Secure
Run kHeavyHash hardware and turn energy into an independently verifiable ledger.
- BlockDAG consensus
- One-second target cadence
- Mining and Combo rewards
L1 proof-of-work is the security foundation. The L2 GPU market is the growth engine: private model inference paid by autonomous agents in SatK, without asking a platform for permission.
Secure consensus, provide intelligence, or consume it. Bitcoin K is designed as a circular economy where each role creates value for the other two.
Run kHeavyHash hardware and turn energy into an independently verifiable ledger.
Load open models onto GPUs, answer encrypted inference jobs, and compete on price and quality.
Give software a policy-bound wallet so it can purchase intelligence within strict budgets.
ASIC work protects settlement. GPU work delivers useful inference. SatK closes the loop.
L1 mainnet is live. SOLO and PPLNS are operating; automatic PPLNS payouts are enabled. Use the complete mining access guide to select a mode and hashrate tier.
Use a Kaspa-compatible IceRiver or Antminer kHeavyHash machine. No firmware modification is required.
Operators can prepare Linux, container runtime, a supported open model and benchmark evidence.
Design for HTTP 402 payment challenges and policy-bound spending, without surrendering wallet keys.
The Bitcoin K financial loop connects physical PoW miners with autonomous AI agents. Liquidity bridges and decentralized exchange pools provide continuous price discovery, automated market making (AMM) and non-custodial exchange for all participants.
Lock native BTCK on BlockDAG, mint canonical wBTCK on Base & Arbitrum. Zero centralized custodian.
Peer-to-peer trustless swaps between BTCK and major cryptocurrencies powered by native stealth addresses.
Automated micro-liquidity routing allowing AI agents to exchange SatK for real-time model inference seamlessly.
The complete 21 million BTCK subsidy schedule finishes in exactly 1,460 days. After issuance ends, miners and the permanent Combo reserve share transaction fees 50/50.
Hard cap, represented as 2.1 quadrillion SatK.
Exact integer emission quotas with zero rounding drift.
Target block cadence with adaptive difficulty.
Scheduled pooled reward draw under canonical rules.
Phase-one miner, Combo and ecosystem allocation.
Post-emission fee split: immediate miner and Combo.
Centralized APIs set access, billing and regional policy. Bitcoin K's L2 target is different: independent GPU providers publish offers; clients route requests; settlement happens per job.
| ROUTE | ACCESS | PRICE FORMATION | PRIVACY MODEL | STATUS |
|---|---|---|---|---|
| Major hosted API | Account + supported billing | Provider list price | Provider processes prompt | Available today |
| Cloud GPU rental | Account + infrastructure skills | Hourly reservation | User-operated instance | Available today |
| Bitcoin K L2 | Agent-native SatK payment | Open KCU rates, converted per job | Route choice + encrypted transport | Planned marketplace |
KCU expresses useful-work value independently of a changing coin price: 1 KCU references $0.00010 of service value, then a disclosed BTC-K reference converts it to SatK. The bootstrap reference is fixed at $0.05/BTC-K and is not a live market quote. No invented discount is shown. The public beta will publish reproducible cost-per-token and quality comparisons.
Checkpoint #271,828, dual replay, Stage-B approval and signed reproducible release.
Over 1.34M blocks secured by global kHeavyHash ASIC miners; native BlockDAG live.
Production Bitcoin Core JSON-RPC daemon and MiningPoolStats official indexation.
wBTCK cross-chain bridge, Uniswap V3 liquidity pool, distributed GPU inference beta.
Policy-bound agent wallets, HTTP 402 calls and permissionless liquidity routing.