Web3 logic: turnkey smart contract development
We create decentralized solutions that work like clockwork. From simple tokens to complex DeFi protocols and ecosystems on TON. We focus on deep gas optimization, vulnerability protection, and architectural cleanliness, so your project is ready for audits of any complexity from day one.
Web3 logic: turnkey smart contract development
We create decentralized solutions that work like clockwork. From simple tokens to complex DeFi protocols and ecosystems on TON. We focus on deep gas optimization, vulnerability protection, and architectural cleanliness, so your project is ready for audits of any complexity from day one.
Web3 logic: turnkey smart contract development
We design and implement fault-tolerant business logic on Solidity, Move, and Tact for projects of any scale.
We create decentralized solutions that work like clockwork. From simple tokens to complex DeFi protocols and ecosystems on TON. We focus on deep gas optimization, vulnerability protection, and architectural cleanliness, so your project is ready for audits of any complexity from day one.
Core Capabilities
Your idea is our architecture. We implement Web3 solutions without room for error.
In the world of blockchain, a coding error costs not just time, but also reputation and assets. We offer not just code writing, but comprehensive engineering of smart contracts, tailored to the specifics of the chosen network and the needs of your business.
Multichain expertise: choose the stack for your tasks
We do not limit ourselves to one network. Our team works with advanced programming languages, ensuring the flexibility of your product:
- Solidity (EVM): The gold standard for Ethereum, BSC, Polygon, Arbitrum, and Optimism. Perfect for DeFi, NFT marketplaces, and DAOs.
- Move (Aptos, Sui): Secure next-generation development focused on resource management. We minimize risks of reentrancy and logical errors at the language level.
- Tact (TON): Development for the rapidly growing Telegram ecosystem. Scalable solutions capable of handling millions of users.
How we work: stages of product creation
- Architecture design: Developing interaction logic to eliminate future "bottlenecks".
- Clean development: Writing code according to the best practices of each specific network.
- Gas Consumption Optimization: We know how to make the contract "cheap" for users without losing functionality.
- Internal testing: Unit tests and attack simulations (Stress Testing) to check the contract's resilience.
- Preparation for audit: We provide you with code that is easy to read and passes checks from leading auditing firms without issues.
"A smart contract is a digital law. We make this law fair, transparent, and invulnerable."
What do you get as a result?
A fully deployed and verified contract on Mainnet, detailed technical documentation for integration with the frontend, and a guarantee of support during the launch phase.
Ready to discuss the architecture of your project? Let's start with a consultation.
Technology
Stack
Enterprise-grade tools for mission-critical systems.
Hedera Blockchain — a distributed ledger with Hashgraph architecture, providing speed, security, and scalability for enterprise dApps.
Blockchain TON is a high-performance ecosystem built on dynamic sharding and a fast TVM virtual machine. The platform provides low fees, scalability, ...
EXECUTION PROTOCOL
System Deliverables
Complete turnkey solution. Everything you need to launch.
Deep analysis and refactoring to reduce on-chain costs across EVM, Move and TON. We apply storage packing, algorithmic improvements, and network-specific low-level optimizations, then validate via benchmarks and regression tests.
Comprehensive security engineering: manual code review, automated static analysis, dynamic fuzzing and property-based testing, and formal verification for critical invariants. We simulate real-world attacks and provide mitigations tailored to each network.
We produce structured, auditor-focused deliverables: architecture docs, sequence diagrams, threat models, test coverage and reproducible environments. Everything is organized to minimize auditor effort and speed up certification.
Design and implement upgradeable patterns, granular role-based access controls, multisig vaults and timelocks. We ensure upgrades are safe, auditable and reversible where needed, with migration tools and governance flows for DAOs or admin teams.
Design and implement bridges, relayers and cross-chain messaging tailored to TON, EVM and Move ecosystems. We focus on trust-minimized constructions, monitoring, slashing/escape hatches and gas-efficient message packing to keep costs and attack surface low.
Technical Specifications
Our team selects the language and chain that best match your functional, security, and scalability needs. We support Solidity (Ethereum-compatible chains), Move (Aptos, Sui) and Tact (TON), and provide tooling integration for CI/CD and verification.
Security is embedded in our engineering workflow: threat modeling, secure patterns by language, automated static analysis, fuzzing and manual code reviews. Deliverables include an audit package and a remediation plan to streamline third-party audits.
Our optimization work targets the contract architecture, storage layout, and execution paths to reduce gas consumption and increase throughput. We profile on real workloads, then apply language- and VM-specific techniques to reach cost-efficient implementations.
Deliverables include audited-ready source code, unit and integration tests, deployment scripts, verified mainnet contracts, technical integration guides for frontends, and a post-launch support window. We provide reproducible build artifacts and CI configuration.
We follow a five-stage delivery model: architecture design, clean development, gas optimization, internal testing including stress simulations, and audit preparation plus deployment. Each stage has defined outputs and acceptance criteria to keep the project predictable and audit-friendly.
We select the stack according to functional needs and threat model. Our team delivers contracts in Solidity (EVM), Move (Aptos, Sui) and Tact (TON), optimizing patterns and libraries for each environment.
Security is embedded in architecture, not added later. We perform threat modeling, follow secure-by-design patterns, run static analysis and produce code that meets the expectations of leading auditing firms.
We apply low-level and architectural optimizations tailored to each network. Techniques include storage packing, minimal on-chain state, pre-computation, efficient ABI design and network-specific idioms to reduce transaction costs.
We combine automated tests, property-based testing and adversarial simulations. Our QA covers functional correctness, gas regressions and resilience to state-draining or manipulation attacks before any mainnet deployment.
You get deployed and verified contracts, technical integration guides, test artifacts and a support window during launch. We also provide maintenance options and rollback/upgrade plans tailored to your governance model.
