Morning in the crypto world: Bitcoin on the brink of $100k! 🚀
Markets painted green, and institutional FOMO is once again in the spotlight:
🌕 Bitcoin ($BTC ) hit a two-month high, breaking through the $97,900 mark. JPMorgan analysts predict a record inflow of corporate capital in 2026, amid expectations of the Clarity Act being passed in the U.S. 📊 ETF boom: $1.7 billion flowed into spot Bitcoin ETFs in just the last three days. BlackRock (IBIT) continues to lead, capturing the lion's share of liquidity. 💎 Ethereum ($ETH ) remains stable above $3,300, and the amount of ETH staked has reached an all-time high — 35.9 million coins. ⚖️ Regulation: The U.S. Senate postponed consideration of a key market structure bill for additional negotiations, giving the market a brief reprieve from uncertainty. 🤖 AI trend: Miners are massively repurposing their capacity toward AI data centers, becoming the main infrastructure trend for 2026.
The market is structurally ready for a push toward psychological highs. Keeping a close eye! 👀🔥
In 2026, the token $WAL is not just an asset, but the "fuel" of a global storage system. Its value directly depends on the amount of data in the network:
* Staking and income: You delegate $WAL to node operators and receive a share of the payments for storing files. This is one of the most reliable income sources in the Sui ecosystem. * Security guarantee (Slashing): If a node loses data or disappears from the network, its staked tokens are burned. This creates a strong market incentive to operate perfectly. * Deflationary pressure: Part of the fees are removed from circulation. The more the world uploads AI datasets and websites to Walrus, the higher the demand for the limited token resource becomes.
$WAL is the first cryptocurrency whose price is backed by a real scarcity of safe space on the internet.
By 2026, most blockchain projects were only "half-decentralized": their logic (smart contracts) lived on the network, but the website interface was hosted on centralized servers such as Amazon or Google. This was the "Achilles' heel" of Web3 — websites could be blocked at the hosting or DNS level.
Walrus Sites completely change this architecture: * Website as a Sui object: The entire frontend (HTML, CSS, JS) is uploaded to Walrus and becomes an object in the Sui blockchain. You literally own your website just like an NFT or token. * Impossible to censor: The website cannot be "turned off" by a provider complaint, as it has no central address. It exists simultaneously on hundreds of nodes around the world. * Access via portals: Anyone can run a "portal" (like *wal.app*) to view these websites. If one portal is blocked, users simply switch to another or run their own locally.
This transforms the internet from a network of "rented pages" into a network of sovereign applications that cannot be deleted or altered without the owner's consent.
In 2026, Walrus ceased to be just a "storage" for bytes and transformed into a dynamic environment for autonomous systems. The main difference between Walrus and older solutions (like Filecoin) is its dynamism. * Programmable Blob objects: On Walrus, data is not dead weight. Since each file is an object in the Sui network, smart contracts can "communicate" with them. AI agents can automatically update their weight coefficients, add space for new knowledge, or change access rights to their databases in real time without human intervention. * Decentralized memory for LLMs: For large language models, Walrus has become external memory. Instead of trying to fit everything into a limited context, AI agents use Walrus as a "hot" storage, from which they instantly retrieve the required gigabytes of information to solve specific tasks. * *Data lifecycle automation: You can create a contract that deletes sensitive data after 24 hours or moves it to cheaper "cold" storage if it hasn't been accessed in a month. This makes Walrus not just a "cloud," but an operating system for data, where information autonomously manages its own existence. #walrus $WAL @Walrus 🦭/acc
While older protocols (such as Filecoin or Arweave) often force the network to create bulky copies of files (replication by 10–25 times), Walrus in 2026 demonstrates a technological advantage through the RedStuff algorithm.
This mathematical marvel allows data to be stored with extremely high reliability (even if 2/3 of the nodes disappear) using only 4–5 times the memory volume. For the end user, this means a revolutionary reduction in costs: storing 1 TB of data on Walrus costs approximately $50 per year, which is 80–100 times cheaper than Arweave and more competitive than traditional cloud services like Amazon S3. For the first time in history, decentralized storage has become not only safer but also economically advantageous.
#Walrus solves a fundamental internet problem that has been ignored for decades: data disappearance. In 2026, Walrus became a true "eternal archive" of humanity. Thanks to tight integration with the Sui blockchain, data is no longer just passive files on a remote server, but programmable objects. Each file has its own owner, a clearly defined price, and a lifespan specified in a smart contract. This is the foundation for a new internet, where links no longer die, and information does not vanish at the whim of corporations.
RedStuff: Mathematical marvel that turned chaos into reliability While other projects tried merely to "copy" files to different servers, the Mysten Labs team created something far more sophisticated. Welcome to the world of RedStuff — a unique 2D encoding algorithm that made Walrus the most efficient storage of 2026.
Walrus is like the 'black box' of humanity: Why AI is doomed to hallucinations without decentralized storage In 2026, AI became part of every conversation, but a new problem emerged: data poisoning. If AI is trained on data generated by other AI, it begins to degrade, creating a closed loop of errors. How can we preserve 'clean' human knowledge? The answer came from Walrus.