LIBIN CHACKO

What we built is a blockchain that can follow rules and act on its own. For example, if the market price drops beyond a set limit, the system can detect it, decide what to do, and send the transaction directly to the blockchain automatically, with no human involved. We tested it live today. The price dropped 2.7%. The system detected it. It decided to sell 200,000 tokens. The transaction was confirmed on-chain in 232 milliseconds. We built the full blockchain underneath it from scratch in Rust, including post-quantum security, validator consensus, parallel transaction execution, and a fully working testnet. 108 tests passing. 13 binaries. Live testnet. GitHub link will be available soon. In simple terms: You set the rules, and the blockchain executes the action automatically.

But that’s where real infrastructure starts. Explore the build → github.com/LaharadevLQ1/L…

JUST IN: A new quantum experiment just demonstrated partial key recovery using a variant of Shor’s algorithm. Naturally, the question is: Are current blockchains at risk? 👀 Let’s break it down 🧵

This isn’t theoretical. It’s already running. Live on AWS. We’re still early.

That means thinking about: – resilience – consistency – fault tolerance – long-term security Not just speed or hype. @LQUANTUMONE is one step in that direction. Focused on infrastructure that holds under pressure, not just looks good on paper.

But here’s the real takeaway: The next generation of infrastructure can’t be built only for today. It has to consider what’s coming. At @LaharaGroup @LQUANTUMONE , that’s exactly the direction we’re focused on. Not reacting later. Building with future assumptions in mind.

The “~6.9M BTC at risk” narrative? That’s theoretical, not practical. It assumes: – massive quantum breakthroughs – exposed public keys – no upgrades in the meantime All unlikely to align overnight. Blockchains won’t just sit still either. Cryptography can evolve. Upgrades can happen. The ecosystem has time.

What this does show: Progress is happening. Quietly. Not in headlines. But in experiments like this. And that’s the important part. Because infrastructure isn’t tested when everything works. It’s tested when assumptions start to change.

so no, this does not break Bitcoin today. Current quantum systems are still far from what’s needed to realistically attack real-world keys.

Bitcoin and most blockchains rely on ~256-bit elliptic curve cryptography. Going from 15 bits → 256 bits isn’t incremental. It’s exponential. We’re talking about a completely different scale of difficulty.

A researcher successfully derived a 15-bit private key from a public key using quantum hardware. That’s a step up from the earlier 6-bit demo. Sounds big. But context matters.

Proof → github.com/LaharadevLQ1/L… You may not know Lahara Group yet. We’re focused on building infrastructure where performance, consistency, and resilience matter more than headlines. @Libinlahara @LQUANTUMONE @Laharatoken LQ1 reflects that approach.

@LQUANTUMONE @CoinMarketCap @coingecko @grok We had weeks where finality regressed before it improved. Distributed systems don't reward clever. They reward patient. Proud of this team.

Proof → github.com/LaharadevLQ1/L… Quantum computers will break every blockchain running today. Not all progress is visible. Some of it lives in: – consistency – fault tolerance – how a system behaves when things start breaking Phase 6 wasn’t about chasing numbers. It was about proving the network holds under pressure. That’s what real infrastructure demands. LQ1 is getting there. And we’re not slowing down. Explore the build → This isn't a whitepaper. It's running on AWS. @Libinlahara @LaharaGroup @Laharatoken #PostQuantum #PQC #Blockchain #Crypto #Rust #Ethereum

Why Falcon-1024, and why now? Because "post-quantum" can't be a v2 problem. You don't retrofit signature schemes into a live chain ,you fork the world. LQ1 is FIPS 206-aligned from the first block. Not patched in. Built in.

$293 million. 46 minutes. One weak approval point. No exploit had to break the system. The system was already exposed. This is where the next era of digital asset security will be defined: not just in code, but in control, approvals, and operational design.

Laharagroup.com is now live. A new digital home for our vision across technology, finance, and future-ready infrastructure. Built with purpose. Designed for what’s next. This is just the beginning

This isn’t about being faster. It’s about being unbreakable. Post-quantum infrastructure changes everything. Most haven’t realized it yet. Have a great Day everyone!!

The quantum threat is not just about wallets. It affects signatures, commitments, proofs, and long-term infrastructure trust. That’s exactly why post-quantum design has to be foundational, not an afterthought.”@LQUANTUMONE

@liminalbolt @ayebytes “Agreed,bc1 is a major improvement over legacy formats. My point is just that stronger checksum design materially reduces invalid address acceptance, even if it doesn’t remove every operational risk.”

@Libinlahara @ayebytes The legacy checksums aren't great, but we upgraded to the more robust BCH codes in the modern "bc1" Segwit and Taproot addresses

Bitcoin addresses are resistant to human errors (like changing or deleting a character) because they include a checksum. the checksum is additional data embedded in the address that allows it to be validated, ensuring all characters are correct a Bitcoin address typically has three components: a prefix that indicates the address type, a hash of your public key, and the checksum. all of this is encoded to produce the final address

AI is getting smarter. But the real gap is still security. We are exploring the LQ1 Agentic Trust Engine a unified trust layer built with AI + post-quantum security + blockchain. Possible directions- • NexaGuard - auto-sell, auto-rebalance, auto-pause on attack • Cyber Defense AI - detect, predict, isolate, alert • Audit & Trust AI -find exploits, backdoors, rug logic, assign trust score • Identity & Reputation AI -detect bots, sybils, fake identities, build on-chain reputation Every action can be verifiable, tamper-proof, and secured on LQ1. If we build one first, which should it be? Join the journey for updates!!!