Mainnet is live

The Fusion of EVM & GPU Mining

FusionLayer is a high-performance, fully EVM-compatible Layer-1 blockchain powered by FusionHash GPU mining and EIP-1559 fee burning. Designed for secure DeFi, scalable dApps, and decentralized innovation.

Consensus GPU Mining
Throughput 400+ TPS
Block Time ~5s
Max Supply ~100M
Fee Model EIP-1559
Environment EVM
Live Telemetry

Network Status

Real-time metrics from the FusionLayer mainnet, including the latest block stream, network hash rate, and difficulty targeting.

Avg Block Time
-- s
Network Hash Rate
-- MH/s
fusionscan-cli
>> Initializing network telemetry...
[OK] Connected to wss://rpc.fusionscan.net
>> Awaiting blocks...

Built for Decentralization

Advanced smart contracts meet decentralized GPU mining on a single unified network.

GPU-Powered Security

Secured through decentralized GPU mining, enabling broad participation without relying on privileged, capital-intensive validators.

ASIC & FPGA Resistance

Memory-hard design mathematically increases the cost and complexity of specialized hardware.

EVM Compatible

Deploy instantly. Developers can build with Solidity and leverage the existing Ethereum ecosystem without friction.

EIP-1559 Activated

Transaction fees are burned algorithmically. As network utilization scales, supply reduces over time, reinforcing absolute scarcity.

Consensus Algorithm

FusionHash

The GPU-focused Proof-of-Work algorithm securing the FusionLayer network. Derived from CryptoNight-GPU and engineered to promote broad miner participation via accessible hardware.

  • GPU-First Design: Optimized for consumer graphics processors.
  • Memory-Hard: Data-dependent access patterns limit ASIC efficiency.
  • Global Security: Permissionless consensus driven by independent operators.
#ifndef CN_GPU_H
#define CN_GPU_H

#include <stddef.h>

// __cplusplus tells the compiler that inside code is compiled with the c++ compiler
#ifdef __cplusplus
// extern "C" tells c++ compiler exports the symbols without a name mangling.
extern "C" {
#endif
    void* new_ctx();
    void del_ctx(void* ctx);
    int variant_version(void* ctx);
    void cn_hash(void* ctx, const void* in, size_t len, void* out);
#ifdef __cplusplus
}
#endif
#endif
Architecture

Overcoming Proof-of-Work Bottlenecks

How FusionHash neutralizes centralized advantages and democratizes network security.

FPGA Resistance

FPGA devices provide incredible adaptability and memory access speeds. FusionHash is a memory-hard algorithm heavily reliant on physical GPU cores and specific access patterns, mathematically neutralizing the advantages of reprogrammable logic circuits.

Botnet / CPU Mining

Botnets abuse generic hardware to extract near-zero cost value. FusionHash utilizes intensive FP32 math operations that are too slow on even high-end multi-core CPUs, completely pricing out botnets and data-center CPU farms.

ASIC Deterrence

ASICs dominate algorithms by maximizing energy efficiency for rigid tasks. Because GPUs are natively designed for FP32 computing, building an ASIC to rival FusionHash would require replicating complex GPU architecture—making it economically unviable.

Hardware Equality

Algorithms often heavily favor specific GPU architectures. Performance in FusionHash relies strictly on physical core count and clock speeds, ensuring equitable hash rates across modern AMD and NVIDIA cards with as little as 3GB of VRAM.

Official Software

WarpMiner

The official GPU miner designed specifically for FusionHash. Optimized for maximum hash rate, stability, and ease of deployment on modern AMD and NVIDIA graphics hardware.

View on GitHub
warpminer-cli
$
Native Asset (FXL)

Tokenomics

Designed for long-term sustainability. The emission curve drops smoothly by 5% every 500,000 blocks.

Powering the Network.

FXL is the native cryptocurrency of FusionLayer. It is used for transaction fees, mining rewards, smart contract interactions, and ecosystem activity across the network.

As network usage grows, EIP-1559 burns a portion of transaction fees, permanently removing coins from circulation.

Current Reward
--

FXL per block (miner reward).

Circulating Supply
--

Based on current block height.

Reduction Rate
5%

Reward reduction every 500,000 blocks.

Premine
0

No premine.

Mineable Supply
~90M

Distributed through FusionHash mining.

Max Supply
~100M

Estimated total supply.

No Halvings. No Supply Shocks.

Unlike traditional Proof-of-Work networks that rely on large periodic halvings, FusionLayer uses a gradual emission model. Rewards decrease by 5% every 500,000 blocks, creating a smoother transition for miners while maintaining long-term scarcity.

Emission Curve
Emission Schedule
Milestone Block Height Reward (FXL/Block)
Launch 1 9.00
Epoch 1 500,000 8.55
Epoch 2 1,000,000 8.12
Epoch 3 1,500,000 7.72
Epoch 4 2,000,000 7.33

Gradual Development Allocation

FusionLayer launched without a premine. Development funding is distributed transparently through an additional 2 coins per block during the first 5,000,000 blocks, resulting in a total allocation of 10 million coins.

Network Stability

Dynamic Difficulty Adjustment

FusionLayer employs a per-block difficulty adjustment algorithm to maintain consistent block production under changing network conditions. Rather than adjusting difficulty over long intervals, the network recalculates the required mining difficulty after every block using the timestamp difference between the current and previous block.

The algorithm increases difficulty when blocks are produced faster than the target rate and decreases difficulty when blocks take longer than expected. Adjustments are intentionally conservative, ensuring gradual changes that avoid excessive oscillation while remaining responsive to significant hashrate shifts.

Key Characteristics

  • Per-Block Tuning: Difficulty is recalculated every block.
  • Responsive: Faster block production results in incremental difficulty increases.
  • Elastic: Slower block production results in incremental difficulty decreases.
  • Bounded Changes: Difficulty changes are bounded to prevent extreme fluctuations.
  • Base Security: A minimum network difficulty is always enforced.
  • Sustainable PoW: The protocol does not include a difficulty bomb or artificial exponential difficulty increases.

This approach allows FusionLayer to maintain stable network operation across a wide range of total network hash rates while providing predictable mining behavior and preserving decentralization.

Ecosystem Growth

Building the
Ecosystem

FusionLayer is more than a high-performance Layer-1. We are actively building the native cross-chain bridge, AMM DEX, and analytics infrastructure to support a thriving on-chain economy.

AMM DEX
Cross-Chain Bridge
Analytics
View Product Pipeline