Smart
Contract Development
Secure, modular smart contracts—designed with clarity, maintainability, and readiness for real-world deployment.
Why Smart Contracts Often Fail in Production
Smart contracts fail when rushed, fragile, or disconnected from how ecosystems actually evolve.
Security risks
Unclear logic, limited testing, and exploitable vulnerabilities.
Poor architecture
Hard to maintain, extend, or reason about after deployment.
Misaligned design
Doesn’t reflect current standards or modular contract patterns.
Lack of audit readiness
Messy code and unclear structure delay external reviews.
Technical complexity
Inefficient gas usage and insufficient test coverage slow delivery.
Solutions That Make Smart Contracts Work at Scale
Contracts that are reliable from first commit to post-launch—and built for the future of Ethereum.
Secure-by-design, audit-ready contract systems
Upgradeable patterns using modular architecture
Gas-optimized logic with clean interfaces
Full support for testing, documentation, and integration
Tailored contracts for governance, automation, payments, or protocol design
Execution, Clarity, and Context: The Lampros Way
An execution-first approach that reduces risk and aligns with where Ethereum is headed.
Architecture scoped for clarity, scale, and maintainability
AI-assisted test generation and performance optimization
Internal audit checks before external handoff
Delivery designed for real usage—not prototypes
Hands-On With the Tools Powering Onchain Systems
Ethereum L1s, modular L2s, and re-staking layers we build on every day.
Ethereum
Optimism
Arbitrum
EigenLayer
Mode
Core protocols and frameworks for secure smart contracts, liquidity systems, and modular tooling.
Uniswap
Aave
Othentic
The Graph
OpenZeppelin
Tools for extracting, analyzing, and visualizing blockchain data at protocol and user levels.
Dune
Flipside Crypto
DefiLlama
Messari
Covalent
Alchemy
Development frameworks, oracle integrations, and standards for reliable onchain systems.
EAS
Zora
Chainlink
Foundry
Hardhat
Remix
Your Future-First Technical
Partner
Deep Ethereum context, AI-first execution, and strategy baked into every build—from launch to long-term scalability.
Ethereum-Native Expertise
Build What The Ecosystem Actually Needs
Deep understanding of L1 upgrades, L2 frameworks, and evolving Ethereum standards ensures every build is future-proof and ecosystem-ready.
AI-First Development & Execution
Move Faster, Ship Smarter
AI-enhanced workflows automate testing, optimize infra, and accelerate shipping—without compromising security or stability.
Strategic Partnership
Build With Long-Term Clarity
Technical strategy, governance architecture, and scaling plans are embedded into how we build—before, during, and after launch.
End-To-End Execution
Ship Clean, Mainnet-Ready Products
From smart contracts to dashboards to infra ops—delivered on time, audit-ready, and ecosystem-aligned.
Events
Highlights from recent events, workshops, and hackathons Lampros has been part of.
Case Studies
FAQs
What types of smart contracts do you build?
We build production-grade smart contracts across a range of use cases including token systems, protocol logic, governance flows, staking mechanisms, and more.
Are your contracts secure and audit-ready?
Yes. All contracts are written with security-first principles, clear logic, modular design, and complete test coverage to meet audit expectations.
Do you support formal verification or advanced testing frameworks?
We can implement formal verification and advanced fuzzing depending on the scope. Our default testing pipeline includes unit, integration, and edge case coverage.
What languages and standards do you support?
We work with Solidity, Vyper, and Stylus (Rust). We follow best practices across EVM and emerging ERC standards.
How do you approach upgrades and maintainability?
While we do not enforce upgradeability by default, we support proxy patterns and modular architecture for projects that require future iterations.
