Original Author: KarenZ, Foresight News
Hash is trying to reinvent something that seems quite outdated: mining. The difference is, this time you don't need mining rigs or a data center. Just open a browser tab, and you can use your GPU to participate in a PoW issuance experiment written on the Ethereum mainnet.
On May 11th, Beijing time, Hash's official X account announced that Hash had started trading on Uniswap after the Genesis stage ended. Its market cap reached a peak approaching $9 million and has since retracted to around $4 million.
It's important to note first that although Hash has clearly designed rules and combines narratives of browser mining, the Ethereum mainnet, and post-quantum concepts, it is essentially a new, highly volatile project that has just completed its Genesis phase and entered the trading stage. The current price of $0.19 represents a more than 5x increase from the Genesis price of $0.03. Investors should still approach with caution.
What exactly is Hash?
Hash's official website defines it as a "post-quantum browser-mineable token on the Ethereum mainnet." It is an ERC-20 token deployed on the Ethereum mainnet, with the following key selling points:
- Mining is accessible directly from a browser, requiring no client downloads and not emphasizing GPUs;
- Total supply capped at 21 million, clearly borrowing Bitcoin's scarcity narrative;
- The project emphasizes that the contract is non-upgradeable, has no team treasury, no pre-mining, and no admin keys; issuance rules are executed directly by the contract.
- Emphasizes post-quantum security.
In other words, the project's key message is to first lock in the issuance rules, then let the market and miners take over.
How do the rules work?
The barrier to understanding this mechanism isn't as high as it might seem. You can think of it as a simplified on-chain guessing game.
Each miner address receives a challenge bound to it. The user continuously tries different nonces in the browser, locally brute-forcing keccak256 computations. Upon finding a sufficiently small result, they submit it to the chain. The contract only does two things: verifies if the result is correct, and if it meets the current difficulty, mints the corresponding amount of Hash.
There are several key design elements in these rules.
First, the challenge is bound to the miner's address; even if others see your answer in the mempool, they cannot directly steal it.
Second, an epoch rotates every 100 blocks, approximately 20 minutes, reducing the benefit of hoarding answers in advance.
Third, each (miner, nonce, epoch) combination can only be used for minting once.
Fourth, the protocol sets a hard cap of 10 mints per block to prevent sudden excessive issuance at any moment.
This means the most crucial point is "first to compute gets the reward." But to prevent answer theft, the system gives each participant a puzzle tied to their own wallet address. Even if someone sees you're close to solving it, they can't directly use your result to claim tokens. Furthermore, this puzzle changes regularly, so you can't stockpile old answers for later use.
In terms of issuance schedule, Hash tries to align closely with Bitcoin. The whitepaper states that the base reward in era 1 is 100 Hash per mint. Every cumulative 100,000 mints advances to the next era, and the reward halves.
The difficulty adjusts every 2,016 mints, aiming to pull the network's production rate back to the target rhythm of "approximately 1 mint per minute." The official estimate is that if running at this target rate, it would take about 290 days to mine all tokens.
The total supply is also predetermined, capped at 21 million tokens. Of these, 5% were sold in the initial Genesis stage; 5% were allocated to bootstrap trading pool liquidity, injected into a Uniswap V4 liquidity pool along with the raised ETH; the majority of the remaining supply is to be gradually produced through subsequent "mining."
From the issuance schedule and token allocation, it can be seen that the first 10 million tokens allocated for mining represent the fastest release phase. This phase alone accounts for 47.6% of the total supply and 52.9% of the entire mining supply. In other words, Hash's release is very front-loaded. It's not a slow, gradual release later on, but rather a large early release that quickly tapers off.
Extrapolating based on the whitepaper's target rate, if it were consistently maintained at 1 mint per minute, the progression would roughly be:
- Day 1: ~1,440 mints, releasing 144,000 Hash.
- 7 days: ~10,080 mints, releasing 1,008,000 Hash.
- 30 days: ~43,200 mints, releasing 4,320,000 Hash.
- ~69.4 days: Completes the first 100,000 mints, entering the first halving.
- ~138.9 days: Enters the second halving.
- ~208.3 days: Enters the third halving.
- ~294 days: Nearly all mined.
This extrapolation is crucial. Hash's new mining supply in just the first week would be close to the entire 1.05 million tokens sold during Genesis. Of course, the difficulty will adjust.
Why does it consistently emphasize "Quantum-Resistance"?
This is where Hash most wants to differentiate itself from most projects.
The project team's argument is that Hash mining relies on hash primitives like keccak256. Theoretical cryptographic puzzles based on hashing, when faced with quantum computing, are primarily affected in terms of "search efficiency improvement," unlike some elliptic curve systems which could be directly broken. The whitepaper also explicitly mentions that Grover's algorithm brings a square-root speedup, but this can be countered by increasing difficulty; Shor's algorithm does not directly target these hash-based puzzles.
Hash's team also uses Vitalik's mention of SPHINCS- reference code as an entry point, emphasizing that the latter is also built on hash families like SHA3/keccak256, and Hash has already integrated these primitives into its issuance and verification processes. In simpler terms: some of the underlying building blocks discussed in the Ethereum community for post-quantum cryptography overlap with what Hash is already using. Hash aims to leverage this angle to demonstrate it's not just an ordinary "browser mining" gimmick, but rather an issuance experiment aligned with Ethereum's post-quantum security narrative.
This, of course, does not mean Hash has already become some form of "post-quantum asset," but it does help the project carve out a slightly more substantial position than simple memes or fair launches.
Overall, Hash's appeal lies in the combination of several points: browser-accessible mining, predetermined total supply, clear halving mechanism, transparent liquidity rules, all layered with the "post-quantum" narrative leaning more towards infrastructure.
Of course, what makes Hash most attractive right now is also its greatest source of risk. The small initial circulating supply makes it easy to drive rapid price increases; but similarly, due to the concentrated mining release and significant early-casher profits, if subsequent buying pressure cannot keep up, price volatility will be extremely intense. In other words, what Hash needs to watch going forward isn't just short-term hype, but also miner participation, genuine trading depth, and whether the market can continuously absorb the new supply. In this regard, it remains a new project with high risk and high volatility.
