Provenance Blockchain (HASH)
Provenance Blockchain (HASH) is a layer-1 cryptocurrency, running on the Hash 2 network. We have not yet verified an exchange listing Provenance Blockchain. It ranks #116 by market capitalization at $468.4M as of September 5, 2026. Data last synced September 2, 2026. Buyability grade E in the United States.
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Live price
Fetched from CoinGecko when this page loaded. The Key Metrics table below is a dated snapshot from our last sync, so the two figures will differ.
Decide
Four measurements that decide whether buying Provenance Blockchain is straightforward where you live: who is verified to sell it to you, how wide the spread is, how much of its trading sits on one venue, and how much new supply is about to arrive.
Key Metrics
| Price | $0.00814 |
|---|---|
| 7-day change | −0.7% |
| 30-day change | +1.0% |
| Market cap | $468.4M (rank #116) |
| Fully diluted valuation | $773.2M |
| 24-hour volume | $2,129 |
| Circulating supply | 57.5B HASH (57.5% of max) |
| Maximum supply | 100.0B HASH |
| All-time high | $0.0601 on September 14, 2025, −86.5% since |
More on Provenance Blockchain:Unlock scheduleStaking availability
Key Facts
| Ticker | HASH |
|---|---|
| Category | layer-1 |
| Chains | Hash 2 |
| Market cap rank | #116 |
| Official site | provenance.io |
| CoinGecko | coingecko.com/en/coins/hash-2 |
About Provenance Blockchain
What Provenance Blockchain is
Provenance Blockchain is a public network built specifically for financial assets rather than for general computation. Its documentation describes it as a "public, open-source, and purpose-built network designed to be the premier platform for developing and deploying financial applications," built on the Cosmos SDK and CometBFT (source: Provenance Blockchain documentation, read September 2026). HASH is its native asset, used for fees, staking and governance.
The documentation names three capabilities that define the chain: a financial ledger for transactions, an asset registry for managing digital financial assets, and an integrated decentralized exchange for trading them. That combination is unusual. Most chains provide the ledger and leave registry and exchange to applications; Provenance builds all three into the protocol.
How it works
Consensus is delegated proof of stake in the Cosmos pattern. Holders delegate HASH to a validator, validators produce blocks, and the network applies a 21-day unbonding period when stake is withdrawn.
Fees are where Provenance departs sharply from most networks. Rather than pricing computation in a volatile native unit, the documentation describes a flat, US dollar denominated fee model paid in HASH. A standard token transfer costs $0.025. Settlement fees follow a tiered schedule "starting at 3.5 bps" and fall as volume rises.
Denominating fees in dollars and settling them in HASH separates two things that are usually tangled together. The cost of using the chain stays predictable for a financial institution planning a budget, while the amount of HASH consumed adjusts to the token's price.
Where those fees go is equally specific. Network fees are split 60% to validators and 40% to a pool that funds the HASH Market. Settlement fees go entirely to HASH Market auctions.
The HASH Market is the chain's deflationary mechanism. Assets accumulated by the network are auctioned, and the documentation states that "winning HASH bids are burned from the supply forever." That ties supply reduction to actual settlement activity rather than to a fixed burn schedule.
One live application is worth naming because it demonstrates the design. YLDS, a face-amount certificate registered with the US Securities and Exchange Commission, is issued primarily on the Provenance Blockchain and traded through Figure Markets. A registered security moving on a public ledger is close to the exact use case the chain was built for.
Supply and tokenomics
HASH has a fixed total supply and a staking-linked issuance rule that is unusually aggressive in both directions.
| Item | Value | Source/date |
|---|---|---|
| Total supply | 100,000,000,000 HASH | Provenance documentation, September 2026 |
| Target staking ratio | Approximately 60% of total supply | Provenance documentation, September 2026 |
| Inflation at target | 1% | Provenance documentation, September 2026 |
| Maximum inflation | 52.5%, if staking falls below target | Provenance documentation, September 2026 |
| Standard transfer fee | $0.025, denominated in USD and paid in HASH | Provenance documentation, September 2026 |
| Settlement fees | Tiered, starting at 3.5 basis points | Provenance documentation, September 2026 |
| Network fee split | 60% validators, 40% HASH Market pool | Provenance documentation, September 2026 |
| Settlement fee split | 100% to HASH Market auctions | Provenance documentation, September 2026 |
| Unbonding period | 21 days | Provenance documentation, September 2026 |
100 billion
Total supply
HASH, per the documentation
1%
Inflation at target
when ~60% of supply is staked
$0.025
Transfer fee
USD-denominated, paid in HASH
The inflation rule deserves a second look because the range is extreme. At the 60% staking target, issuance drops to 1% annually. If staked supply falls below that target, inflation climbs toward a ceiling of 52.5%. This is a strong economic incentive to stake, and it means the emission schedule is a function of holder behavior rather than of elapsed time.
Distribution of the 100 billion supply is published as: investors and strategic partners 28%, ecosystem grants 28%, community 25%, DAO treasury 11%, and foundation and team 8%.
History
Provenance grew out of the mortgage and consumer credit business rather than out of crypto-native experimentation, and the architecture shows it. An asset registry, a settlement fee measured in basis points and a fee schedule quoted in dollars are the concerns of a lending desk, not of a decentralized application platform.
Building on the Cosmos SDK and CometBFT gave the network a validator set, delegation and on-chain governance without inventing consensus from scratch, which let the effort concentrate on the custom modules that handle asset lifecycle, marker-based tokens and settlement.
The documentation's own structure reflects that focus. Its learning path runs through the HASH token, the YLDS stablecoin, dapp architecture, custom modules, the asset lifecycle and use cases spanning asset managers, marketplaces and data rooms, rather than through the general-purpose smart contract tutorials that dominate most chain documentation.
Risks and what to watch
Validator concentration matters here as on any delegated proof-of-stake chain. A small set of large operators is a censorship and liveness concern regardless of how the consensus algorithm is specified, and a chain carrying registered securities has more reason than most to care about who can order transactions.
Application concentration is a distinct risk. Provenance's most visible assets come from a single corporate family, and a network whose usage is dominated by one issuer's products inherits that issuer's business risk.
Regulatory dependency runs deep. The chain's purpose is to carry regulated financial instruments, so changes in how securities, real world asset tokenization or transfer agents are supervised affect the chain's usefulness directly rather than at the margin.
Staking is not free of risk. Delegation exposes a holder to a validator's uptime and commission, funds are locked for 21 days when withdrawn, and delegating through an exchange adds that venue's own risk on top.
Frequently asked questions
What is HASH used for?
Paying network and settlement fees, staking to secure the chain, on-chain governance voting, and bidding in HASH Market auctions.
What is the total supply of HASH?
100 billion HASH. The documentation gives the distribution as 28% investors and strategic partners, 28% ecosystem grants, 25% community, 11% DAO treasury and 8% foundation and team.
Why can HASH inflation reach 52.5%?
The rate is tied to how much of the supply is staked. At the roughly 60% target, inflation is 1%. Below that target it rises, up to a maximum of 52.5%, as an incentive to restore the staking ratio.
Is any HASH burned?
Yes. The HASH Market auctions assets accumulated by the network, and the documentation states that winning HASH bids are burned from the supply permanently.
Where can you buy Provenance Blockchain?
HASH is listed on a limited set of venues. See where to buy Provenance Blockchain for availability in your jurisdiction and Exchanges to compare fees and kyc requirements.
Where to Buy Provenance Blockchain
We have not yet verified an exchange listing Provenance Blockchain.
Guides
- Self-Custody vs Exchange Custody: How to Decide
Deciding between self-custody and exchange custody means choosing which failure you would rather be exposed to, a company that loses or freezes your assets or a mistake of your own that nobody can undo, and most people resolve it by splitting holdings rather than picking one for everything.
- How to Verify a Token Contract Address Before You Buy
A token's contract address is its only real identity, so verifying one means getting the address from the project's own official channel, confirming the same address independently from a second source, and checking on a block explorer that the contract is what it claims to be before you trade against it.
- Choosing Your First Crypto Wallet
Choosing a first wallet comes down to one question, whether a company holds your keys or you do, and the right answer depends on how much you hold, how often you move it, and how confident you are about storing a recovery phrase safely for years.
Availability questions
- What is Provenance Blockchain?
- HASH is the native token of Provenance Blockchain, a sovereign L1 public, proof-of-stake blockchain built using the Cosmos SDK.
- Which blockchain is Provenance Blockchain on?
- Provenance Blockchain runs on the Hash 2 network.