onchain

Pozul de 100 ETH de pe Tornado Cash a înregistrat o scădere de aproape 40% în TVL în ultima săptămână, cu peste 120.600 $ETH shiftări prin blockchain — semnalând o schimbare semnificativă în alocarea capitalului.
Urmărirea portofelului sugerează că aceste adrese ar putea fi legate de Richard Heart, alimentând speculațiile despre o posibilă legătură cu proiectul său viitor, ProveX. În ultimele patru luni, mai mult de 162.900 $ETH ha fost raportat că s-au mutat prin Tornado Cash prin portofelele legate.
Detalii disponibile public au indicat că ProveX urmărește să permită achitări cripto punct-la-punct complet fără încredere, folosind dovezi Zero-Knowledge (ZK) — o narativă în creștere rapidă în cadrul DeFi și infrastructurii de confidențialitate.

$ETH
Details:
​The Truebit hacker, responsible for a significant exploit, has just moved 4000.9 ETH (worth millions!) to a new, anonymous address starting with 0xD841. This isn't just a transaction; it's a critical moment for cybersecurity and fund traceability in the crypto space.
​Why this is HIGHLY Important:
​Obfuscation Strategy: Moving funds to a fresh, anonymous wallet is a classic tactic to break the chain of traceability. This makes it significantly harder for whitehats, law enforcement, and blockchain analytics firms (like Arkham) to track the stolen assets. The trail goes cold.
​Potential for Liquidation/Mixing: This new address could be a stepping stone to a mixer service (like Tornado Cash, before its sanctions) or a centralized exchange where the hacker might attempt to cash out the stolen ETH, converting it to fiat or other less-traceable assets.
​Market Impact & Investor Confidence: Large, untraceable movements of stolen funds can weigh on market sentiment. It reminds us of the persistent security risks in the ecosystem and the challenge of asset recovery for victims.
​Decentralization vs. Accountability: This event highlights the tension between blockchain's pseudonymity and the need for accountability when illicit activities occur. While transactions are transparent, identifying the real-world entity behind an address remains a significant hurdle.
​Key takeaway: This transfer signifies a sophisticated attempt to fully vanish with the stolen Truebit funds. While blockchain provides transparency, ultimate anonymity is still achievable for determined actors. Stay vigilant!
​#Truebit #CryptoNews #ETH rity
​Why this post is "high sense" and "very important":
​Highlights Deeper Issues: It doesn't just state the fact; it explains why this transfer is significant beyond the monetary value. It touches on traceability, hacker tactics, and broader market/confidence impacts.
​Educational: It implicitly educates users about common hacker strategies (obfuscation, mixing) and the challenges of blockchain forensics.
​Calls for Vigilance: Ends with a message of caution and the ongoing challenge of anonymity.
​Strong Visual: The image of a hooded figure with transaction lines visually represents the transfer and anonymity, making it instantly engaging$ETH
$BTC

@Walrus 🦭/acc
#Walrus
As blockchains mature, one challenge keeps resurfacing: how to store data onchain without costs spiraling out of control. Early blockchain applications often start small, with limited data and manageable fees. But as adoption grows, so does the volume of data—and with it, the long-term cost of storage. This phenomenon, often referred to as the cost creep problem, threatens the sustainability of data-heavy decentralized applications.
In the early days, onchain storage feels deceptively cheap. Developers deploy contracts, store metadata, and experiment freely. Over time, however, data surges. Traditional onchain storage relies heavily on replication, meaning the same data is copied across many nodes. While this approach ensures reliability, it also compounds costs. What began as a cheap start can quickly turn into an expensive long-term obligation, with storage fees rising and infrastructure requirements ballooning.
This is where Walrus WAL enters the picture with a fundamentally different approach to persistent onchain data. Instead of relying on brute-force replication, Walrus WAL is designed around stable, predictable storage costs that scale more gracefully as datasets grow. The goal is simple but powerful: make long-term data storage viable for rich, data-intensive applications without punishing developers and users over time.
At the core of the Walrus WAL solution is the use of erasure coding combined with proofs of availability. Erasure coding breaks data into fragments and distributes them across the network in a way that preserves availability and fault tolerance without requiring full replication everywhere. Proofs of availability ensure that the data can always be reconstructed when needed, giving strong guarantees without excessive redundancy. The result is a storage model that is both efficient and secure.
By running natively within the Sui ecosystem, Walrus WAL aligns storage incentives with network participation. Instead of unpredictable spikes, developers benefit from predictable fees and a clearer understanding of long-term costs. For validators and stakers, this model opens up new reward mechanisms tied to data availability and reliability, strengthening the economic foundation of the network.
The implications are significant. With stable storage costs, larger datasets and richer applications can move fully onchain. Use cases like decentralized social media, AI-driven apps, gaming assets, and long-lived financial records become far more practical when storage no longer feels like a ticking time bomb. Developers can plan for the long haul instead of constantly redesigning systems to offload data elsewhere.
Ultimately, persistent onchain data is not just a technical challenge—it’s a strategic one. Blockchains that fail to address cost creep risk limiting themselves to lightweight use cases. Walrus WAL offers a compelling alternative: a storage-first mindset that prioritizes sustainability, predictability, and growth. By rethinking how data lives onchain, it helps pave the way for a future where blockchains can support complex, data-rich applications for years—not just their early days.
#walrus #BinanceSquareFamily $WAL #Onchain