Proof of Work for Tensor Hardware.
Exact int8 computation. Small work claims. Fast verification.
requantization
across 8 layers
tensor network
(TNet)
and sources
Built on research. Verified in code.
Requant is a proof of work cryptocurrency built around eight layers of exact int8 computation. Miners batch rows on tensor hardware. Nodes verify a winning piece by recomputing one row.
Each attempt starts with inputs derived from a block header and nonce. Eight matrix layers are separated by exact integer requantization. Pieces of output rows become tickets in the proof of work lottery.
Explore the researchClear rules. Continuous issuance.
The current testnet rules use a smooth main emission followed by a perpetual tail. A temporary development fund is paid from mined rewards.
Research first. A network next.
View the roadmapTNet v1
Frozen work function and test vectors
Network foundation
Node, UTXO consensus and peer synchronization
Testnet validation
Sustained operation across epoch changes
Review and performance
External review of the work function
Network services, next.
A future MagnetGate integration is intended to connect Requant payments and incentives with network services. Service accounting and the reward model are still to be designed.
Put your hardware to the test.
Run a node, create a testnet wallet, mine with a compatible GPU or inspect the chain.
Pre-alpha testnet. Coins have no value. The network may be reset.