Blockchain & Cryptographic Engineering
From high-concurrency EVM and Solana smart contracts to Zero-Knowledge Proof privacy protocols and enterprise multi-sig custodial infrastructure, AeroCodix engineers decentralized platforms with zero tolerance for vulnerabilities.
Battle-Tested Smart Contracts Engineered for Ironclad Security
We develop smart contracts in Solidity and Rust, applying automated fuzzing, mathematical proofs, and gas optimization before mainnet deployment.
How We Deliver Blockchain & Cryptographic Engineering
A disciplined, predictable 4-phase agile engineering roadmap with transparent weekly milestones and zero surprises.
Tokenomics & Smart Contract Math Specification
Designing token emission curves, staking logic, access control hierarchies, and modeling adversarial threat vectors.
- Mathematical Tokenomics Spec
- Smart Contract Architecture Document
- Threat Model & Attack Vector Matrix
- Gas Budget Spec
Solidity / Rust Development & Foundry Fuzzing
Developing clean smart contracts with OpenZeppelin standards and writing exhaustive Foundry unit & fuzzing test suites.
- Foundry / Hardhat Test Suite (100% Coverage)
- Optimized Solidity / Rust Codebase
- Testnet Deployment Scripts
- dApp Frontend Integration
Independent Security Audit & Gas Optimization
Running Slither, Mythril, and Certora formal verification tools to eradicate re-entrancy, overflow, or logic flaws.
- Comprehensive Security Audit Report
- Gas Optimization Signoff
- Remediation Fix Verification
- Testnet UAT Signoff
Multi-Sig Mainnet Deployment & Monitoring
Deploying contracts to Mainnet behind Gnosis Safe multi-sig custody with automated Subgraph / The Graph indexing.
- Mainnet Verified Contract Deployment
- Gnosis Safe Multi-Sig Setup
- The Graph Custom Subgraph
- 24/7 On-Chain Alerting
The Challenges We Solve
Translating complex architectural hurdles into measurable bottom-line business advantage.
Re-entrancy & Logic Flaws in Smart Contracts
Adoption of Checks-Effects-Interactions patterns, ReentrancyGuards, and formal verification.
High Ethereum Gas Transaction Fees
Assembly (Yul) gas optimizations, memory packing, and Layer-2 (Arbitrum/Base) deployment.
Clunky Web3 Wallet Onboarding for Mainstream Users
Account Abstraction (ERC-4337) with gasless transactions and social login passkeys.
Core Deliverables & Specifications
Modular engineering building blocks tailored for high throughput, security, and scalability.
Formally Verified Smart Contracts
Solidity & Rust smart contracts built with Foundry and subjected to fuzzing suites.
Web3 dApp Frontends
Next.js decentralized web interfaces integrated with Wagmi, Viem, and RainbowKit.
Account Abstraction & Paymasters
ERC-4337 smart contract wallets offering gasless transactions and passkey security.
Zero-Knowledge Privacy Proofs
ZK-SNARK identity and balance verification using Circom and SnarkJS.
Smart Contract Formal Verification & Cryptographic Ledger Security
Our dedicated engineering pods build with strict architectural rigor. Every component is subjected to automated regression checks, load simulations, and zero-trust security audits to guarantee continuous operational excellence.
The Engineering Stack
We deploy industry-leading technologies vetted for speed, security, and long-term maintainability.
Smart Contracts
Web3 Client
Security & Audit
Blockchains & L2s
Frequently Asked Questions
Have questions about engagement models, delivery timelines, or technical specifications?
Do you conduct third-party security audits before mainnet deployment?
Yes! In addition to our internal formal verification and automated Foundry fuzzing suites, we coordinate with leading tier-1 Web3 audit firms for complete dual signoff.
What is Account Abstraction (ERC-4337)?
Account Abstraction turns user accounts into smart contracts, allowing your application to sponsor gas fees, enable biometric FaceID logins, and execute multiple transactions in one click without seed phrase confusion.
Let's Build Something Extraordinary
Tell us about your project roadmap, timeline, or engineering needs. Our technical architects will respond with a tailored proposal within 24 hours.
Our Office
âš¡ Guaranteed Response SLA
Every inquiry is reviewed directly by Usman Ali and our Principal Solutions Architects. You will receive an initial technical feasibility response in under 24 business hours.