Tokenized equity,
mined at the speed of light.
REFORGED pairs every tokenized stock with a decentralized GPU economy - superintelligence, routed to the many, not the few. RWA trading fees route into the treasury, the treasury buys compute, and miners burn GPU cycles to mint protocol rewards - real revenue, settled on-chain, every epoch.
Compiled yield, not interpreted.
Unlike ponzu emissions that print tokens from nothing, REFORGED compiles real-world asset activity into miner rewards ahead of every epoch - every fee, every trade, every settlement lowered to a deterministic on-chain pipeline with zero discretionary overhead.
Fee-Level IR
Every tokenized-stock trade is lowered to a minimal fee-flow intermediate representation - a pure dataflow graph of value movement with no off-chain accounting overhead.
Treasury-Aware Routing
The router applies split, escrow, and buyback passes tuned per epoch - treasury inflows are scheduled the way a compiler schedules kernels, not the way a multisig vibes.
Zero-Discretion Minting
Epoch rewards are emitted directly from the verified compute proof - no team dial, no governance theater, no excess emissions beyond what RWA revenue covers.
Hyperscale Mining OS
REFORGED dynamically schedules and load-balances proof-of-inference workloads at any scale - from a single 4090 in a San Diego garage up to clusters of heterogeneous compute - pricing every job against live RWA fee revenue so miners always mine against real demand.
Heterogeneous Compute
Mining across CPUs, GPUs, and ASICs delivers maximum verified throughput and superior cost-per-proof. Whatever silicon you own, it mines.
Dynamic Job Balancing
The scheduler continuously monitors utilization across every node and redistributes inference jobs in real time - bottlenecks get compiled away, not waited out.
Revenue-Backed Emissions
Nodes spin up as RWA volume fluctuates. When equity trading is hot, miner rewards scale with it - emissions are a function of fees, never of inflation schedules.
RWA activity generates compute demand.
Compute demand generates revenue.
Tokenized stocks trade on-chain
Every buy and sell of an on-chain equity - $TSLAx, $NVDAx, $SPYx - generates protocol fees in native settlement.
Fees split at the router, atomically
40% compounds in the treasury, 40% funds the miner reward pool, 20% buys back and burns the reward token. One transaction, no discretion.
Treasury purchases verified compute
The treasury is a standing buyer of GPU inference - settlement oracles, risk models, and market-making for the RWA pairs all run on miner silicon.
Miners mint against real demand
Proof-of-inference work is verified on-chain and paid from fee revenue. The more stocks trade, the more compute is needed, the more miners earn. The wheel turns.
Unmatched capital efficiency
Our compiler-first treasury eliminates idle capital entirely. Fees routed through REFORGED consistently outperform passive RWA treasuries on standard benchmarks.
Choose your lane
Permissionless Mining
Point any GPU at the pool. Verified inference jobs, pro-rata epoch payouts, scale-to-zero when you're offline.
- Proof-of-inference verification on-chain
- Epoch payouts every 6 hours, auto-compounded
- Heterogeneous: GPU, ASIC, CPU lanes
- No minimum stake - silicon is the stake
- Rewards denominated in fee revenue, not inflation
Treasury Staking
Stake reward tokens into the treasury vault and earn a share of the 40% fee accrual plus buyback-and-burn appreciation.
- Direct claim on treasury fee inflows
- 20% of all fees buy back & burn the reward token
- ERC-4626 vault, withdraw any epoch
- Governance over compute purchasing
- Audited splits, deterministic routing