data2chain

the plane crash near Mar-a-Lago is a complete historical and statistical anomaly: > Learjet 60s have existed for 33 years > 3 fatal crashes on record: all on takeoff, approach, or landing > then one fell from 35,000 feet near Mar-a-Lago > 11 prior U.S. Learjet 60 accidents > 6 on landing. 2 on approach. 1 on takeoff. 2 while taxiing. > 0 en route > worldwide: 3 prior fatal Learjet 60 crashes on record: 1. Brazil — 2022, overran the runway. 2. South Carolina — 2008, overran the runway on rejected takeoff. 3. Venezuela — 2013 struck terrain on landing approach. > 0 fatal crashes from high altitude > 0 crashes during cruising phase of flight > oct 23 — NORAD confirms air defenses around Mar-a-Lago > nov 1 — Bahamas-bound Learjet 60 goes into a dive from ~35,000 ft over South Florida > closest tracked point to Mar-a-Lago — 3.9 miles away, still at ~21,000 ft > hits the ground 5.7 miles from the estate > ~27,000 ft gone in 65 seconds > 13,000 of those feet gone in 20 seconds > average over that stretch — 39,000 ft/min > the tracker's vertical-speed readout tops out at 32,640 > closest same-model case I found was in 2023 > Learjet 60 at 41,000 ft near thunderstorms. crew loses pitch and roll control > captain estimates 10,000 ft/min down, recovers at 38,500 ft. everyone lives > the 3 previous fatal Learjet 60 crashes I could find worldwide killed 7 people combined > this one killed 9 > first, most deadly, and only high-altitude Learjet crash in 33 years of service, within 4 miles of brand new short range air defense at Mar-a-Lago bonus fact: > In October 1980, a Learjet 25 pitched up and stalled at 45,000 ft over Missouri. Both engines flamed out. The jet began responding to the pilots again around 32,000 ft. They restarted the engines between 24,000 and 28,000 ft and landed in Wichita

BREAKING: Arbitrum Security Council has executed a transaction to freeze ~$30.5M from the Binance Exploit. Thanks to all other signers involved. Exploiter address 0x3E2bf1ac6bf0934BBba6456C341c2EcbCED632d5 Trsanction hash: 0xb69c81774f507d46ce776aeaed8b4d31df96dd66ce6fd05073481011835355d6

How the Binance hack worked: The attacker exploited EIP-7702 - an Ethereum Pectra upgrade That lets a regular wallet temporarily act as a smart contract with a valid private key signature. Hacker pre-collected 50 EIP-7702 authorizations with sequential nonces Not knowing the exact nonce at attack time. Sent them all at once, only one matched. That was enough. The Tron stablecoin movements? Binance themselves

🚨995 Polymarket accounts just got drained through Polymarket's own website. Let me explain how, because this one should scare everyone in crypto. No fake link. No shady airdrop. These people were on the real Polymarket dot com on Thursday. Polymarket's site loaded a script from DebugBear, a tool whose only job is measuring how fast the page loads. Somebody poisoned it. Once it was running in your browser, it grabbed your logged-in trading session and started dumping every open position you had, first at 3% under market, then at half price, then at the lowest price possible. Then it swapped the whole balance into POL and shipped it to the attacker. Stablecoins can be frozen. POL can't. It even reported back after every hit. Your wallet, your country, your portfolio size, whether the transfer went through. All of it sent home through DebugBear's own data endpoints. The attacker's wallet went from empty to $2M in about 45 minutes. Conor Grogan's final count was $2.65M. One trader said he lost $800K and watched every position get sold. His friend got hit for $600K. Polymarket flipped the exchange to cancel-only, paused the relayer and says everyone will be made whole. Credit where it's due. But this is the third time this year. About $700K in May. About $3M in June, through a hacked third-party script, same as now. I've been phished. I've been drained. Stay in crypto long enough and it happens to you. But the people on Thursday did nothing wrong. They opened the right website. Not one of these three hacks touched a smart contract. We spent ten years making the blockchain unbreakable and then let a page speed tracker sit right next to people's money.

BREAKING: World's largest crypto exchange Binance hacked with over $5.6 billion stolen: • $1.45 billion $BTC • $875 million $ETH • $234 million $TRX • $50 million $XAUT • $1.57 billion $USDT • $823 million $USDC • $75 million $WBETH • $88.5 million $RLUSD + $447.5 million additional cryptocurrencies This is the largest hack in crypto history.

TRU BLOCKCHAIN 0.08.9 — BLAKE2b-256 IS ALREADY BUILT INTO OUR SCRIPT ENGINE! One of the more interesting capabilities of TRU Blockchain is that BLAKE2b-256 cryptographic hashing is implemented directly inside the TRU Script Interpreter. This isn't a proposed feature or something on our development roadmap. The implementation already exists in our C++ blockchain source. What does this mean? TRU includes a native scripting opcode: OP_HASHBLAKE2B This allows smart contract scripts to perform BLAKE2b-256 hashing during execution, producing a 256-bit cryptographic commitment. Technical details: ✅ BLAKE2b-256 hashing implementation ✅ Integrated with libsodium ✅ Native OP_HASHBLAKE2B instruction ✅ 32-byte cryptographic output ✅ Script-level execution with gas accounting ✅ Integrated with TRU's stack-based scripting architecture Why is this important? Cryptographic hashing is an essential building block for programmable blockchain systems. BLAKE2b-256 can support cryptographic state commitments, data-integrity verification, and advanced computational verification protocols. For example: Program State → BLAKE2b-256 → Cryptographic State Commitment → TRU Blockchain And this becomes even more interesting when combined with capabilities already present in TRU: • Stateful smart contracts • UTXO-based transaction architecture • Conditional script execution • On-chain contract provenance • Native FT, NFT, SFT, and NCFT assets • Persistent AI-agent identity and memory commitments • Deterministic contract execution and gas accounting THE BIGGER PICTURE: TURING-COMPLETE COMPUTATION We're investigating how TRU's existing scripting capabilities could support a universal computational system in which programs progress through successive blockchain transactions. Instead of executing unrestricted loops inside a single transaction, computation can be divided into individually bounded state transitions. This is similar to transaction-chain computational models explored in other UTXO-based blockchains. SO, IS TRU TURING-COMPLETE? YES, WE ARE building the foundation for a general-purpose computational ecosystem. TRU Core 0.08.9 already implements many of the essential computational components: deterministic scripting, conditional logic, arithmetic, persistent state, cryptographic verification, and gas-metered execution. But there is an important technical distinction. At the application layer, general-purpose computation can be coordinated across TRU transactions, with computational state and execution history cryptographically committed to the blockchain. At the native consensus layer, we're investigating whether arbitrary computational transitions and their continuation outputs can be independently enforced using the existing scripting rules. We are not yet claiming that TRU's native consensus is mathematically Turing-complete. We are identifying and testing the capabilities needed to establish that. And that distinction matters. OUR OBJECTIVE We're not trying to introduce unlimited execution inside individual transactions. We're exploring how TRU can support increasingly powerful, independently verifiable computation across a sequence of bounded transactions, preferably without changing the existing 0.08.9 consensus rules. Combined with our NCFT AI-agent architecture, this opens possibilities for: • Autonomous computational workflows • Persistent, cryptographically committed AI memory • Verifiable computational state • Programmable asset ownership • Independently auditable agent activity • Decentralized coordination of AI services YES, WE ARE building a general-purpose computational ecosystem on TRU. The next milestone is determining how far we can take universal, consensus-enforced computation using the capabilities already built into the blockchain. TRU isn't just about moving tokens. We're building infrastructure for programmable digital ownership, persistent state, and verifiable computation.

The U.S. just deployed a weapon that was supposed to stay classified for another decade 🚨🚨🚨 THE US JUST DEPLOYED "SOFT KILL" ELECTRONIC WARFARE IN IRAN → NO BULLETS, NO BOMBS, TOTAL DESTRUCTION 🚨🚨🚨 America just revealed a capability most people didn't know existed. Electronic warfare systems mounted on Black Hawks that can shut down an ENTIRE battlefield without firing a single round. Process that. WHAT "SOFT KILL" DOES: → Shuts down ALL enemy communications instantly → Disables drones MID-AIR — they fall from the sky like dead birds → Directed energy BLINDS every sensor, radar, and targeting system in range → Collapses entire command networks in SECONDS → No gunfire. No explosions. Just silence.

If you get an Ethiopian Bible you will see it has remained untouched and has all the content. Plus Ethiopia is still using the correct 13 month calendar and are years behind us. Let’s not forget that the first of the year is actually April not January.