PAYOUT → REWARD
🧩 Foreword: Payout in the HashBurst Context.
The term payout (or "rewards") refers to the economic rewards distributed by mining pools based on the computational power provided by clusters. The latter, optimized for energy efficiency and scalability, participate in mining by providing their computational capacity. Rewards are then distributed to users inproportion to the contribution of each cluster.
For clarity, we provide below the definition of payout in the meaning most commonly recognized within the mining industry.
đź’° Definition of Payout (Mining Pool).
Payout is the amount of cryptocurrency distributed by a mining pool to participants who have contributed their computing power to the resolution of one or more blocks. When a pool successfully completes the processing of a block and receives the reward provided by the network, it is distributed among the participants proportionally to the work done, measured in valid shares.
In the HashBurst model, this reward is directly related to the performance of the HPC ( High Performance Computing) clusters, which operate in an optimized and intelligent manner , activating power only at the most profitable times.
⚙️ Payout Distribution Mechanism.
Mining pools use several methods to distribute payouts:
- Pay-Per-Share (PPS): Miners receive a fixed payment for each valid share sent, regardless of whether the pool actually finds a block.
- Pay-Per-Last-N-Shares (PPLNS ): Miners are paid based on the number of valid shares sent in the last "N" shares, making the rewards more variable but potentially higher in the long run.
Transparency and Traceability:
A Priority for HashBurst
To ensure maximum transparency and traceability, all payouts generated by the HashBurst system are recorded and made public on the Polygon blockchain.
This process takes place through a proprietary smart contract (link 1 - link 2), developed to automate and secure every transaction between mining pools and user wallets.
This process takes place through a proprietary smart contract (link 1 - link 2), developed to automate and secure every transaction between mining pools and user wallets.
đź”— Real-time Transaction Verification
Thanks to integration with Polygon, any user or verification entity can view in real time the outcome of transactions. This makes it possible to accurately track the payment flows that connect the results generated by the pools to the computing power provided by Hashburst users.
This decentralized chain is not only fully auditable, but also immutable: no information can be modified or manipulated after the fact.
Polygon Public Record Dashboard
The screen below is for illustrative purposes only.
Only links to PolygonScan are active.
All other features—such as search engines and detailed transaction views—
are available exclusively through the active dashboard.
🛡️ Compliance and Security: AML Protection
The use of public blockchain, combined with detailed payout records, allows HashBurst to prove the origin of funds in a certain and verifiable way.
This is essential for compliance with AML (Anti Money Laundering) regulations, as it makes it clear that payments originate from real computing activities carried out in a structured and regulated environment.
⚙️ Enhancing the HashBurst Model
The traceability offered by Polygon is not just a technical requirement, but a strategic element of the Hashburst model. It allows us to:
- Prove the authenticity of payouts
- Ensure consistency between power delivered and rewards received
- Build trust with partners, customers, and investors
- Stand out from the opaque or centralized models typical of the industry
âś… Conclusion
The choice to operate on a public blockchain such as Polygon and the adoption of a proprietary smart contract are central elements of Hashburst's ethical and technological vision.
This architecture not only strengthens the credibility of the system, but also increases its scalability, legal certainty, and perceived value by the market.
Poligon → Payout History and Smart Contract
The entire system has been developed in-house, including a native blockchain, designed to ensure maximum security, speed, and scalability.
