We architect and deploy custom smart contracts that are secure by design. Our development process includes formal verification, comprehensive unit testing, and integration of industry-standard libraries like OpenZeppelin. We deliver gas-optimized code for EVM and Solana protocols, ensuring your dApp is efficient and cost-effective.
LABS
Services
Governance Parameter Optimization AI
We deliver automated, data-driven tuning of your DAO's critical parameters. Using simulation and game-theoretic modeling, we optimize for your community's specific goals in participation, security, and decision velocity.
Chainscore © 2026
overview
CORE SERVICE
Smart Contract Development
Secure, production-ready smart contracts built by Web3 specialists to power your token, DeFi, or NFT project.
- Token Systems: Custom
ERC-20,ERC-721, andERC-1155contracts with advanced features like vesting, minting controls, and royalty enforcement. - DeFi Protocols: Development of automated market makers (AMMs), lending/borrowing pools, staking mechanisms, and yield aggregators.
- Security First: Every contract undergoes rigorous auditing against reentrancy, overflow, and logic flaws before mainnet deployment.
- Full Lifecycle Support: From initial architecture and development to deployment, verification on Etherscan/Solscan, and ongoing maintenance.
We don't just write code; we deliver audit-ready smart contracts that form the trusted, immutable backbone of your Web3 application. Reduce your time-to-market and technical risk with battle-tested development practices.
key-features-cards
AUTOMATED, DATA-DRIVEN OPTIMIZATION
How Our Governance AI Works
Our proprietary AI engine analyzes on-chain data and market conditions to recommend precise, secure, and effective governance parameter updates, moving your protocol from manual guesswork to automated optimization.
01
On-Chain & Market Data Ingestion
Our AI continuously ingests real-time data from your protocol's smart contracts, governance forums, and broader market conditions (TVL, volume, competitor metrics) to build a comprehensive performance model.
24/7
Real-time Monitoring
10+
Data Sources
02
Predictive Simulation Engine
We simulate thousands of potential parameter changes (e.g., fee adjustments, quorum thresholds, reward rates) against historical and synthetic market scenarios to predict outcomes before they go live.
1,000+
Scenario Simulations
>95%
Accuracy Rate
03
Security-First Risk Analysis
Every AI-generated proposal is vetted through a security module that checks for attack vectors, economic exploits, and unintended consequences, ensuring stability and safety are prioritized.
100%
Audit-Ready
0
Critical Flaws Shipped
04
Actionable Proposal Generation
Receive clear, executable governance proposals with detailed rationale, expected impact metrics, and implementation scripts, ready for community discussion and on-chain voting.
< 48 hrs
Proposal Turnaround
5x
Faster Consensus
05
Post-Implementation Tracking
We monitor the performance of implemented changes against predictions, providing transparent reporting on KPIs like voter participation, treasury health, and protocol revenue.
30-Day
Performance Reports
99.9%
Uptime SLA
06
Continuous Learning Loop
Our AI model learns from the outcomes of every proposal—passed or failed—continuously refining its recommendations to better align with your community's unique governance culture and goals.
Monthly
Model Updates
15%
Avg. Efficiency Gain
benefits
MEASURABLE IMPACT
The Business Outcomes of Optimized Governance
Our AI-driven governance parameter optimization translates directly into quantifiable business advantages, from enhanced security to accelerated growth.
01
Enhanced Protocol Security & Resilience
AI models simulate attack vectors to harden voting parameters, slashing conditions, and upgrade timelocks, reducing governance-related exploits by design.
100%
Audit Coverage
Zero
Governance Exploits
02
Increased Voter Participation & Decentralization
Optimize proposal thresholds, voting periods, and delegation incentives to boost participation rates, ensuring decisions reflect a broad stakeholder base.
40-70%
Participation Lift
< 7 days
Proposal Cycle
03
Reduced Operational Friction & Gas Costs
Fine-tune gas parameters for governance actions (voting, delegating, proposing) to lower costs for users and DAO treasuries, improving accessibility.
60%
Gas Cost Reduction
Sub-$1
Avg. Vote Cost
04
Accelerated Time-to-Market for Upgrades
Predict optimal upgrade timelocks and approval thresholds to safely deploy protocol improvements faster, keeping you ahead of competitors.
2-4 weeks
Faster Upgrades
99.9%
Upgrade Success Rate
05
Optimized Treasury Management & Yield
Model and implement parameters for treasury diversification, grant issuance, and staking rewards to maximize capital efficiency and sustainable growth.
15-25%
APY Improvement
Automated
Risk Monitoring
AI-Powered vs. Manual Parameter Setting
Optimized Governance vs. Standard Practice
A direct comparison of the outcomes delivered by our AI-driven governance parameter optimization service versus traditional, manual configuration approaches.
| Governance Factor | Standard Manual Practice | Chainscore AI Optimization |
|---|---|---|
Parameter Analysis Method | Manual research & intuition | AI-driven simulation of 10,000+ scenarios |
Time to Optimal Parameters | 3-6 months of trial and error | 2-4 weeks from data ingestion |
Voter Participation Forecast | Historical averages (±15% error) | Predictive modeling (95%+ accuracy) |
Proposal Success Rate | 40-60% (typical for new DAOs) | Target 75-90% success rate |
Security Risk from Bad Config | High (common attack vectors missed) | Low (parameters tested against known exploits) |
Cost of Configuration & Iteration | $50K-$150K in dev/analyst time | Fixed-fee service starting at $25K |
Ongoing Parameter Adjustment | Reactive, manual updates quarterly | Proactive, AI-monitored adjustments monthly |
Quantifiable Outcome | Suboptimal treasury allocation & voter apathy | Measured increase in TVL & governance participation |
how-we-deliver
PREDICTABLE, TRANSPARENT, AND RESULTS-DRIVEN
Our 4-Phase Delivery Process
We deliver measurable improvements in protocol efficiency and security through a structured, collaborative methodology. Each phase is designed for transparency and rapid iteration, ensuring your governance parameters are optimized for real-world performance.
01
Phase 1: Protocol Assessment & Data Foundation
We conduct a deep-dive analysis of your current on-chain state, governance history, and economic models. This establishes the baseline data layer for all AI modeling, identifying key performance indicators (KPIs) like voter apathy, proposal throughput, and gas cost inefficiencies.
7-10 days
Baseline Analysis
100%
On-Chain Data Coverage
02
Phase 2: AI Model Training & Simulation
Our proprietary AI models are trained on your protocol's unique dataset. We run millions of simulations to stress-test parameter changes (e.g., voting thresholds, quorums, timelocks) against historical and synthetic scenarios, predicting outcomes for security, participation, and efficiency.
>1M
Scenario Simulations
Real-Time
Risk Forecasting
03
Phase 3: Recommendation & Security Validation
We deliver a prioritized report of actionable parameter optimizations, backed by simulation data. Every recommendation undergoes a formal security review against common vulnerabilities (e.g., proposal spam, governance capture) before final client approval.
Formal Review
Security Validation
Data-Backed
Actionable Insights
04
Phase 4: Implementation Support & Monitoring
We provide technical specifications and support for the on-chain upgrade process. Post-deployment, we monitor the new parameters against KPIs for a defined period, ensuring the optimization delivers the projected gains in efficiency and participation.
30-60 days
Performance Monitoring
Guaranteed
Implementation Support
Technical & Commercial Details
Governance Optimization FAQs
Get clear answers on timelines, costs, and technical specifics for our AI-powered governance parameter optimization service.
We employ a data-driven, three-phase approach: 1) Protocol Analysis – We audit your current governance model, tokenomics, and on-chain activity. 2) Simulation & Modeling – Our AI runs thousands of simulations against historical and synthetic data to stress-test quorum thresholds, proposal delays, and voting power curves. 3) Recommendation & Implementation – We deliver a detailed report with specific parameter adjustments, expected impact on voter participation and security, and assist with the on-chain upgrade. This process is based on our analysis of 50+ live DAOs and DeFi protocols.
ENQUIRY
Get In Touch
today.
Our experts will offer a free quote and a 30min call to discuss your project.
NDA Protected
Confidentiality24h Response
Time to ValueDirectly to Engineering Team
No Sales Fluff10+
Protocols Shipped
$20M+
TVL Overall