qubic

In crypto, some people follow trends.
Others… create them.
Come-from-Beyond (CFB) — also known as Sergey Ivancheglo — belongs to the latter.
🚀 A Journey of Quiet Innovation
2013 — NXT
One of the first blockchains to implement a full Proof of Stake system.2015 — IOTA
Introduced the DAG (Tangle) architecture — an alternative to traditional blockchains.2019 → Present — Qubic
A decentralized compute network combining AI, oracle systems, and Useful Proof of Work.
🧩 A Pattern Across Everything He Builds
Look closely, and a pattern emerges:
PoS → energy efficiencyDAG → scalabilityQubic → useful computation
👉 One consistent vision:
Maximize the value of computation.
🧠 A Controversial Builder
CFB isn’t your typical polished founder:
Left IOTA after major internal conflictsOften holds unconventional, polarizing viewsPrefers building over marketing
And yet…
👉 People like this tend to create breakthroughs.
🕵️‍♂️ Could CFB Be Satoshi?
There’s a theory in parts of the community:
👉 CFB might be Satoshi Nakamoto
There’s no proof.
But the speculation exists because:
Deep early understanding of cryptographyActive since crypto’s earliest daysMaintains a low-profile, elusive presence
Whether true or not, one thing stands out:
👉 His mindset feels very “Satoshi-like” — build systems, not personal brands.
🔥 Qubic — His Biggest Vision Yet
Qubic isn’t just a blockchain.
It’s:
An AI training networkA decentralized oracle layerA compute marketplaceA new form of Proof of Work
👉 A step toward:
Decentralized Artificial General Intelligence
⏳ The Next Step Is Happening Now
📅 April 1st
Qubic begins Dogecoin mining
Less than 4 days away.
This isn’t just mining.
👉 It’s a shift:
from experimental techto a real revenue-generating engine
🎯 Final Perspective
CFB has already:
Built PoS before it was mainstreamIntroduced DAG before the market understood it
And now…
He’s attempting something even bigger:
👉 Turning global compute power into an economy.
🔥 Conclusion
If Qubic succeeds:
👉 This won’t just be another crypto project
👉 It could mark the birth of an entirely new model:
The Compute Economy. 🚀

#Qubic

#CFB

#CryptoInnovation

#DecentralizedAI

#ComputeEconomy

Mark the date. On April 1st, 2026, Qubic flips the switch on Dogecoin mining, and the entire mining architecture of the network changes with it.
How Qubic Mining Worked Before Dogecoin
If you've been following Qubic, you know the network has always been about making computation useful. This transition takes that philosophy from promising to proven. Here's the full picture.
How Qubic Mining Worked Before Dogecoin
Under the previous model, Qubic miners split their time between two tasks. Roughly 50% of compute time went toward mining Monero (XMR). The other 50% went toward training Aigarth, Qubic's own AI. CPUs toggled back and forth, and while the system worked, neither task got the full attention of the hardware running it.
What Changes With Dogecoin Mining on Qubic
Dogecoin uses the Scrypt hashing algorithm, which runs on ASIC hardware: dedicated machines built for that specific type of work. Qubic's AI training runs on CPUs and GPUs. Different hardware. Different jobs. No overlap.
That single architectural fact changes everything. Instead of splitting time, the network runs both workstreams in parallel:
ASICs mine Dogecoin, 100% of the timeCPUs/GPUs train Aigarth, 100% of the time
No more alternating. No more compromises. The old interleave model is retired for good. And older Scrypt ASICs that have been sitting in closets, machines like the Antminer L3+ that can't turn a profit on standard Doge pools, suddenly have a reason to exist again. The ASIC layer is purely additive: new revenue for the network without touching existing CPU/GPU miner rewards.
Why Qubic's Shift to Dogecoin Mining Matters
It would be easy to frame this as "Qubic now mines a different coin." The significance runs deeper.
Full resource utilization. Under the old model, AI training only had access to half the network's compute cycles. Now it gets 100%. That's a straight doubling of throughput dedicated to Aigarth.
Hardware specialization. ASICs do what ASICs are built for. CPUs and GPUs do what they're built for. The network stops forcing general-purpose hardware into a hashing role it was never optimized for.
A new revenue stream without cannibalization. Dogecoin mining introduces external value into the Qubic economy. New money flows in and feeds directly into the buyback mechanism (more on that below).
Horizontal scalability proven. If Qubic can absorb ASIC miners running Scrypt alongside CPUs running AI workloads, the door opens for future hardware categories to plug in the same way. Dogecoin marks the beginning of a new era for Qubic's mining architecture, the first proof that multiple hardware categories can plug into the network and run in parallel.
Oracle Machines get their first real-world stress test. Every Dogecoin share submitted to the network gets validated through Qubic's decentralized Oracle Machines, not by a single pool operator. That creates real on-chain transaction volume and proves that Oracle infrastructure works under production load.
Qubic Dogecoin Mining: The 3-Phase Transition Plan
The core team is not flipping a switch overnight. The move from XMR to DOGE follows a three-phase rollout designed to protect network stability. Each phase lasts roughly 1 to 2 epochs, giving computors and miners time to adjust.

Phase 1: Testing (1 to 2 Epochs)
The network keeps running XMR mining as-is while Dogecoin enters a live testing phase on mainnet.

What this means for you: Nothing changes on the revenue side. Computors earn from XMR exactly as before. Dogecoin runs in the background, proving the full pipeline works (dispatcher, pool connections, oracle validation) without affecting earnings. This is the safety net phase.
Phase 2: Migration (1 to 2 Epochs)
Computors get to choose: stick with XMR or opt into Dogecoin mining. Both options coexist, but XMR begins its phaseout.

What this means for you: The decision point. Computors who opt into Doge start receiving rewards through the new system. XMR miners can still earn, but incentives shift: top-ups move to the Doge side. The migration is voluntary, but the economics clearly favor moving over.
Phase 3: Final State
XMR mining is fully removed. The dispatcher is turned off. Dogecoin and AI training run the network.

What this means for you: The target architecture. ASICs mine Doge around the clock. CPUs and GPUs train Aigarth around the clock. The network reaches its most efficient configuration to date.
How the Qubic Dogecoin Buyback Mechanism Works
All that mined Dogecoin needs to go somewhere useful. Here's how:
ASIC miners produce DOGE through the networkThe DOGE gets sold on the marketProceeds are used to buy back QUQU is distributed to computors based on their participation
There's also an optional layer the community is shaping: computors can vote to allocate a percentage of QU emissions directly to Doge miners. The Doge buyback can top up rewards to approximately 110% of the base rate. Any remaining buyback that isn't distributed gets burned.
The result is a self-reinforcing loop. Dogecoin mining generates external revenue, that revenue flows back into QU demand, and the burn component keeps long-term supply pressure in check. For more on Qubic's tokenomics, see the halving page.
Qubic Dogecoin Mining: Current Development Progress
The team isn't theorizing. They're proving it works in the real world.
Doge Connect is the protocol bridging ASIC miners to the Qubic network. The draft protocol is ready, the repo is live on GitHub, and a test miner is available. The first successful test share already passed through the full pipeline. For a deep dive into the technical architecture, read the full Dogecoin mining explainer.
Computor documentation with technical specs for pool participation is available in the Doge Connect repository.
Workflow testing is running through the complete chain. Computors and pools are already testing in preparation for launch. Full details were covered in the March 5 All-Hands Recap.
What to Expect When Qubic Dogecoin Mining Goes Live
Computors and pools are already testing behind the scenes. April 1st is when the stats start showing up on mainnet.
If you were around for the early days of XMR mining on Qubic, you've seen this movie before. The network ramps gradually. Miners connect, configurations get dialed in, hashrate climbs day by day. Slow and steady wins the race.

The architecture is proven. The testing is done. Give it room to breathe and the growth curve will speak for itself.
How to Start ASIC Mining Dogecoin on Qubic
If you've got Scrypt ASIC hardware (or you're thinking about picking some up), here's how to get started:
Get the hardware. You need a Scrypt-compatible ASIC miner. Popular options: the Bitmain Antminer L7 (widely available secondhand), the Antminer L9 (current gen, best efficiency), and the Goldshell Mini-DOGE Pro (compact, good for home setups). Older machines like the L3+ work too. Check CoinWarz for current Scrypt miner profitability.
Set up your miner. Connect via Ethernet (most ASICs don't support Wi-Fi), access the web interface, update firmware, and configure pool settings. The official Dogecoin mining guide covers the basics.
Connect to Qubic. Follow the computor documentation in the Doge Connect repo to configure your miner for the Qubic network. Details on pool structure and connection specifics will be confirmed closer to launch.
Join the conversation. Head to the #dogecoin channel on Discord to coordinate with other miners and the core team.
Whether you're dusting off an old L3+ or buying your first ASIC, the network has room for you.
Before April 1st: Join the Live Preview on March 30th
Two days before DOGE mining goes live, the people who built it are pulling back the curtain.
Join Joetom (Core Tech Lead) and Raika (DOGE Lead Dev) for a live walkthrough of the full technical architecture, the three transition phases, and what launch day actually looks like in real time. Hosted by Stephanie (DefiMomma), Head of Marketing & Growth.
No script. No spin. Just the engineers answering your questions on the eve of one of the most anticipated launches in Qubic's history.
Monday, March 30, 2026 at 11:00 AM EDT / 3:00 PM UTC Live on X · YouTube · Linkedin
RSVP here to get a reminder
What's Next for the Qubic Network
This transition was designed in the open, built with community input, and governed by computor vote. The roadmap is clear, the code is tested, and April 1st is coming fast.
Qubic started with a simple idea: computation should be useful. Dogecoin mining is the next chapter, where the network stops choosing between AI and mining and starts doing both, fully, at the same time.
April 1st. Not a joke. But first, March 30th.
See you on mainnet.
Stay connected: GitHub
#Qubic #Dogecoin‬⁩ #AI #AGI #UPoW

For all its speed, for all its ambition, Qubic has operated in its own lane by design. A feeless Layer 1 capable of 15.5 million transactions per second, verified on mainnet by CertiK, running bare-metal C++ smart contracts at tick speeds most chains can only theorize about. And yet, every token locked inside the Qubic ecosystem has been, until now, exactly that. Locked inside. Cut off from the deepest liquidity pools in crypto. Invisible to the wallets, DEXs, and lending protocols where the majority of on-chain capital still lives.
QBridge changes that equation. Moving to IPO in Epoch 205, QBridge is a non-custodial cross-chain bridge connecting Qubic directly to Ethereum, and with it, to the single largest concentration of DeFi infrastructure in existence.
What Is QBridge? The Qubic-Ethereum Cross-Chain Bridge
At its core, QBridge allows anyone to transfer QUBIC tokens between the Qubic and Ethereum networks in seconds. Built by Vottun and architected as a native Qubic smart contract, it creates a seamless corridor between two fundamentally different blockchain architectures: Qubic’s tick-based quorum consensus and Ethereum’s EVM execution layer.
The bridge doesn’t require trust in a single operator or centralized custodian. It runs on a 2-of-3 multisig governance model, meaning every critical administrative action (changing admins, adjusting fee parameters, withdrawing accumulated fees) requires agreement from at least two of three independent signers. No single party holds the keys. No single point of failure exists.
How It Works: Lock, Mint, Burn, Unlock
QBridge uses a lock-and-mint architecture, the same proven pattern that underpins the most reliable cross-chain bridges in the industry, but implemented natively within Qubic’s smart contract framework.
When a user bridges QUBIC to Ethereum, the process works as follows: the original tokens are locked inside the QBridge smart contract on Qubic, and an equivalent amount of wQUBIC, a fully backed ERC-20 token, is minted on Ethereum. The ratio is always 1:1. No fractional reserve. No synthetic exposure. Every wQUBIC in circulation on Ethereum is backed by a native QUBIC token held in the bridge contract.
Going the other direction, the wQUBIC is burned on Ethereum, and the corresponding native QUBIC is unlocked and returned to the user on Qubic. This two-phase commit pattern, where tokens are received first and only marked as locked upon successful completion, ensures that assets are never lost, even if a transaction fails mid-process. Every error path triggers a full refund of both tokens and fees.
The bridge charges a flat 1% total fee per order, split evenly: 0.5% goes to the bridge operator (Vottun), and 0.5% flows back to the network as dividends distributed to computor shareholders. A minimum order of 200 QU prevents dust spam. Importantly, fees are reserved at the time an order is created but only released for distribution once the order successfully completes. If something goes wrong, the user gets everything back.

Bridge Security: Audited, Multisig-Governed, and Refund-Protected
Bridge exploits have cost the crypto industry billions. The QBridge team clearly took that history seriously. The contract has undergone a full security audit, and every finding has been addressed in the current implementation.
The fixes are specific and substantive. Single-pass slot allocation eliminates redundant loops. Transfer operations follow a transfer-first pattern, where state is only updated after a successful transfer, closing a class of reentrancy-style vulnerabilities. The contract validates Ethereum addresses against zero values and checks proposal addresses against null IDs. Invocation rewards are captured immediately and excess payments are refunded. The nextOrderId counter increments only on successful order creation, preventing ID collisions from failed attempts.
Beyond the audit, the multisig governance layer adds structural protection. All admin proposals follow a create-approve-execute flow. A proposal auto-counts as the first approval from its creator, then requires a second admin to sign before execution. If the underlying action fails, the proposal deactivates cleanly. Creators can cancel pending proposals at any time. The threshold can be adjusted, but never below two approvals, through the same proposal mechanism.
Why the Qubic-Ethereum Bridge Matters for Interoperability
Qubic’s architecture is unlike anything else in crypto. Written in C++, executing directly on bare metal without a virtual machine layer, processing transactions with instant finality and zero fees, it’s a chain built for raw performance. But that distinctiveness has come with a cost: EVM incompatibility has been a recurring friction point for partnerships, exchange integrations, and wallet support.
QBridge doesn’t just move tokens. It moves Qubic into the orbit of Ethereum’s massive ecosystem. With wQUBIC as an ERC-20 token, QUBIC becomes accessible to every Ethereum wallet, every DEX aggregator, every lending protocol, and every portfolio tracker that supports the standard. Liquidity that was previously siloed inside Qubic can now flow into Ethereum’s DeFi stack, and capital from Ethereum can flow back.
The bridge also carries a cross-chain message communication layer capable of transmitting arbitrary payloads beyond simple token transfers: governance votes, oracle data, contract calls. This positions QBridge not just as a token ferry but as infrastructure for multi-chain applications that span Qubic’s compute layer and Ethereum’s financial layer. For users who need immediate settlement, LP-backed instant liquidity pools provide liquidity vouchers so assets arrive without waiting for full finality, with liquidity providers earning a small fee for the service.
Strategic Infrastructure: QBridge in Qubic’s Expansion Roadmap
It’s worth stepping back to see the larger picture. Qubic is building outward. The Solana bridge, developed by Avicenne Studio, is progressing through QA. Oracle Machine subscriptions are entering testnet, enabling smart contracts to react to real-world data feeds. The Network Guardians program is expanding decentralization. Neuraxon’s AI research has been accepted for IEEE publication. Moreover, the second token halving approaches in August 2026, tightening supply further against an already deflationary backdrop. Over 67 trillion tokens have been removed from circulation through burns and QEarn locks.
QBridge is the Ethereum piece of this expansion. It’s the infrastructure that makes Qubic legible to the EVM world, the world where the majority of on-chain liquidity, developer tooling, and institutional attention still concentrates. When builders on Ethereum can interact with QUBIC through familiar interfaces, when Qubic-native applications can leverage Ethereum’s DeFi primitives, the ecosystem surface area grows in ways that compound.
This is not a feature. It’s a foundation.
QBridge IPO: Epoch 205 Smart Contract Launch
The QBridge IPO is open now through next Wednesday’s epoch change. Bids go directly through the Qubic wallet. On April 2nd, the team expects to launch on open mainnet, execute the first transaction, and open Uniswap liquidity pools.
Under Qubic’s smart contract model, shares undergo an IPO via Dutch auction, a mechanism where the market itself determines the price. Smart contracts on Qubic are self-financing through their IPO, and the network fee share from bridge operations flows directly to shareholders as dividends.
For those paying attention to where Qubic’s infrastructure is heading, Epoch 205 represents a meaningful moment to participate early in what may become one of the most-used contracts on the network.
What Comes Next for Qubic Cross-Chain Connectivity
Qubic has spent its first two hundred epochs proving that a feeless, high-throughput blockchain can work at scale. The speed records are verified. The architecture is battle-tested. The ecosystem is growing.
Now the walls come down. QBridge connects Qubic’s compute power to Ethereum’s capital markets, its developer community, and its deep pool of financial primitives. It’s the first permanent, non-custodial corridor between these two networks, and it’s built to carry far more than tokens.
Epoch 205. The bridge is open.
https://qubic.org/blog-detail/qbridge-qubic-ethereum-cross-chain-bridge
#Qubic #Ethereum #BRIDGE