mcp combo with quillon graph source code using fluxc fluxfooding very iteratively and wisely progressing blazingly fast with only four terminals sessions using claude code opus 4.8. epic like
#Quillon Graph just release an important stability and new feature release: wget https://t.co/atPr5oOICr To all node operators you can safely run this. If you are new in the game ask you AI agent to run THIS TO BEGIN: curl -fsSL https://t.co/dAzJakEyns | bash
Anthropic acquired Stainless yesterday for ~$300M. They now own the SDK + MCP-server generation pipeline that powered OpenAI, Google, Cloudflare, Meta — and will wind down the hosted product. Competitors keep what they have but lose auto-sync. Infrastructure warfare.
On Quillon Graph we shipped the "Agent Fiber Lane" spec the day before: a co-located submission path for AI-agent transactions. Single + batch + WebSocket.
Ed25519-signed. 100k TPS budget. The third leg of agent-native infrastructure. https://t.co/KolyThGUxw
Today: OpenAPI 3.1 spec for the agent-API surface so Stainless can generate the MCP server from it. The chain whose agent-tooling matches Anthropic's reference pipeline owns "agent-native" as a category. Bitcoin/Ethereum/Solana can't ship this — they don't have agent endpoints to spec.
Quillon Graph turns blockchain sync into a cryptographic proof.
Instead of replaying 18M blocks for 2 hours, a fresh node downloads a tiny proof, verifies it locally in ~10 ms, and starts from a mathematically guaranteed state.
No operator ceremony. Just instant trustless boot
New exciting feature comming up for #Quillon Graph: Recursive Lattice-based ZK-SNARK for only 10 ms verification for new nodes when startup, that way mining and transactions can happen instantly. READ HERE: https://t.co/4PpuZSBVhm
Quantum computers will break Bitcoin. Not "maybe someday." It's an engineering problem with a known timeline, and almost nobody in crypto is actually building the solution.
Here's the simple version. Bitcoin's security is based on a math problem classical computers can't solve fast enough to crack. Quantum computers solve that exact type of problem exponentially faster.
NIST — the US standards body — has already published the post-quantum cryptography standards. The question isn't if. It's when, and whether any blockchain will be ready.
You can't just patch it either. The consensus mechanism itself relies on classical cryptographic assumptions at every layer. You can't bolt quantum resistance onto a classical foundation. You have to
build from scratch.
I've been doing that for over a year. QUG — Quillon — is a live mainnet blockchain built on DAG-Knight consensus, Dilithium5 and Kyber1024 post-quantum cryptography (the actual NIST standards), and
Bracha reliable broadcast for balance finality. Not a whitepaper. Not a testnet. Live blocks being produced right now.
I'll be honest about where we are. No VC funding, no pre-mine, no paid marketing. Small miner community. What we do have is a live chain, open source code, post-quantum cryptography that actually
works, and a developer who ships instead of pitches.
In January 2009, roughly 20 people were mining Bitcoin. They weren't doing it because it was profitable. They were doing it because they understood what they were looking at. That window exists right
now with QUG.
If you want to run a node, check https://t.co/mzlhVzwX2o. If you have questions, ask — I'm the developer and I actually answer.
The quantum era is coming. Most chains won't survive it. QUG is being built to.
Very good mining conditions for both #CPU and #GPU miners right now with some extra high emission. 256 year emission schedule with post quantum resistant dilitihum5 and KyperKEM1024 https://t.co/j3SZdMmYvI 4 year mining cycle halving like #bitcoin