Don't trust the provider — verify the machine.

TensorCash publishes the verifier open source: given a proof, anyone can replay it and confirm which model did the work. Trust is earned by a checkable machine, not granted to an incumbent.

Verify it yourself: https://tensorcash.org/build/#verifiers

AI turns electricity into intelligence. Crypto turns it into value. TensorCash does both at once: one real forward pass answers a prompt *and* mints the coin — the same joules become an answer and a block. Here's how to point a GPU at it. 👇

https://tensorcash.org/blog/how-to-mine/

Two protocol upgrades hit TensorCash mainnet at block 8,000 (~15 July). TIP‑3 binds every proof to the prompt it answered — tighter security, and lower‑entropy inference workloads can now mine. TIP‑2: fully arbitrary CFDs on chain. Update your miner, node, and verifier. 👇

https://tensorcash.org/blog/tip-2-tip-3-mainnet-activation/

⚠️ Node operators: set spv-min-cumulative-tick-per-block=0 in bitcoin.conf and restart before block 11,000, or your node will stop syncing (headers advance, blocks stall). Fix ships in v1.0.4 later today; drop the override after upgrading.

https://tensorcash.org/

Classic proof-of-work burns electricity to prove electricity was burned. TensorCash points the same work at a real forward pass — the proof is just a by-product of answering a real prompt. Same chain security; the joules do a job. 👇

https://tensorcash.org/blog/pow-vs-useful-pow/

TensorCash v1.0.4 is out. VDF cumulative tick self-heals with full RPC visibility, plus amber adjudication semantics, wallet fixes and Linux desktop builds. Operators: upgrade — on v1.0.3 defaults, keep the tick-floor override until you do. 👇

https://github.com/tensorcash/tensorcash/releases/tag/v1.0.4

TensorCash v1.0.5 is out — setting up has never been easier. Prebuilt, public Docker images for GPU mining workers (Hopper + Blackwell) and the full node, plus Linux node builds and macOS (Apple Silicon) miner binaries. No more building from source. 👇

https://github.com/tensorcash/tensorcash/releases/tag/v1.0.5

TensorCash mainnet, six weeks in: implied throughput has climbed from ~27 to 100,900 tok/s, and difficulty has retargeted up step by step to keep pace. Our version of hashrate is measured in tokens per second of real inference, not wasted hashes. 👇

https://tensorcash.org/explorer

Your wallet shouldn't ask someone's server what you own. The TensorCash wallet is a full node with a GUI — balances and assets verified locally, not fetched from a backend. Prebuilt for Linux; runs anywhere with Docker (VNC console: off by default, password-gated). 👇

https://tensorcash.org/blog/how-to-run-the-wallet/

⚠️ Wallet setup note: the AI-proof check needs a verifier, and the wallet doesn't come pointed at one — you set it yourself. Run the open-source verifier on your own GPU, or point your node at a verification service you trust: VALIDATOR_HTTP_URL=https://your-verifier 👇't ask someone's server what you own. The TensorCash wallet is a full node with a GUI — balances and assets verified locally, not fetched from a backend. Prebuilt for Linux; runs anywhere with Docker (VNC console: off by default, password-gated). 👇

https://tensorcash.org/blog/how-to-run-the-wallet/#wiring-up-verification-it-has-to-be-real

Meet COMPUTE — the first asset issued on TensorCash. Real AI inference is the work that secures the chain, so as compute grows, difficulty becomes a live on-chain tracker of AI-inference activity. COMPUTE is the clearest way to see the asset-issuance platform in action. 👇

https://tensorcash.org/blog/tokenised-difficulty-options/

A miner ran the committed model at fp8 on a smaller GPU and submitted the proof as bf16. Full verification reran the model at bf16: the p-values collapsed, both blocks were assigned zero work, and the chain never extended them. Trust in action. 👇

https://tensorcash.org/blog/catching-a-quantized-miner/