Blockchain / DeFiIn Development

Solidus Network

High-Performance Multi-Chain Perpetuals Exchange

A 16-chain hierarchical blockchain merging DAGKNIGHT consensus with POEM (Proof of Entropy Merge) mining into a multi-algorithm, multi-chain architecture. Solidus targets Hyperliquid-class performance on a fully decentralized, open-source blockchain — with an integrated on-chain perpetuals engine, sub-second order matching, and four mining algorithms ensuring fair participation from ASIC miners to mobile devices.

All Projects

At a Glance

DAGKNIGHT parameterless confirmation — ~100ms finality via cascade voting

POEM mining — entropy-based block ordering enabling 4 algorithms to coexist without competition

16 parallel chains: 1 Prime, 3 Regions, 12 Zones (4 algorithms x 3 regions)

SHA-256 (ASIC), ProgPoW (GPU), RandomX-S (CPU), Panthera (Mobile) — no cross-class competition

ForumCore perps engine — on-chain order matching with high-throughput performance targets

Open-source Hyperliquid alternative with non-custodial, trustless asset security

16-Chain Hierarchical Architecture

DAGKNIGHT consensus at the zone level for ultra-fast throughput. Region and Prime chains use POEM entropic block ordering for coordination and global finality. Four mining algorithms ensure every hardware class participates without cross-class competition.

Prime Chain

Global Coordination & Finality

POEM entropic ordering · Cross-region state sync

Region 0

POEM Entropic · GHOSTDAG

Zone 0-0 · DAGKNIGHT

SHA-256

ASIC

Zone 0-1 · DAGKNIGHT

ProgPoW

GPU

Zone 0-2 · DAGKNIGHT

RandomX-S

CPU

Zone 0-3 · DAGKNIGHT

Panthera

Mobile/TEE

Region 1

POEM Entropic · GHOSTDAG

Zone 1-0 · DAGKNIGHT

SHA-256

ASIC

Zone 1-1 · DAGKNIGHT

ProgPoW

GPU

Zone 1-2 · DAGKNIGHT

RandomX-S

CPU

Zone 1-3 · DAGKNIGHT

Panthera

Mobile/TEE

Region 2

POEM Entropic · GHOSTDAG

Zone 2-0 · DAGKNIGHT

SHA-256

ASIC

Zone 2-1 · DAGKNIGHT

ProgPoW

GPU

Zone 2-2 · DAGKNIGHT

RandomX-S

CPU

Zone 2-3 · DAGKNIGHT

Panthera

Mobile/TEE

Integrated Layer

ForumCore Perps Engine

On-chain CLOB·500K+ ops/sec·Cross-margin·Multi-collateral

SHA-256 (ASIC)

ProgPoW (GPU)

RandomX-S (CPU)

Panthera (Mobile/TEE)

Optimized

GHOSTDAG k (Zone)

Optimized

GHOSTDAG k (Region)

Configurable

Max Parents/Block

Target set

Coincident Rate

Sub-second

MCFC Target

~3-4s

Zone Block Time

Core Technology

DAGKNIGHTParameterless Confirmation

Cascade voting — each block transitively confirms all ancestors

Sub-second confirmation latency targeting Hyperliquid-class performance

Sits on top of GHOSTDAG block ordering — complementary, not a replacement

Optimized confirmation tracking for high-throughput DAG consensus

POEMProof of Entropy Merge

Entropy-based ordering that works on any hash algorithm

Hierarchical block emergence — blocks naturally propagate through the chain hierarchy

Coincident blocks emerge naturally — never separately mined

Each zone has independent difficulty — no cross-algorithm competition

FORUMCOREOn-Chain Perps Engine

Native implementation — bypasses EVM overhead for exchange-grade performance

Continuous limit order book (CLOB) with on-chain matching

Full EVM composability for DeFi integration

High-throughput target with cross-margin and multi-collateral support

ETXCross-Shard Coordination

Cross-shard transactions route through the hierarchy with cryptographic confirmation at each level

Dedicated coordination layer routes transactions across shard boundaries

Coincident blocks establish synchronization points for cross-shard confirmation

Non-custodial asset security with on-chain state proofs (CoreAttest — planned)

Let's Talk

Interested in Solidus?

Whether you're an investor, a prospective partner, or an engineer who wants to use or integrate Solidus, reach out — we'll get back to you within a business day.

Contact

Lucrum Protocol

Full-spectrum DeFi protocol

JaCode

AI coding assistant (in development)