Build and scale secure, high-performance blockchain backends tailored for your Web3 product.
We architect the core infrastructure that powers your application, from node orchestration to data indexing. Our focus is on reliability, scalability, and developer velocity.
EVM, Solana, and Cosmos chains.We deliver production-ready infrastructure in weeks, not months, so your team can focus on product, not plumbing.
Our process includes security-first architecture reviews, automated deployment pipelines, and 24/7 monitoring with Prometheus and Grafana. We ensure your foundation is built to handle user growth from day one.
Our systematic approach to Sybil attack resistance testing combines adversarial AI with real-world blockchain data to deliver actionable security insights.
We ingest your protocol's smart contracts, tokenomics, and governance rules to create a high-fidelity digital twin. This model accurately simulates staking, voting, and reward distribution mechanics.
Our proprietary AI agents are trained on historical Sybil attack patterns from networks like Ethereum, Solana, and Avalanche. They learn to exploit economic and technical vulnerabilities autonomously.
We deploy thousands of AI-controlled Sybil identities in a sandboxed environment to stress-test your protocol. Simulations test for vote manipulation, airdrop farming, and consensus attacks under realistic network conditions.
Our system identifies specific attack vectors, quantifies potential financial impact, and provides prioritized remediation steps. Reports include code-level fixes and economic parameter adjustments.
We integrate with your development pipeline to automatically retest after updates. Our monitoring dashboard tracks Sybil resistance metrics over time, alerting you to new risks.
Our security engineers review findings with your team, recommending architecture changes, smart contract patches, and governance safeguards proven to mitigate identified threats.
Our AI-powered Sybil Attack Resistance Testing delivers concrete, measurable security improvements. We provide clear deliverables and verifiable results, not just a report.
Receive a detailed forensic analysis of your protocol's vulnerabilities to Sybil, flash loan, and governance attacks, with step-by-step exploit paths and severity scores.
Get actionable, prioritized code fixes and architectural changes. We provide specific Solidity patches, parameter adjustments, and monitoring logic to block identified attack paths.
We deliver a tailored economic model quantifying the cost-to-attack your specific tokenomics and staking mechanisms, providing a clear security budget for your treasury.
We implement automated on-chain monitoring scripts and alerting rules specific to your protocol, establishing a continuous defense posture against emerging Sybil strategies.
A transparent breakdown of our Sybil Attack Resistance Testing service packages, detailing scope, deliverables, and estimated timelines for each engagement tier.
| Deliverable / Scope | Starter Audit | Comprehensive Analysis | Enterprise Program |
|---|---|---|---|
AI-Powered Sybil Detection Report | |||
Manual Threat Modeling & Attack Simulation | |||
On-Chain Behavior Analysis (30-day window) | |||
On-Chain Behavior Analysis (90-day window) | |||
Real-time Monitoring Dashboard Access | 1 month | 12 months | |
Custom Mitigation Strategy & Recommendations | High-level | Detailed with PoC | Detailed with Implementation Support |
Remediation Verification & Re-testing | 1 round | Unlimited rounds | |
Response Time SLA | 72h | 24h | 4h |
Estimated Timeline | 2-3 weeks | 4-6 weeks | 8+ weeks (ongoing) |
Investment | $15K | $45K | Custom Quote |
A direct comparison of methods for testing and hardening your protocol's resistance to Sybil attacks and airdrop farming.
| Testing Method | Traditional Heuristics | AI Simulation (Chainscore) |
|---|---|---|
Attack Vector Coverage | Limited (known patterns) | Comprehensive (generative) |
False Positive Rate | High (15-30%) | Low (<5%) |
Detection Latency | Post-event analysis | Real-time simulation |
Adaptation to New Tactics | Manual rule updates | Continuous AI learning |
Cost to Implement | $50K-$200K+ (in-house) | From $25K (service) |
Time to Deploy | 3-6 months | 2-4 weeks |
Required Expertise | High (specialized team) | Managed service |
Proof of Resilience | Theoretical | Quantified risk score |
Secure, audited smart contracts built for production at scale.
We architect and deploy custom smart contracts that form the backbone of your Web3 product. Our development process is built for security and maintainability from day one, ensuring your core logic is robust and future-proof.
Solidity 0.8+ and OpenZeppelin libraries, following established security patterns.CertiK or Quantstamp.We deliver battle-tested contracts that power DeFi protocols, NFT marketplaces, and enterprise applications, reducing your time-to-market from months to as little as 4 weeks.
Get clear answers about our AI-powered testing methodology, process, and outcomes.
Our standard AI-powered Sybil attack resistance test is delivered in 7-10 business days. This includes initial analysis, AI model execution, manual verification of findings, and report generation. Complex protocols with custom tokenomics or novel governance mechanisms may require 2-3 weeks. We provide a detailed project plan and timeline after the initial scoping call.
Our experts will offer a free quote and a 30min call to discuss your project.