Documentation
Geeq Chain delivers application-specific blockchains with instant finality, predictable costs, and zero MEV - purpose-built for real-world applications that demand speed, security, and scalability.
Info: Each Geeq Chain is an independent blockchain optimized for specific use cases. Think of it as your own blockchain infrastructure without the complexity of launching and maintaining a full network.
Core Capabilities
| Capability |
Specification |
Business Impact |
| Finality |
Instant (<2 seconds) |
Real-time confirmations, no refund risk |
| Throughput |
1,500+ TPS per chain |
Scales with demand |
| Transaction Cost |
Fixed fee (~$0.001) |
Predictable budgeting |
| MEV Risk |
Zero |
Fair ordering, user trust |
| Validator Overhead |
Minimal |
Low operational cost |
| Chain Launch |
Days, not months |
Fast time to market |
How Geeq Chain Works
Proof of Honesty Consensus
Every transaction on a Geeq Chain is validated through PoH:
graph TD
A[User Submits Transaction] --> B[Broadcast to Validators]
B --> C1[Validator 1: Verify]
B --> C2[Validator 2: Verify]
B --> C3[Validator 3: Verify]
C1 --> D1[Sign if Valid]
C2 --> D2[Sign if Valid]
C3 --> D3[Sign if Valid]
D1 --> E[Collect Signatures]
D2 --> E
D3 --> E
E --> F{Threshold Met?}
F -->|Yes| G[Instant Finality]
F -->|No| H[Reject Transaction]
G --> I[Transaction Confirmed]
Success: Validators independently verify each transaction and provide cryptographic proof of their validation. No central authority, no probabilistic finality, no reversals.
Technical Specifications
Performance Benchmarks
| Metric |
Geeq Chain |
Ethereum L1 |
Bitcoin |
Solana |
| Finality Time |
1.8s average |
12-15 minutes |
60+ minutes |
13 seconds |
| Max TPS |
1,500-2,000 |
15-30 |
7 |
3,000-4,000 |
| Tx Cost |
$0.001 fixed |
$1-50 variable |
$2-10 variable |
$0.001-0.01 |
| Block Size |
Dynamic |
15MB |
1-4MB |
Variable |
| Validator Count |
3-21+ |
500,000+ |
N/A |
1,900+ |
| Energy/Tx |
0.008 kWh |
0.02 kWh |
700 kWh |
0.05 kWh |
Security Model
| Security Feature |
Implementation |
Benefit |
| Zero-Trust Validation |
Every validator independently verifies |
No single point of failure |
| Cryptographic Proof |
Each validator signs their validation |
Accountability & transparency |
| Economic Security |
Validators bond stake, lose it if dishonest |
Attack economically irrational |
| No MEV |
No sequencer or block proposer |
Fair transaction ordering |
| Instant Finality |
No probabilistic wait |
No double-spend window |
| State Verification |
Users verify validator signatures |
Trust but verify |
Key Features
1. Application-Specific Chains
| Feature |
Description |
Use Case Example |
| Custom Token Economics |
Define your own token model |
Loyalty points, stablecoins |
| Governance Rules |
Built-in access controls |
Permissioned enterprise chains |
| Data Models |
Optimize for your application |
Supply chain tracking, IoT data |
| Fee Structure |
Set predictable transaction costs |
SaaS billing, micropayments |
2. Horizontal Scalability
| Challenge |
Traditional Solution |
Geeq Chain Solution |
| Throughput Limits |
Sharding (complex) |
Launch additional chains |
| Global State |
Synchronization overhead |
Independent chain state |
| Congestion |
Gas price wars |
Fixed fees, parallel chains |
| Upgrades |
Hard forks |
Chain-specific updates |
3. Native Interoperability
| Capability |
How It Works |
Advantage |
| Cross-Chain Transfers |
Layer 0 protocol-level |
No bridge vulnerabilities |
| Atomic Swaps |
Multi-chain transactions |
No counterparty risk |
| Shared Security |
PoH validators across chains |
Consistent security model |
| Message Passing |
Native inter-chain communication |
No third-party relayers |
Use Cases
By Industry
| Industry |
Application |
Key Benefit |
ROI Driver |
| Finance |
Payment rails, remittances |
Instant settlement |
Reduced settlement risk |
| Supply Chain |
Product tracking, provenance |
Tamper-proof records |
Compliance & trust |
| Gaming |
In-game assets, tournaments |
Fast transactions |
Player experience |
| IoT |
Device data, micropayments |
High throughput |
Operational efficiency |
| Healthcare |
Consent management, audit logs |
Privacy + verification |
HIPAA compliance |
| Retail |
Loyalty programs, receipts |
Low-cost transactions |
Customer engagement |
By Transaction Pattern
| Pattern |
Why Geeq Chain |
Alternative Limitation |
| High Volume |
1,500+ TPS per chain |
Ethereum: 15-30 TPS |
| Micropayments |
$0.001 per transaction |
Credit cards: $0.30+ |
| Real-Time |
<2 second finality |
Bitcoin: 60+ minutes |
| Predictable Cost |
Fixed fees |
Gas spikes to $50+ |
Getting Started
1. Define Your Chain
| Decision |
Options |
Considerations |
| Chain Purpose |
Payments, Data, Assets, Custom |
Determines optimization focus |
| Validator Set |
3, 7, 15, 21+ validators |
Balance security vs. speed |
| Fee Model |
Fixed per-tx, subscription, free |
Revenue vs. adoption |
| Governance |
Public, permissioned, hybrid |
Compliance requirements |
2. Launch Process
| Phase |
Timeline |
Deliverables |
| Design |
1-2 weeks |
Chain specification, token economics |
| Setup |
1 week |
Validator recruitment, node configuration |
| Testing |
1-2 weeks |
Testnet deployment, stress testing |
| Launch |
1 day |
Mainnet activation |
| Total |
3-5 weeks |
Production-ready chain |
3. Integration
// Connect to your Geeq Chain
const chain = new GeeqChain({
chainId: 'your-chain-id',
validators: ['validator1.geeq', 'validator2.geeq'],
endpoint: 'https://your-chain.geeq.io'
});
// Submit transaction
const tx = await chain.transaction({
from: userAddress,
to: recipientAddress,
amount: 100,
data: 'Optional payload'
});
// Instant finality - no confirmation wait!
console.log('Transaction final:', tx.hash);
4. Monitoring
| Metric |
How to Track |
Threshold |
| Validator Uptime |
Chain dashboard |
>99.5% |
| Transaction Success |
API metrics |
>99.9% |
| Finality Time |
Performance logs |
<3 seconds |
| Cost per Transaction |
Billing reports |
As configured |
Cost Analysis
Operating Costs
| Component |
Monthly Cost |
Notes |
| Validator Bonds |
Variable |
One-time stake, recoverable |
| Node Operations |
$200-500 |
Per validator (cloud hosting) |
| Transaction Fees |
$0.001/tx |
Paid by users |
| Maintenance |
$0-200 |
Updates & monitoring |
ROI Comparison
| Scenario |
Geeq Chain |
Ethereum L1 |
Ethereum L2 |
Build Your Own |
| Setup Cost |
$5K-10K |
Gas + dev |
$20K-50K |
$200K-1M+ |
| Time to Launch |
3-5 weeks |
Immediate (deploy) |
2-3 months |
6-12 months |
| Monthly OpEx |
$1K-3K |
Gas fees |
$5K-15K |
$20K-50K+ |
| Tx Cost |
$0.001 |
$1-50 |
$0.01-0.50 |
Variable |
| Scalability |
Horizontal (easy) |
Limited |
Limited |
Complex |
Advanced Features
Custom Validation Rules
| Rule Type |
Implementation |
Example Use Case |
| Time-Based |
Transactions only during hours |
Trading windows |
| Amount Limits |
Max transaction size |
Fraud prevention |
| Whitelists |
Approved addresses only |
Permissioned chains |
| Multi-Sig |
Require N of M signatures |
Treasury management |
State Management
| Feature |
Capability |
Benefit |
| Merkle Proofs |
Verify state without full chain |
Light clients |
| State Snapshots |
Periodic checkpoints |
Fast sync |
| Pruning |
Remove old state |
Storage efficiency |
| State Rent |
Charge for storage |
Economic sustainability |
Troubleshooting
Common Issues
| Issue |
Cause |
Solution |
| Tx Rejected |
Invalid signature or nonce |
Check user credentials |
| Slow Finality |
Validator offline |
Add redundant validators |
| High Costs |
Misconfigured fee |
Review chain economics |
| State Mismatch |
Validator desync |
Resync validator nodes |
Next Steps