HASHPOWER MARKET
Hashpower Market
Kronex is designed as an infrastructure marketplace rather than a marketplace for one specific resource. The network can support multiple specialized markets operating simultaneously.
01 · WHAT IT COORDINATES
What it coordinates
Proof-of-Work becomes one of the compute resources available through Kronex.
Users can purchase computational work and route it toward compatible external networks.
02 · ALGORITHMS
Algorithms
Possible markets includeplanned
- SHA256
- Scrypt
- kHeavyHash
- Blake3
- RandomX
- Etchash
- other supported algorithms
Mining works today: kHeavyHash direct, and merged from SHA256d, Scrypt, KawPoW and Equihash work. The market for buying that work is what this page describes, and it is planned.
03 · HOW AN ORDER IS EXPRESSED
How an order is expressed
Orders can contain execution requirements instead of simply transferring value. This transforms an ordinary transaction into a programmable infrastructure request.
ILLUSTRATIVE ORDER — SCHEMA NOT FINAL
Fig. 01 — hashpower order
The resource is fixed to this market; the remaining fields are the order a buyer expresses.
04 · DELIVERED WORK, NOT ADVERTISED CAPACITY
Delivered work, not advertised capacity
Hashpower is measured as delivered computation rather than simply advertised capacity.
05 · HOW DELIVERY IS VERIFIED
How delivery is verified
The verification model can differ by market while settlement remains coordinated through Kronex.
| Market | Settled against |
|---|---|
| Hashpower | accepted computational work |
VerifiedIllustrative
order 0x9c31…a70f
provider 0x2a91…8e03
work delivered accepted work · hashpower
proof execution-receipt · verified
settled 9.40 USDTFig. 03 — execution receipt
06 · WHO PROVIDES IT
Who provides it
The Kronex economy is built around specialized providers.
- Hashpower Provider
- Provides Proof-of-Work computation.
- Gateway Provider
- Connects Kronex orders with external infrastructure.
07 · ROADMAP DEPENDENCY
Roadmap dependency
Phase 7
Hashpower Marketplanned
create a programmable market for verifiable Proof-of-Work computation
- algorithm markets
- hashpower orders
- mining gateways
- external destination routing
- delivered-work accounting
- asset-to-hashpower conversion
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