the developer experience actually hold together under real usage is a different question.

What I find harder to think through what $NIGHT looks like in that setup.

On a standalone chain, the token sits close to the activity. Validators hold it. Computation costs flow through DUST, which derives from it. Someone using the network is, at some level, touching the token economics whether they think about it or not.

In a service model, that closeness gets harder to see. A developer on Ethereum integrating Midnight's proof layer is probably thinking about whether it is reliable and whether it is cheap. The token sitting underneath the architecture may be real, but it is further from the surface. Something that gets abstracted away rather than something the builder consciously interacts with.

I am not sure what that means for the incentive structure over time. Whether validator rewards hold up when the primary users are not Midnight-native. Whether the DUST mechanics behave the same way when demand comes from cross-chain routing rather than direct usage. These feel like open questions rather than things the documentation has settled.

There is also a question about what it means to describe both of these things a standalone privacy chain and a privacy layer for other chains as stages in the same continuous roadmap. Maybe they are genuinely continuous. Maybe building the standalone chain first is the right foundation for the service model later. That reading is possible.

But a network that ends up used mainly as cross-chain infrastructure is a different thing in practice from one used as a destination. The people building on it, the reasons they build, the token dynamics, the ways you would measure whether it is working all of those shift depending on which version actually lands.

Hua is far enough out that I am holding it loosely. A lot changes between now and then. I just find it worth noting that the earlier roadmap and the later roadmap are, at some level, describing two different products. They may belong to the same vision. But sitting with them separately feels more honest than letting one slide into the other without noticing the gap.

The question I keep coming back to is simpler than any of the architecture. If Midnight's proof layer ends up running quietly underneath applications on Ethereum and Solana, will anyone using those applications ever think of themselves as being on Midnight at all.
#night $NIGHT
#etherium #solana

Many people enter crypto searching for the next big move. But over time, something changes. You stop chasing candles. You start studying behavior. You realize: Price is noise. Process is signal.
The market rewards those who learn to remain steady when uncertainty is loud. Some days bring excitement. Other days bring doubt. Both are part of the same journey.
The goal is not to predict every move — but to become the kind of investor who can survive every phase. Because in the end, consistency compounds louder than hype.
Key Takeaway: Strong portfolios are built not only with capital, but with patience and clarity.

#Crypto #Bitcoin #Etherium #MarketPsychology #LongTermThinking

The Ethereum Foundation recently published a blog outlining three protocol cluster priorities: scaling, UX, and hardness.
Each addresses a different requirement for Ethereum’s long-term success. Scaling ensures the network can support global demand. UX ensures people can actually use it. Hardness ensures that, as Ethereum grows, it retains the properties that make it worth using in the first place.
Here is a deeper look at the Hardness focus and what it means for the Ethereum ecosystem.
What Hardness Is
Hardness is the quality of a system to be reliable in the future, and the hardness track is a protocol-level commitment to preserving Ethereum’s core guarantees: open source, censorship resistance, privacy, security, permissionlessness, and trust minimization.
Hardness has always mattered. These principles have been part of Ethereum since the beginning.
Ethereum exists to provide neutral infrastructure for the people who actually need it, even when that choice is harder, slower, or less convenient. In practice, that means ensuring Ethereum works even when centralized systems fail.
A user in a sanctioned country. A journalist protecting sources. An organization needing neutral settlement infrastructure. An institution minimizing counterparty risk.
Why Focus on Hardness Now
Ethereum is shipping major improvements to throughput and usability. Each of these improvements could be achieved by taking shortcuts, like centralizing infrastructure or introducing trusted intermediaries.
Hardness exists to ensure Ethereum stays true to its values while also responding to the needs of the network.

Today, people and institutions rely on Ethereum’s guarantees not as ideals, but as necessities which makes hardness an increasingly critical area of focus.
What Hardness Looks Like in Practice
At the Ethereum Foundation, hardness focus areas will be stewarded by Thomas Thiery, Parithosh Jayanthi, and Fredrik Svantes, each bringing a different area of emphasis:
Thomas Thiery on censorship resistance and permissionlessness at the protocol levelFredrik Svantes on security, with focus on privacy and trust minimizationParithosh Jayanthi on infrastructure, upgrades and resilience of the sensitive parts of the Ethereum protocol depends on remain secure and resilient
Hardness spans several areas:
In addition to this technical R&D, part of the hardness track is helping others understand and prioritize these core properties. The team will also work alongside ZK, privacy, scaling, UX, and security efforts like
Trillion Dollar Security,
which focus more heavily on wallets and the application layer, to ensure hardness is represented so that these improvements accelerate progress without weakening security or decentralization.
Network resilience - Improving tooling, testing, and fuzzing to surface vulnerabilities early, and ensuring the network can recover quickly if failures occur.User protection - Reducing preventable fund loss from phishing and drainers.Privacy - Working toward private transfers and anonymous broadcast at the protocol level, giving users strong confidentiality guarantees without leaving L1.Preserving neutrality - Designing against single points of failure at the edge of the network to ensure it remains neutral and resilient against selective interference.Long-term preparedness - Post-quantum cryptography isn’t an immediate threat, but it is an inevitable threat we must prepare for.Fallback and recovery modes - As throughput increases, the protocol must be able to slow down and stabilize when anomalies occur, allowing the network to heal rather than cascade.Incident readiness - Developing shared, public runbooks so the ecosystem can respond quickly and transparently in extreme scenarios.Measuring reality - Establishing metrics to understand: how censorship-resistant the ecosystem is today, how many users can transact privately, where trust assumptions are creeping in & more.
Provide Feedback
The success of the hardness focus relies on ecosystem feedback.
If you have ideas, research, or concerns, you’re encouraged to reach out directly to the team:
#Eth #etherium $ETH
$ETHFI

The coefficient of unrealized profits of whales holding more than 100,000 $ETH ETH has exceeded zero, indicating a possible price rebound. This was noted by an analyst under the pseudonym CW.

"As a rule, the loss zones for large holders are at the bottom [of the trend line]. When whales move into a profitable state, this point marks the beginning of an upward movement," the expert noted.