hodler

26 May 2026, 11:43

Back to 81 Trillion Shiba Inu (SHIB)? Worrying Dynamic in Available Sell Supply

Shiba Inu supply on centralized exchanges keeps growing, which might become a serious issue in the foreseeable future.

26 May 2026, 11:39

Why did someone just burn 107 BTC forever?

The burn address on the Bitcoin network just destroyed 107 BTC forever. The address received five transactions, causing analysts to seek the reason behind destroying the coins. On-chain analysts intercepted a curious Bitcoin transaction . In a series of transfers, an unknown user deposited a total of 107 BTC to the most widely known Bitcoin burn address. Cypher researcher and BTC Blockstream founder Adam Back suggested the burn address is now a potential quantum computing bounty. accidental quantum bounty? — Adam Back (@adam3us) May 26, 2026 The burn address has already received a total of 807 BTC, sent over the years for various reasons. Usually, the address receives small amounts of BTC as a way to create on-chain records. The burn recalls a case in early 2025 when a user burned 500 ETH to send a permanent message on the blockchain. Why is BTC being destroyed? The destruction of 107 BTC slightly increased the amount of coins beyond reach. In this case, the transfer was deliberate. The only thing that united the burn transactions from five different wallets was a timelock. The transactions were automated with a locktime parameter, waiting for block 950,958 . The sender overpaid two times the usual transaction fee to make sure the transfers would be automated and included in the block. The transaction happened just as BTC recovered above $77,500. The leading coin was not showing signs of capitulation, as most whales held onto their reserves. Some of the transfers came from Stacks.co , which used the BTC burns to secure its own chain. The address has been around since 2015, and was known to Bitcointalk forum members. The burn address was especially created so that its public key is all zeroes. The calculation to go from the public to the private key would be intractable, even extremely difficult for hypothetical quantum computing . The address was of interest in the early days of BTC. In general, BTC has a holding ethos, but no known practice of burning coins to diminish the supply. BTC burned by old whale wallet The transactions to the burn address originated from a wallet that started accumulating BTC in 2014. The wallet’s balance peaked at $2.5M at the end of 2025. The entire balance was then sent to the burn address on May 25. Another connected address was also first created before 2015 . The other wallet engaged in the burn received coins from Poloniex and Bitfinex, a usual step for early BTC adopters. The last address used sent some of the BTC to Kraken for trading a year ago. The usage of several addresses and the synchronized transaction to the burn destination suggests a single entity may have decided to destroy 107 BTC. On-chain researchers had no answer for the transfers, which looked deliberate. Each of the involved addresses sent the full BTC balance, previously held for years. The transfers looked like a form of capitulation, which did not even sell the BTC for profit. The burn looks like a previous move by a whale that bought 27 BTC and sent them to one of the inactive addresses of Satoshi Nakamoto. The smartest crypto minds already read our newsletter. Want in? Join them .

26 May 2026, 11:36

XRP community fixates on $589 after cryptic XRPL post

🚨 XRPL Foundation’s cryptic post hints at a potential $589 rally in $XRP. The minimalist visual ignited speculation over hidden clues and insider messages. Continue Reading: XRP community fixates on $589 after cryptic XRPL post The post XRP community fixates on $589 after cryptic XRPL post appeared first on COINTURK NEWS .

26 May 2026, 11:32

Bitcoin Sees 39% Drop in Active Addresses Amid Market Consolidation

Bitcoin sees significant slow down in its network activity as activity addresses drop by nearly 40%, suggesting that short-term traders are exiting.

26 May 2026, 11:31

Energy’s Trillion Settlement Crisis: Exclusive interview with Jack Samatov, Founder of Solarious

The global renewable energy market generates trillions of dollars in output each year — yet its underlying infrastructure remains stubbornly pre-digital. Renewable Energy Certificates, the primary mechanism for tracking and trading clean energy, are still issued as PDFs, circulated by email, and reconciled by hand months after the fact. The consequences are far from trivial: double-counting, opaque provenance, and outright fraud undermine the very ESG commitments that corporations and regulators are racing to honor. Blockchain has long been proposed as the natural fix — offering immutable records, programmable settlement, and borderless access — but no one has built a protocol specifically designed around the physics and compliance requirements of energy production. That gap is precisely where Solarious begins. By connecting physical solar hardware directly to an on-chain validator network, Solarious converts raw electricity output into cryptographic proof in under four seconds. Its Solar Miner reads voltage, current, and kilowatt-hours in real time and signs that data at the chip level, feeding a hard-capped 200-node network that delivers absolute finality — not probabilistic consensus — making it fit for real-world asset settlement at institutional scale. Unlike general-purpose chains built for everything and optimized for nothing, Solarious is purpose-engineered for the energy market: every kilowatt becomes a tamper-proof, double-spend-proof record tied to a specific device, location, and timestamp. This month, that thesis crossed from whitepaper to reality: the first Solar Miner went live, producing the first genuine on-chain proof of physical energy output. For ESG funds, corporate buyers, and energy producers alike, the implications are immediate — and for the first time, the energy industry has a settlement layer built to match the scale of the transition underway. To delve deeper into Solarious’s origins, its technical differentiators, market strategy, and long-term trajectory — straight from the architect behind this breakthrough in energy blockchain infrastructure — we present this exclusive conversation with Jack Samatov, Founder of Solarious . Every blockchain claims to solve a real problem. What problem does Solarious actually solve that nothing else can? Solarious is solving the disconnect between blockchain economies and real-world environmental commodities for renewable energy producers of all sizes. Built on a proprietary Layer 1 blockchain powered by its Proof of Energy protocol, Solarious is the first platform to combine live renewable energy production verification, validator consensus, environmental asset tokenization, and consumer onboarding. Existing tokenized REC and carbon systems still rely heavily on centralized registries, manual audits, and off-chain trust layers. Solarious has built a new settlement layer for renewable energy that measures production in real time, validates it on-chain, rewards participants with cryptocurrency, and enables the tokenization of RECs and carbon-related environmental assets within a single integrated ecosystem. Walk me through what happens from the moment a solar panel produces electricity to when $SOLAR gets minted. We have proprietary hardware nodes called SOLAR Miners. They connect directly to inverters operating with solar panels and use integrated AI components capable of reading solar energy output in real time. Every available data point - including voltage, geo-location, weather, current, and kilowatt-hours produced is measured continuously, packaged, encrypted, and cryptographically signed at the chip level using secure hardware, ensuring the private key never leaves the device. The signed energy proof is then transmitted to our 200-node validator network. On-chain, the data package is verified using zero-knowledge cryptography and validated through the Solarious Proof of Energy consensus protocol. Once verified, $SOLAR tokens are minted and distributed proportionally to renewable energy producers relative to their contribution to the producer network, while validators are rewarded for securing and validating the system. The rewards are delivered directly into the proprietary Solarious crypto wallet ecosystem. The entire process - from physical energy production to on-chain settlement - occurs within a single block in approximately four seconds. Bitcoin burns energy to secure the network. Solarious records and verifies it instead. Why does that distinction matter? Bitcoin secures its network and creates digital scarcity by consuming massive amounts of computational energy through Proof of Work protocol. Solarious takes a fundamentally different approach. Instead of burning energy to create scarcity, Solarious verifies real-world renewable energy production and transforms it into on-chain economic activity through its proprietary Proof of Energy protocol. This distinction matters because the underlying asset is not wasted computation — it transforms renewable energy production into an economic incentive model that encourages households and businesses to adopt, expand, and participate in renewable infrastructure. In simple terms, Bitcoin monetizes network participation through energy consumption and computational scarcity. Solarious monetizes network participation through verified renewable energy production. The first Solar Miner went live this month. What did that moment mean for you personally? It was incredible. We spent years building toward that block. My team prepared the node at my house the night before, and I couldn’t sleep waiting for the sun to come out. When it finally did, watching real sunlight produce a real on-chain proof was amazing. That was the moment the whole thesis stopped being theoretical. The physics worked. The cryptography worked. The network finalized it in four seconds. Everything after this is scale. Who is your actual customer — an individual solar producer or an industrial energy company? Both, and that is the point. A rooftop in Lagos and a 500-megawatt farm anywhere in the world participate on the same terms. The protocol does not care about the size of your installation. It cares about what you produce and rewards are allocated based on each producer’s proportional share of the network’s verified renewable energy output. That has never truly existed in traditional energy markets, where meaningful economic rewards have historically been concentrated among large-scale producers. You have 200 validator nodes, hard capped. Everyone else has thousands. Why is that the right call? Institutional settlement cannot run on probabilistic finality. If you are clearing a real-world asset transaction worth millions, you need to know with mathematical certainty that the block is final — not that it is probably final in a few minutes. As simulations showed, the two hundred geographically distributed nodes gives us four-second absolute finality and Byzantine Fault Tolerance that holds even if a third of the network goes down simultaneously. That was a deliberate call. Renewable Energy Certificates today are traded manually for the most part, with no on-chain verification. How does Solarious change that? Right now, most RECs are a PDF with a serial number. The same serial number can appear on two PDFs. Nobody catches it until an audit months later. On Solarious, every REC is a cryptographic proof tied to a specific device, location, and timestamp. It gets verified before it is issued. Double-spending is mathematically impossible. That changes the entire compliance picture for ESG funds and corporate buyers. What does the energy market look like on-chain in 2030? Solar production is measurable, programmable, and increasingly financialized. By 2030 the question will not be whether energy settles on-chain - it will be which chain. Every megawatt-hour will carry a cryptographic provenance record. Carbon accounting will be automated. Energy trading will clear in seconds. The companies that built the infrastructure early will own the market. Why build this now? Because the infrastructure always lags the market by a decade. The internet had no payment layer for its first ten years. We built Solarious now because the energy transition is happening now - and the settlement layer needs to exist before the market gets too big to retrofit. Strategic Imperative: Position for the Solar Blockchain Shift Solarious advances beyond prototype with operational hardware and robust architecture, poised to monetize renewable output at global scale. For energy producers, ESG funds, and blockchain investors: integration offers verified $SOLAR yields and market primacy. My vision is clear - with live proof in hand, Solarious doesn’t just participate in the energy blockchain race; it is purpose-built for a market evolution that is already becoming inevitable. Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

26 May 2026, 11:30

Hoskinson Says This Cardano App Could Become Crypto’s Most-Used By 2030

Charles Hoskinson said Midnight.city, the interactive simulation tied to Cardano’s privacy-focused Midnight ecosystem, is preparing for a new beta-testing phase that he believes could put it on a path to become crypto’s most-used application by 2030. The Input Output founder framed the next version of Midnight.city as more than a product test. In a post on X, Hoskinson said the platform would soon bring in “thousands of beta testers” to stress-test and refine its design, utility and user experience. “I’m super excited about the next iteration of Midnight.city,” Hoskinson wrote. “We will have thousands of beta testers coming online soon and gather incredible feedback about how to improve and refine the experience and utility of the world. It’s the largest and most meaningful focus group ever done.” He added that the team’s development cadence would be central to how quickly the product evolves. “Combined with two week sprints, within a few months we’ll be well on our way to a new civilization. One that’s crypto native, has privacy at the core, and evolves in weeks instead of decades. I predict Midnight.city will be the most used crypto application by 2030.” Could This Cardano App Will Lead Crypto By 2030? Midnight.city is the public-facing simulation layer for Midnight, a privacy-oriented blockchain associated with the Cardano ecosystem. The official Midnight site describes the network as a blockchain focused on programmable privacy, selective disclosure and predictable costs, with developers able to determine what information remains protected and what can be disclosed when required. The city itself is designed as a live environment rather than a conventional block explorer or wallet interface. Midnight describes it as a simulation populated by autonomous AI agents that work, trade, interact and generate ongoing economic activity, creating sustained transaction volume intended to make zero-knowledge systems more visible to users. That design matters because privacy infrastructure is difficult to demonstrate in consumer-facing form. The official Midnight blog says Midnight.city lets users inspect the same transaction from different disclosure perspectives, including public mode, auditor mode and a simulation-only “god mode,” showing how selective disclosure can reveal specific fields to authorized parties while keeping other data shielded. Midnight’s broader pitch is that privacy should not mean opacity by default. The network uses zero-knowledge proofs and a dual-state ledger model to allow public on-chain state and local private state to interact, while its Compact programming language is intended to let developers build privacy-preserving applications without requiring deep specialist knowledge of ZK cryptography. The project also uses a two-part economic model . NIGHT is the network’s unshielded native and governance token, while DUST is a shielded, non-transferable resource used to pay for transactions and execute smart contracts. Midnight says this model is intended to separate capital assets from operational costs and make application usage more predictable. At press time, Cardano traded at $0.24.