Splitchain
One transaction. Its own path. No blocks.
Wallets move each Zucoin transaction through creation, two-way confirmation, and validation. Splitchain then caches the cryptographic result without grouping it into blocks.
Network model
Public cache
Blocks
None
Mining and staking
None
Layer 1 asset
Zucoin
A caching network that works transaction by transaction
Wallets coordinate and validate transfers amongst themselves, while Splitchain caches the results from the wallets in parallel for high-speed wallet lookup checks.
Independent transaction paths
Each transfer follows its own wallet-coordinated validation process without waiting for transactions to be grouped into a block.
Parallel result caching
The Splitchain network caches multiple cryptographic transaction results in parallel, at high speed.
Wallet-based processing
Wallets create, sign, coordinate, inspect, and validate the transaction.
Sender and receiver validation
The sender and receiver both take part, which makes confirmation part of the transaction design.
Lightweight network cache
After settlement, the Splitchain network caches each peer’s latest settled transaction result. This keeps the data needed for the next validation available without one growing chain of blocks.
Publicly inspectable results
Use a public wallet address to inspect supported settled transaction data through Network Explorer.
Not a renamed blockchain
Splitchain was designed from the ground up for Zucoin’s two-way wallet model. It supports public transaction checks by caching each peer’s latest cryptographic result in parallel instead of grouping transactions into blocks.
How the network supports a transfer
Wallets move the transaction from intent to a validated cryptographic result, which is then uploaded to the Splitchain network cache.
Step 1
Create
The sender wallet prepares and signs the first stage of the transaction.
Step 2
Confirm
The receiver wallet validates the request and confirms the supported transaction data.
Step 3
Cache
After settlement, the Splitchain network caches each peer’s latest settled transaction result.
See, understand, and build on the network
Start with the design, follow one transaction, then inspect supported public results.
Network design
See how wallet processing and the latest settled transaction on the caching network fit together.
Read guideTransaction flow
Follow a transfer from the first sender action to the latest cached result.
Read guideQuestions, answered
Clear answers to the questions people ask before they start.
Is Splitchain a blockchain?
No. Splitchain caches transaction results in parallel instead of grouping transactions into blocks. Wallet-coordinated transfers do not wait for a block, which supports high-speed processing and public transaction checks without a growing blockchain.
Does Splitchain use mining?
No. Splitchain does not use mining or staking. Wallets coordinate and validate transfers amongst themselves, while Splitchain caches the results. After settlement, the Splitchain network keeps each peer’s latest settled transaction result available for wallet checks. This avoids an energy-intensive mining race and helps keep normal wallet-to-wallet transfers free of a built-in network fee.
What runs on Splitchain?
Zucoin is the layer 1 digital asset built for Splitchain. The asset, wallet, and caching network were designed together, so features such as two-way confirmation, high precision, wallet-coordinated validation, and parallel result caching are part of one connected system.
Can I inspect network activity?
Yes. Network Explorer requests the latest available settled transaction for a public Zucoin wallet address. It supports independent checks of public information without exposing a wallet backup, private key, or access to the wallet app.
See Zucoin activity around the world
Explore recent worldwide Zucoin usage, transfer activity, and public network statistics.