RandomX PoW
Miners produce new blocks and secure the blockchain through proof of work.
QWC MAINNET LIVE
Qwertycoin (QWC) is a privacy-focused cryptocurrency with open RandomX mining and EPoSe rewards for proven network services.
Open the Web Wallet, explore the blockchain or contribute on GitHub.
QWC MAINNET LIVE
Current blockchain and EPoSe data. Available values stay visible when some statistics are unavailable.
Miners produce new blocks and secure the blockchain through proof of work.
Service Nodes earn eligibility for network-service rewards through valid attestations.
Start here
Use QWC, contribute computing power or operate public network infrastructure. Each path has a current, official starting point.
Create or restore a QWC wallet for the current network in your browser, then send and receive private payments. This does not import a balance from the legacy blockchain.
Open Web WalletJoin the official RandomX PPLNS pool with your QWC payout address. No pool account registration is required.
Start miningRun a public QWC node, register its service identity and qualify through verifiable EPoSe service proofs—without staking QWC.
Open operator guideAbout Qwertycoin
Use QWC for private payments, contribute computing power through mining or support the network as a Service Node.
Send and receive QWC on an open network. Independent nodes verify transactions and maintain the blockchain.
QWC uses privacy technology to protect transaction details. Its open source code lets anyone examine how the network works.
RandomX miners produce new blocks and secure the blockchain. Anyone can participate with compatible mining software.
Service Nodes provide network services. Valid attestations establish eligibility, and the EPoSe protocol determines the reward rotation.
Service Nodes support the network and take part in EPoSe. No QWC staking is required; block production remains the job of RandomX miners.
Use QWC directly in your browser with the Web Wallet. Explore the core software and contribute to its development on GitHub.
EPoSe
EPoSe rewards registered Service Nodes for proven network services. The protocol evaluates valid attestations recorded on the blockchain and determines which nodes qualify for reward rotation.
Registered Service Nodes provide network services during each epoch.
Protocol-selected verifiers check service responses and submit signed attestations.
After qualification is finalized, eligible Service Nodes enter the protocol's deterministic reward rotation.
EPoSe origin
Xecute developed the original EPoSe vision and contributed the Qwertycoin service-layer whitepaper. That work laid the foundation for rewarding useful network services.
Service Nodes
Every full node verifies and relays blockchain data. A registered Service Node also participates in EPoSe and can qualify for service rewards.
| Normal node | Service Node |
|---|---|
| Verifies blocks and transactions, synchronizes the chain and relays data. | Performs the same node functions and provides registered EPoSe services. |
| Operating a regular node alone does not earn EPoSe rewards. | Can qualify for service rewards through valid service attestations. |
| Can be operated independently of mining. | Requires EPoSe registration and service proofs, without QWC staking. |
Verifies blocks and transactions, synchronizes the chain and relays data.
Performs the same node functions and provides registered EPoSe services.
Operating a regular node alone does not earn EPoSe rewards.
Can qualify for service rewards through valid service attestations.
Can be operated independently of mining.
Requires EPoSe registration and service proofs, without QWC staking.
Mining
Contribute computing power to Qwertycoin. RandomX miners produce blocks at a target interval of 120 seconds.
Connect compatible RandomX mining software to a QWC node or a supported mining pool.
Mining secures block production. EPoSe separately rewards registered nodes for proven network services.
Official Qwertycoin pool
The official pool provides transparent PPLNS accounting, live statistics and automatic payouts. Your QWC payout address is your pool account; the pool never asks for wallet keys.
The block subsidy is split 90% to mining and 10% to EPoSe service rewards. Transaction fees remain with the miner.
From the mining rewards distributed through the official pool, 5% funds Qwertycoin development and pool operations; exactly 95% is allocated to participating miners before each account's payout transaction fee.
EXCHANGES
Find an exchange that lists Qwertycoin.
TRADING PAIR
QWC / USDT
TRADE QWCExternal exchange · neoxa.exchange
Wallets
The first public QWC test phase is open. The Web Wallet, Qwertycoin GUI 2.0.4, Core v2.0.4 command-line tools, the official Docker image and source code are available now.
Download the current Qwertycoin GUI from the official GitHub release. GUI v2.0.2 users must install v2.0.4 once with the direct download because the v2.0.2 updater cannot follow GitHub's release-asset redirect. The Windows Setup and macOS DMG are the preferred installers; portable ZIP and TAR.GZ packages remain available as alternatives. Verify the download and checksum before use.
Tested on the Windows Server 2025 runner · unsigned; older Windows versions were not verified
macOS 15 or newer
GLIBC 2.35 compatibility ceiling
Integrity note: SHA256SUMS verifies downloaded bytes, not publisher identity. Linux and Windows are unsigned; macOS is ad-hoc signed and not notarized.
Official Qwertycoin packages containing qwertycoind, qwertycoin-wallet-cli and qwertycoin-wallet-rpc. Verify the archive and checksum before use; release notes and audit status are documented with each GitHub release.
Tested on the Windows Server 2025 runner; no broader legacy-Windows claim
macOS 15 or newer
GLIBC 2.35 / GLIBCXX 3.4.30 compatibility ceiling
Integrity note: SHA256SUMS verifies downloaded bytes, not publisher identity. Linux and Windows are unsigned; macOS is ad-hoc signed and not notarized.
Run the verified Core release as a non-root Linux/amd64 container. Mainnet and the daemon are the defaults; the persistent named volume keeps chain data across container updates.
docker pull docker.io/qwertycoin/qwertycoin:latest
docker run -d --name qwertycoind --restart unless-stopped \
-v qwertycoin-chain:/data -p 8196:8196 \
docker.io/qwertycoin/qwertycoin:latest
The latest tag tracks the newest stable image. Audited production deployments may pin its image digest. Only P2P port 8196 is published below; administrative RPC is not exposed. Wallet and EPoSe identity data need separate protected volumes and the full quickstart.
Send, receive and manage QWC directly in your browser.
Explore the core software, build it yourself and contribute on GitHub.
Network
Current blockchain and EPoSe data.
Questions & answers
Qwertycoin (QWC) is a privacy-focused cryptocurrency with RandomX proof-of-work mining and EPoSe rewards for proven network services.
Open the official Web Wallet to create or restore a wallet for the current network and follow its safety instructions. Restoring a current-network wallet is not a way to import balances from the legacy blockchain. The main website never processes wallet keys.
No. RandomX miners produce blocks and secure the blockchain. EPoSe adds rewards for proven network services.
An epoch is the block period used to assess EPoSe service activity. It currently spans 720 blocks, approximately 24 hours at the target block interval.
A qualified Service Node has met the protocol's requirements for valid attestations in the relevant epoch and is eligible for service-reward selection. The technical quorum is at least ceil(2 x actual committee size / 3).
The EPoSe protocol. Every full node applies the same rules to valid on-chain registrations and attestations to verify eligibility and reward selection.
No. Participation requires EPoSe registration and the required service proofs, not locked QWC as stake.
Yes. Each Service Node needs its own valid registration and must meet the protocol's service requirements. Admission proof makes cheap identity creation harder.
EPoSe rewards proven service rather than locked stake. Service Nodes verify blockchain data like other full nodes, while RandomX miners perform proof-of-work block production.
No. Balances from the legacy Qwertycoin blockchain cannot be imported, transferred or credited to the current network. Qwertycoin launched a separate blockchain with a fresh genesis in 2026. Updating a wallet, synchronizing it or entering an old seed does not move coins between these networks.
Wallets built for the legacy blockchain are not compatible with the current network. Download a supported wallet through the official Qwertycoin website and create a wallet for the current network. This does not recover or transfer an old balance. Keep existing wallet backups and private keys secure.
Transition plans were already being discussed in 2023. The transition was inspired by the community and agreed jointly by community members and developers. It included a 1,000:1 swap, a different mining algorithm and a rebuild to address the problems of the legacy codebase dating back to 2018. Support for maintaining the old network had also declined, leaving its infrastructure dependent on too few operators. The separate 2026 blockchain uses RandomX Proof of Work and implements the long-awaited EPoSe service-node qualification and reward mechanism on a renewed codebase.
No. The 1,000:1 ratio refers to the community's historical swap proposal. It is not an exchange service available for balances remaining on the legacy blockchain. An old wallet balance does not create a claim to that balance divided by 1,000 on the current network.
Keep the wallet file, seed and private keys secure. Never disclose your seed or private keys to anyone offering to migrate or recover the balance. If you also have a full backup of the legacy blockchain, contact the project through its official channels. A blockchain backup is different from a wallet backup; do not send wallet files or secret keys.
The current project cannot import that legacy balance into the new blockchain. To participate in the current network, use a supported wallet from the official Qwertycoin website. Check official project announcements regularly, as significant network changes can require action from holders.
Not simply because the network was relaunched. Old wallet files and private keys have not been universally invalidated. Keys alone do not contain the blockchain history needed to locate and verify a balance. The current team no longer holds a copy of the legacy blockchain, no longer operates that infrastructure and is not aware of a surviving active full node. This does not prove that no private backup exists. Legacy wallets are not supported on the 2026 network, and their old balances cannot be imported into it.
A complete, intact copy of the legacy blockchain could allow its history to be restored using compatible software and shared with other nodes. One surviving full copy can be enough to preserve that history. Processing new transactions would also require miners and a functioning network. A wallet file or seed alone cannot reconstruct the entire blockchain. Restoring the old chain would only restore the legacy network; it would never transfer its coins or balances into the 2026 network. Recovery cannot be guaranteed without examining the available blockchain data and software.
Following discussions that began in 2023, the community-inspired transition was agreed jointly with the developers. The temporary transport token created in 2025 was intended to represent participating holders' balances during the transition and make a possible future allocation easier to account for if a successor network was launched. Its purpose was to preserve a route for participants from the original Qwertycoin project launched in 2018 to become involved again.
This historical purpose is not a promise of a current or future payout, and token balances are not automatically redeemable on the current network. Possible participation for transition-token holders remains in the planning stage; any confirmed arrangements will be announced through official channels. Legacy-chain balances and transition-token holdings are separate matters. Neither a restored old wallet nor the historical 1,000:1 ratio creates an automatic balance on the 2026 chain.
A blockchain needs people to run nodes, store and distribute its history, maintain software and mine blocks. These activities require time, equipment, electricity and, for hosted infrastructure, ongoing server costs. Buying QWC from another holder on an exchange pays the seller; it does not automatically fund development or infrastructure. An offline wallet protects keys but does not keep the network running.
According to the project team, independent support for the old network gradually disappeared. By its final operating period in 2025, only two active servers were known to remain; these were eventually shut down because of the lack of users and activity. Voluntary operators cannot be expected to cover costs indefinitely.
The 2026 network combines RandomX Proof of Work with EPoSe, which rewards qualifying service-node operators for contributing infrastructure. This encourages independent participation but does not eliminate operating costs, guarantee profitability or replace miners and an active community.
No. The 2026 network launched without a premine or a reserved developer allocation. Developers' legacy balances were not automatically carried over either. The same protocol rules apply to developers and other participants: coins must be acquired or earned under the current network's rules, including mining or qualifying service-node rewards. This does not mean that everyone suffered the same losses, has the same resources or achieves the same mining results. The new technical foundation does not erase losses from the old network.
Roadmap
Track the progress of Qwertycoin's network, wallets and developer tools.
RandomX network and core QWC functionality are live. Operators continue to maintain and improve the network.
Registration, service attestations, qualification and reward rotation are part of the current QWC network.
Monitoring, maintenance and operational improvements continue as regular network work.
The Web Wallet is available. PWA behavior, desktop software and additional tools keep their own status.
Core source code is available. Additional documentation, APIs and operator resources are tracked separately.
Extended services remain research topics and are not presented as current product functions.
History
Qwertycoin began in 2018. Today's network builds on that history with RandomX and EPoSe.
QWC began as a CryptoNote-based community privacy coin with early wallet, explorer, community and infrastructure efforts.
From 2019 to 2023, the project explored fair mining and network-service rewards alongside wallets, nodes and infrastructure. Xecute's EPoSe work shaped the vision of rewarding useful network services.
The token phase is part of Qwertycoin's history and separate from today's QWC network.
Qwertycoin starts a new network with private payments, RandomX mining and EPoSe service rewards.
Developers
Explore the core code, build the software and contribute improvements on GitHub.
Build and release information is tracked with the core repository and published resources.
Run a public EPoSe Service Node with the current Core operator guide. Open the EPoSe operator guide
Community
Follow development, explore the network and help shape Qwertycoin's next steps.