Smart Contract Security Risks
Vulnerabilities in smart contracts can lead to financial losses. We follow strict security practices, conduct thorough testing, and minimize attack surfaces to ensure safe blockchain applications.

Use Cases
Our blockchain development services transform complex business logic into resilient, decentralized infrastructures. As a specialized engineering partner, we deliver high-performance architectures for RWA tokenization, private permissioned ledgers, and cross-chain liquidity hubs. By prioritizing deterministic smart contract execution, gas-efficient bytecode, and modular L2 scaling, we build future-ready ecosystems that ensure data integrity and institutional-grade security across multiple blockchain environments.
We help businesses overcome security, scalability, and integration challenges in blockchain development—delivering reliable, efficient, and production-ready Web3 solutions.
Vulnerabilities in smart contracts can lead to financial losses. We follow strict security practices, conduct thorough testing, and minimize attack surfaces to ensure safe blockchain applications.
Many blockchains face scalability issues. We design efficient architectures, optimize transactions, and implement Layer 2 or alternative solutions to improve performance.
Blockchain systems require careful design of on-chain and off-chain components. We build balanced architectures that ensure performance, security, and maintainability.
Connecting blockchain applications with traditional systems and Web3 tools can be complex. We ensure smooth integration with APIs, wallets, and third-party services.
What We Do
We provide a modular approach to blockchain development, engineering secure decentralized protocols and distributed state machines from conceptual architecture to mainnet deployment. Our engineers utilize Solidity, Rust, and Go to build gas-optimized smart contracts, cross-chain bridges, and layer-2 scaling solutions that prioritize transaction finality and data integrity. By integrating ZK-proofs and Account Abstraction, we deliver future-ready infrastructure that aligns institutional operational requirements with Web3 transparency.
Tailored Web3 Solutions
We engineer domain-specific decentralized frameworks that solve the blockchain trilemma through modular protocol design. By aligning distributed ledger technology (DLT) with institutional requirements, we deliver high-performance solutions that ensure data sovereignty, transactional determinism, and seamless integration with legacy ecosystems.
Secure, high-performance DLT systems for corporate transparency and automated supply chain workflows.
Transforming tangible assets into liquid on-chain instruments with embedded regulatory compliance.
Engineering custom network layers and rollups to achieve maximum throughput and minimal transaction latency.
Why OmiSoft
At OmiSoft, we bridge the gap between complex blockchain protocols and institutional-grade business requirements. Our engineering team focuses on delivering resilient decentralized infrastructures that are audit-ready, fully compliant, and architected for global scale. We don't just write code; we build secure, high-throughput systems that solve real-world bottlenecks through distributed ledger technology.

Solution Consultant
Tell me about your project, and I’ll suggest the right way to build or launch it.
Book a CallFAQ
The cost depends on what you're building. A focused engagement — say, a set of audited smart contracts for a token launch or a governance system — typically starts at $15,000–$40,000. A production-ready enterprise system that includes a compliance layer, ERP integration, and external audit usually runs $80,000–$300,000+.
For asset digitization projects like real estate tokenization or proof of origin on a supply chain, the range depends heavily on how many asset classes you're digitizing and what regulatory requirements apply in your jurisdiction. We always start with a paid Discovery Phase to scope the project accurately — it's the only reliable way to give you a number that won't change halfway through.
A focused MVP — a decentralized application with wallet integration and a few core contracts — can be production-ready in 6–10 weeks. A full enterprise system with compliance, integrations, and audit: 4–6 months. Infrastructure-heavy projects like cross-chain bridges or custom L2 networks typically take 6–12 months because they require multiple audit cycles.
The audit cycle itself is often the biggest variable — external security reviews take 3–6 weeks depending on the firm and protocol complexity. We scope this into the timeline from day one, so it doesn't become a surprise at the end.
It depends on whether you need public verifiability or private control.
Hyperledger Fabric is the right choice when only approved participants should see transaction data — common in supply chain, trade finance, and internal corporate workflows. There are no gas fees, and you control the consensus mechanism entirely.
Ethereum (or an EVM-compatible chain) makes sense when you need to interact with the broader DeFi ecosystem, issue publicly tradeable tokens, or run a DAO governance system where token holders need transparency. Private EVM sidechains give you a middle ground: full EVM tooling with controlled access.
Most clients choose either a private EVM sidechain or Hyperledger Fabric — not Ethereum mainnet — primarily for cost control and GDPR compliance reasons.
RWA (Real-World Asset) tokenization means converting ownership of a physical or financial asset — a building, a fund, an invoice — into a digital token on a blockchain. Each token represents a fractional share of that asset and can be transferred within your approved investor pool.
For businesses, this unlocks three things: liquidity for assets that were previously illiquid, automation of dividend distribution and cap table management directly in the smart contract, and a fully auditable ownership history on-chain. We've implemented this for real estate and mortgage assets, as well as for industrial supply chains where proving origin of recycled materials was the core compliance requirement.
Yes. Smart contract auditing is available independently from development projects. Our process includes static analysis with Slither and Mythril, manual code review, and differential testing for complex protocol logic.
For protocols with significant TVL — such as DeFi yield farming contracts or cross-chain bridge infrastructure — we additionally run formal verification to catch edge cases that automated tools miss. After the audit, you receive a categorized report (critical / high / medium / low) with remediation guidance and a re-audit of fixed findings before you go to an external firm like Hacken or CertiK.
Yes. ERP and CRM integration is a standard part of most enterprise projects we deliver. The typical setup is an event-driven middleware layer: your ERP triggers a blockchain write when a business event occurs, and the on-chain state feeds back into your dashboards in near real-time.
For user-facing products, we usually combine this with a non-custodial wallet so your team or customers can interact with the blockchain without managing seed phrases. On the dApp layer, we use The Graph for indexing and Web3.js or Ethers.js for frontend connectivity. We've done integrations with SAP, Salesforce, and custom-built internal systems.
You do — 100%. Upon final payment, all source code, smart contract bytecode, and intellectual property transfer to you under a full assignment agreement. We operate under NDA from the start of the project.
This applies equally whether you've commissioned a simple NFT marketplace, a full IDO launchpad, or a complex proof of origin system — your unique business logic stays yours. We don't retain admin keys or upgradeable proxy ownership; those are transferred to your wallet or multisig at handoff.
Deployment is not the end — it's the beginning of the most critical phase. Smart contracts are immutable once deployed, so monitoring for anomalous activity matters a lot. We provide post-launch support covering node infrastructure management, subgraph updates via The Graph, and protocol upgrades using proxy patterns when needed.
For clients running DAO governance systems or DeFi protocols, we also offer continuous security monitoring and gas optimization as network conditions change. If you need to scale beyond the initial setup — for example, migrating from Ethereum mainnet to an IDO launchpad on a custom L2 — we handle that migration without downtime.