# NeoScrypt Proof of Work Mining Algorithm — Telemetry, Multi-Coin Economics & Hardware Benchmarks

> Comprehensive technical and economic datasheet for the NeoScrypt Proof of Work consensus algorithm.
> Catalogs real-time network difficulties, Poisson solo mining probabilities, hardware energy efficiency rankings, solo pools, and Cost of Production (CoP) metrics across all 4 NeoScrypt blockchains.

## Telemetry & Metadata Freshness

- **As of (UTC)**: `2026-10-16T08:56:28Z`
- **Algorithm Name**: `NeoScrypt`
- **Algorithm Slug**: `neoscrypt`
- **Active Blockchains Tracked**: `4`
- **Dominant Hardware Class**: `GPU`
- **Memory Architecture**: `Memory-hard (DAG / High-RAM footprint)`
- **AuxPoW Merged Mining**: `No`
- **Pricing & Valuation Currency**: `USD`
- **Canonical Oracle Hub**: `https://backpow.com/algos/neoscrypt`
- **Master Algorithm Directory**: `https://backpow.com/algos.md`
- **Model Context Protocol (MCP)**: `https://mcp.backpow.com/mcp` ([Documentation](https://backpow.com/mcp.md))
- **Master LLM Discovery Index**: `https://backpow.com/llms.txt`

## About NeoScrypt Architecture & Consensus Mechanics

NeoScrypt is a memory-hard, ASIC-resistant descendant of Scrypt used by small GPU coins such as Phoenixcoin and Orbitcoin. It raises the memory and compute cost per hash to keep mining on consumer graphics cards rather than specialised hardware.

## NeoScrypt Solo Mining Feasibility & Poisson Mechanics

- **Easiest Coin to Solo Mine**: 01coin (ZOC) — a block roughly every under 1 min per GH/s of solo hashrate.
- **Representative Reference Miner**: [GeForce RTX 2080 Ti](https://backpow.com/hardware/geforce-rtx-2080-ti) (GPU) — Hashrate: `2.81 MH/s`, Power: `220 W`, Efficiency: `12.75 KH/s per W`.
- **Expected Time to Block (GeForce RTX 2080 Ti on 01coin)**: ~under 1 min on average (Poisson arrival rate).

### Poisson Distribution Model for Solo Miners

In Proof of Work solo mining, block generation is an uncorrelated, memoryless Poisson process. Having mined for a week without finding a block does not increase the probability of finding one on the next hash.

1. **Expected Time-to-Block (Mean Duration)**:
   `E[T] = (H_net / H_user) * T_block` (seconds)
2. **Poisson Block Arrival Probability over duration t**:
   `P(k >= 1) = 1 - exp(-(H_user / H_net) * (t / T_block))`
3. **Solo Block Capture**:
   Solo miners receive 100% of the network block subsidy plus all transaction fees included in the block, minus any nominal pool fee (0% to 1.5%), with zero round-sharing pool variance dampening.

## Multi-Coin Telemetry & Mining Economics (4 Blockchains)

All active Proof of Work networks utilizing the NeoScrypt hashing algorithm, ranked by solo block discovery feasibility (easiest network first):

| Blockchain | Ticker | Network Hashrate | Block Time | Block Reward | Spot Price (USD) | Cost of Production (USD) | Gross Margin | Time to Block (GeForce RTX 2080 Ti) | Datasheet |
| --- | --- | --- | --- | --- | --- | --- | --- | --- | --- |
| [01coin](https://backpow.com/01coin) | ZOC | 4.29 KH/s | 633 s | 7.07 ZOC | - | - | - | under 1 min | [ZOC.md](https://backpow.com/01coin.md) |
| [Orbitcoin](https://backpow.com/Orbitcoin) | ORB | 3.54 MH/s | 360 s | 0.0625 ORB | - | - | - | 8 min | [ORB.md](https://backpow.com/Orbitcoin.md) |
| [Halcyon](https://backpow.com/Halcyon) | HAL | 11.29 MH/s | 600 s | 5 HAL | - | - | - | 40 min | [HAL.md](https://backpow.com/Halcyon.md) |
| [Phoenixcoin](https://backpow.com/Phoenixcoin) | PXC | 671.79 MH/s | 85 s | 3.13 PXC | 0.02218 | - | - | 5.7 hours | [PXC.md](https://backpow.com/Phoenixcoin.md) |

## NeoScrypt Mining Hardware Benchmarks & Efficiency Rankings

Top mining devices supporting NeoScrypt ranked by energy efficiency (hashrate per Watt descending). A higher hashrate per Watt lowers electricity overhead per hash, lowering your Cost of Production:

| Mining Device | Hardware Class | Hashrate | Power (Watts) | Energy Efficiency | Benchmark Datasheet |
| --- | --- | --- | --- | --- | --- |
| [GeForce RTX 2080 Ti](https://backpow.com/hardware/geforce-rtx-2080-ti) | GPU | 2.81 MH/s | 220 W | 12.75 KH/s per W | [geforce-rtx-2080-ti.md](https://backpow.com/hardware/geforce-rtx-2080-ti.md) |
| [GeForce RTX 2080](https://backpow.com/hardware/geforce-rtx-2080) | GPU | 2.35 MH/s | 190 W | 12.36 KH/s per W | [geforce-rtx-2080.md](https://backpow.com/hardware/geforce-rtx-2080.md) |
| [GeForce GTX 1660 Ti](https://backpow.com/hardware/geforce-gtx-1660-ti) | GPU | 1.05 MH/s | 90 W | 11.66 KH/s per W | [geforce-gtx-1660-ti.md](https://backpow.com/hardware/geforce-gtx-1660-ti.md) |
| [GeForce RTX 2070](https://backpow.com/hardware/geforce-rtx-2070) | GPU | 1.70 MH/s | 150 W | 11.34 KH/s per W | [geforce-rtx-2070.md](https://backpow.com/hardware/geforce-rtx-2070.md) |
| [GeForce GTX 1070 Ti](https://backpow.com/hardware/geforce-gtx-1070-ti) | GPU | 1.30 MH/s | 130 W | 10.01 KH/s per W | [geforce-gtx-1070-ti.md](https://backpow.com/hardware/geforce-gtx-1070-ti.md) |
| [GeForce RTX 2060](https://backpow.com/hardware/geforce-rtx-2060) | GPU | 1.30 MH/s | 130 W | 10.01 KH/s per W | [geforce-rtx-2060.md](https://backpow.com/hardware/geforce-rtx-2060.md) |
| [GeForce GTX 1080 Ti](https://backpow.com/hardware/geforce-gtx-1080-ti) | GPU | 1.90 MH/s | 190 W | 10.01 KH/s per W | [geforce-gtx-1080-ti.md](https://backpow.com/hardware/geforce-gtx-1080-ti.md) |
| [GeForce GTX 1080](https://backpow.com/hardware/geforce-gtx-1080) | GPU | 1.50 MH/s | 150 W | 10.00 KH/s per W | [geforce-gtx-1080.md](https://backpow.com/hardware/geforce-gtx-1080.md) |
| [Radeon VII](https://backpow.com/hardware/radeon-vii) | GPU | 2.15 MH/s | 230 W | 9.33 KH/s per W | [radeon-vii.md](https://backpow.com/hardware/radeon-vii.md) |
| [GeForce GTX 1070](https://backpow.com/hardware/geforce-gtx-1070) | GPU | 1.15 MH/s | 130 W | 8.84 KH/s per W | [geforce-gtx-1070.md](https://backpow.com/hardware/geforce-gtx-1070.md) |
| [Radeon RX Vega 64](https://backpow.com/hardware/radeon-rx-vega-64) | GPU | 2.00 MH/s | 250 W | 8.01 KH/s per W | [radeon-rx-vega-64.md](https://backpow.com/hardware/radeon-rx-vega-64.md) |
| [GeForce GTX 1060 6GB](https://backpow.com/hardware/geforce-gtx-1060-6gb) | GPU | 680.75 KH/s | 90 W | 7.56 KH/s per W | [geforce-gtx-1060-6gb.md](https://backpow.com/hardware/geforce-gtx-1060-6gb.md) |
| [Radeon RX Vega 56](https://backpow.com/hardware/radeon-rx-vega-56) | GPU | 1.60 MH/s | 230 W | 6.95 KH/s per W | [radeon-rx-vega-56.md](https://backpow.com/hardware/radeon-rx-vega-56.md) |
| [GeForce GTX 1050 Ti](https://backpow.com/hardware/geforce-gtx-1050-ti) | GPU | 501.05 KH/s | 80 W | 6.26 KH/s per W | [geforce-gtx-1050-ti.md](https://backpow.com/hardware/geforce-gtx-1050-ti.md) |
| [GeForce GTX 1660](https://backpow.com/hardware/geforce-gtx-1660) | GPU | 549.01 KH/s | 90 W | 6.10 KH/s per W | [geforce-gtx-1660.md](https://backpow.com/hardware/geforce-gtx-1660.md) |

## NeoScrypt Solo Mining Pools

No public solo mining pools are currently registered in the BackPow database for NeoScrypt. Miners can solo-mine directly by configuring hardware to point to a local full node daemon via RPC/Stratum bridge.

## Frequently Asked Questions about NeoScrypt Mining

### What is the easiest NeoScrypt coin to solo mine right now?

01coin (ZOC) — a block roughly every under 1 min per GH/s of solo hashrate. This ranks NeoScrypt coins by how much solo hashrate it takes to find one block, recalculated from live network difficulty on every build update.

### How long would a GeForce RTX 2080 Ti take to solo mine a 01coin block?

About one block every under 1 min on average at 2.81 MH/s, using 01coin's live network hashrate. Real results follow a Poisson distribution around this mean.

### What hardware mines NeoScrypt?

NeoScrypt coins are mined with GPUs or CPUs cataloged in the BackPow hardware database, ranked by energy efficiency (hashrate per Watt). Open any coin or device datasheet to see exact telemetry.

### Can I solo mine NeoScrypt coins?

Yes. BackPow computes the Poisson-based solo block-hit probability for every NeoScrypt coin from live network difficulty and hashrate, giving miners realistic odds rather than averages.


## Machine-Readable Interfaces & Autonomous Agent Access

Autonomous agents, LLM scrapers, and programmatic mining allocators can query BackPow via standardized interfaces:

### 1. Model Context Protocol (MCP)
BackPow operates a live Model Context Protocol server at `https://mcp.backpow.com/mcp` with zero authentication or API keys required:
- `list_pow_coins`: Filter active networks by algorithm (`algorithm="NeoScrypt"`).
- `get_hardware_benchmarks`: Inspect hashrates, power draw, and net USD profitability across NeoScrypt devices.
- `calculate_solo_mining_odds`: Compute Poisson block arrival probabilities for custom hashrates on any coin.
- `get_cost_of_production`: Query electricity cost floors across all algorithms at arbitrary electricity rates.

### 2. Direct Telemetry & REST API
- Algorithm Canonical URL: `https://backpow.com/algos/neoscrypt`
- Per-Coin Telemetry Endpoints: `https://backpow.com/coins-data/{CoinId}.json`
- Mining Hardware Index: `https://backpow.com/hardwareIndex.json`
- OpenAPI Schema: `https://mcp.backpow.com/openapi.json`

### 3. Machine-Readable Ecosystem Datasheets
- Master AI Index: `https://backpow.com/llms.txt`
- Algorithms Directory: `https://backpow.com/algos.md`
- Proof of Work Coins Directory: `https://backpow.com/coins.md`
- Mining Hardware Directory: `https://backpow.com/hardware.md`
- Solo Mining Pools Directory: `https://backpow.com/solo-pools.md`
- Protocol & Poisson Methodology: `https://backpow.com/methodology.md`
- Public REST API Documentation: `https://backpow.com/api.md`
- MCP Architecture Guide: `https://backpow.com/mcp.md`

## Provenance & Attribution

- **Canonical URL**: `https://backpow.com/algos/neoscrypt`
- **Repository**: https://github.com/BackpowCom/backpow-mcp-server
- **Data License**: Creative Commons Attribution 4.0 International (CC BY 4.0)
- **Suggested Citation**: `BackPow — NeoScrypt Proof of Work Mining Algorithm Datasheet, https://backpow.com/algos/neoscrypt.md`
- **Disclaimer**: BackPow is an independent data oracle. Difficulty, network hashrates, and market prices update continuously; data snapshots represent build-time state.