Building the infrastructure for tomorrow's digital economy
Through proven engineering and practical innovation. Three production-ready SDKs, dual-layer consensus, and microscopic fees that scale.
Dual-layer consensus visualization
Commerce Layer (3s) + Security Layer (9min)
Proven Performance Metrics
Real results from comprehensive testing and validation, not theoretical promises.
Transaction Speed
Commerce block timing
Transaction Costs
Microscopic fee precision
Network Availability
OON uptime guarantee
Test Suite
Comprehensive validation
Validator Accessibility
Dynamic stake requirements
Sustainable Inflation
Proven economic sustainability
Economic Sustainability
Perfect sustainability score
Intelligent Cross-Subsidization
Our Omne Orchestration Network (OON) enables 25-30% dynamic cost reduction through computational revenue streams with intelligent adaptation, supporting 50,000+ concurrent jobs across AI/ML training, 3D rendering, and scientific computing.
Technical Architecture
Four validated innovations that address quantified problems in blockchain adoption for commerce applications.
Dual-Layer Consensus
Revolutionary separation of commerce (3-second blocks) and security (9-minute blocks) layers, solving the fundamental commerce timing barrier.
- 3-second commerce blocks with instant finality
- 9-minute security blocks for economic stability
- 180:1 block production ratio
- 33% Byzantine fault tolerance per layer
Microscopic Fee Economics
Quar-denominated gas system enabling transaction costs of 0.001-0.1 cents with 18-decimal precision and intelligent cross-subsidization.
- 10^-18 OMC precision (quar-level)
- 25-30% dynamic cost reduction via OON
- Dynamic pricing with emergency protocols
- Intelligent adaptation mechanisms
Orchestration Network (OON)
Comprehensive distributed computational orchestration with 99.95% availability, supporting 50,000+ concurrent jobs for validated revenue generation.
- AI/ML training and scientific computing
- VDP compliance verification
- Cross-chain settlement coordination
- Real-time job orchestration
Dynamic Economic Model
15-28 OGT dynamic validator accessibility with intelligent stake requirements and 0.32% proven sustainable inflation, ensuring long-term economic stability.
- 15-28 OGT dynamic stake requirements
- 10 OGT base rewards + performance bonuses
- 0.32% sustainable inflation rate
- Perfect 1.000 sustainability score
Comprehensive Technical Validation
Explore our complete technical whitepaper with detailed implementation analysis, empirical test results, and comprehensive security validation.
Production-Ready Developer SDKs
Complete SDK ecosystem across Python, Go, and TypeScript - because developers deserve production-ready tools, not promises.
Python SDK
Python
Complete implementation with AI/ML integration, type safety, and async patterns for modern Python development.
- Comprehensive blockchain integration
- Microscopic fee support with quar precision
- ORC-20 token management
- OON computational jobs
Go SDK
Go
High-performance implementation with concurrent operations and cross-platform support for enterprise applications.
- Full Omne integration
- Quar-precision arithmetic
- BIP39 HD wallets
- ORC-20 token deployment
Getting Started Examples
python
# Python SDK - Basic Usage
from omne_sdk import OmneClient, to_quar
# Connect to Omne network
client = await OmneClient.connect("testum")
# Get balance with quar precision
balance = await client.get_balance(address)
print(f"Balance: {from_quar(balance)} OMC")
# Send transaction with microscopic fees
tx = await client.send_transaction(
to=recipient_address,
amount=to_quar(0.001), # 0.001 OMC
gas_price=1000 # 1000 quar
)
go
// Go SDK - Basic Usage
package main
import "github.com/OmneDAO/omne-blockchain/sdk/go"
func main() {
// Connect to Omne network
client, err := omne.NewClientForNetwork("testum")
if err != nil {
log.Fatal(err)
}
defer client.Close()
// Create wallet
wallet, err := omne.GenerateWallet()
if err != nil {
log.Fatal(err)
}
// Send transaction
tx, err := client.SendTransaction(ctx, omne.Transaction{
To: recipientAddress,
Amount: omne.ToQuar(0.001),
GasPrice: 1000,
})
}
typescript
// TypeScript SDK - Basic Usage
import { OmneClient, Wallet, toQuar } from '@omne/sdk';
// Connect to Omne network
const client = createClient('testum');
await client.connect();
// Create wallet
const wallet = Wallet.generate();
console.log('Address:', wallet.address);
// Send transaction
const tx = await client.sendTransaction({
to: recipientAddress,
amount: toQuar(0.001),
gasPrice: 1000
});
console.log('Transaction hash:', tx.hash);
Developer Resources
Complete documentation, tutorials, and examples to get you building on Omne quickly.
Research & Development
Proven engineering and rigorous testing validate our commerce-first blockchain approach.
Dual-Layer Consensus
Revolutionary consensus mechanism combining Proof-of-Stake with Orchestration Network verification
Economic Sustainability
Mathematical models proving long-term network viability and participant incentive alignment
Performance Analysis
197/197 test suite passes demonstrating sub-3-second finality and microscopic fees
Technical Documentation
Comprehensive whitepaper detailing architecture, implementation, and theoretical foundations
Validated Performance Metrics
Our testing demonstrates consistent performance that meets the demands of real-world commerce applications.
Access Technical Documentation
Explore our comprehensive technical whitepaper, economic analysis, and detailed performance benchmarks.
Network Status & Roadmap
Track development progress and preview the infrastructure that will power commerce-first blockchain applications.
Network Status
Development phase
Block Height
Awaiting mainnet launch
Active Validators
Network initialization pending
Transaction Volume
Pre-production environment
SDK Development Complete
While the network is in pre-launch phase, our production-ready SDKs demonstrate the connectivity patterns that will power the blockchain explorer and applications.
Development Roadmap
Blockchain Explorer
In DevelopmentReal-time network visualization and transaction tracking using the production SDKs
Validator Dashboard
PlannedComprehensive validator management and monitoring interface
OON Marketplace
PlannedComputational job marketplace for AI/ML training and scientific computing
Governance Portal
ConceptDecentralized governance voting and proposal management system
Network Launch Information
The Omne network is currently in development phase. While our SDKs are production-ready and demonstrate full connectivity patterns, the mainnet launch timeline will be announced as development milestones are finalized.
Omne Foundation
Dedicated to building the infrastructure for tomorrow's digital economy through proven engineering and practical innovation.
Commerce-First Vision
Building blockchain infrastructure specifically designed for real-world commerce applications
Proven Engineering
197/197 tests passing, production-ready SDKs, and rigorous development standards
Open Innovation
Transparent development, open-source tools, and collaborative ecosystem building
Developer-Centric
Comprehensive SDKs, detailed documentation, and practical implementation examples
Our Mission
The Omne Foundation exists to create blockchain infrastructure that serves real-world commerce needs. We believe in proven engineering over promises, practical solutions over speculation, and sustainable economics over hype-driven tokenomics.
Core Team Structure
Core Engineering
Blockchain architecture, consensus mechanisms, and protocol development
Economic Research
Tokenomics, incentive alignment, and sustainability modeling
Developer Relations
SDK development, documentation, and developer ecosystem growth
Connect with the Foundation
We welcome collaboration with developers, researchers, and organizations aligned with our mission of practical blockchain innovation.