Future-Proof Money on Solana | Hardhat Chad

ORE began as a Coliseum hackathon experiment to bring fixed-supply issuance and proof-of-work-style mining onto Solana, with self-custody and access to DeFi. Hardhat Chad stresses that ORE is not Bitcoin: it is a different token with a different social network, and its supply curve will evolve in Solana’s environment. He grew skeptical of wrapping Bitcoin through bridges because custodial arrangements can leave users holding IOUs that depend on promises of reserves. He estimates that 99% of Bitcoin transactions are processed and settled through institutions such as Binance, Coinbase, and Robinhood, while Solana offers cheaper, easier transactions and direct DeFi access.

ORE’s first version exposed a different challenge: a bug encouraged miners to spam Solana, and the bottleneck proved to be getting transactions onto the chain, not performing proof-of-work calculations. DeFi also made ORE immediately tradable, unlike Bitcoin in its earliest issuance period, when miners had few obvious ways to sell. V2 shifted the design so computation, rather than transaction-planning bandwidth, would be the limiting resource. Chad says the initial issuance rate of roughly one token per minute created high inflation and pressured ORE’s price, while proof-of-work rewards became concentrated among a few miners. Since miners pay electricity bills in fiat and earn crypto, they often sell rewards, creating a structural value leak for holders.

ORE’s grid mining replaces hashing with a resource-based contest: miners deploy SOL across a 5-by-5 grid, and their resources determine their share of emissions in one-minute rounds. The design aims to reduce wasted computation and the value leakage associated with electricity costs, and Chad says it had performed reasonably well over about eight months. But broad access to emissions remains important to the project’s store-of-value vision, and the current system can be unforgiving: some newcomers stake all their SOL on one tile, lose it, and leave. Planned V4 changes will retain grid mining while making outcomes less all-or-nothing.

ORE sends all collected protocol revenue to buybacks and burns, while minting new tokens for miners, so supply can be deflationary when buybacks exceed emissions and inflationary when emissions exceed them. A 10% tax on claimed rewards is redistributed to miners who have not claimed, aiming to discourage quick flipping and shift tokens toward miners who hold and believe in the project. Chad cautions that no mining mechanism can lift a token’s price by itself; that requires net inflows. The supply and minting limits are fixed at a maximum of 3 million tokens and 2 tokens per minute, with no minimum emission rate, while mining rules can still be changed within those limits. Decayed emissions could fit the constraints, but no such change is planned.

After roughly two dozen or more ORE forks appeared over about two years, many of them rugs, the team accelerated security work. It separated the core mint authority into a new contract and froze components considered unlikely to change; the staking program, which secures about 270,000 tokens worth tens of millions of dollars depending on price, was also frozen to remove upgrade-authority risk. Chad says open-source immutable code and user-controlled keys protect funds even if his own keys are compromised. The team may freeze one or two more components, while leaving room for the community to adjust mining mechanics. ORE also introduced quantum-safe multisig “freezers,” adapting infrastructure built by Solana developer Dean Little, so holders can secure assets with a quantum-resistant key pair. Chad sees quantum computing as a real future risk and wants Solana to investigate post-quantum signatures, including protection for consensus; Danny says he understands that quantum threats are no longer close to taking down Solana.

Chad also argues that stake and geographic distribution matter to Solana’s security, warning that proof-of-stake can concentrate stake over time as larger holders earn more yield, a “Matthew effect.” He favors performant machines over a “toaster network,” but wants many independent parties with vested interests securing the chain, and questions whether 20 nodes in one data center run by one team meaningfully scale self-custody. ORE’s next major technology change is V4, alongside plans for a nonprofit foundation separate from Labs to handle marketing and growth. ORE Labs also intends to investigate on-chain market making to bootstrap liquidity for important pairs, though Chad says getting started could take many months; he considers spot trading and deeper liquidity central to ORE’s role as a medium of exchange.