From protocol design and audit-ready smart contracts to real-world asset tokenization, stablecoin rails, custody integration and exchange infrastructure — built with institutional discipline.
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Decoded events
RPC failover · 3 providers · reorg-safe indexing
Overview
Web3 has moved past experiments. Asset managers are tokenizing funds and treasuries, payment companies are settling in stablecoins, enterprises are issuing digital securities, and protocols are managing significant on-chain value. The engineering bar has risen accordingly.
Shivacha Web3 works at that bar. Our services are organised the way institutional buyers think: strategy and architecture; protocol and infrastructure engineering; smart contract engineering; financial applications such as DeFi, tokenization and stablecoins; user-facing applications such as wallets and exchanges; and the identity, data and security layers that make any of it operable.
Flagship offerings
Typical implementation
Timelines refer to software implementation and deployment scope for a defined configuration. Third-party integrations, regulatory approvals, banking and card-issuer onboarding, custody and liquidity agreements, security audits and other external dependencies may require additional time.
White-label platforms
Holders
Eligible only
Rules
ERC-3643
Next distribution
Scheduled
Issue, manage and distribute real-world asset tokens end-to-end.
Holders
Eligible only
Rules
ERC-3643
Next distribution
Scheduled
Tokenization-as-a-service for many issuers and asset classes.
Pools
Active
Oracles
Healthy
Caps
Guarded launch
Deploy, distribute and manage tokens with vesting, claims and treasury controls.
Pools
Active
Oracles
Healthy
Caps
Guarded launch
Modular DeFi: swaps, lending, vaults and staking with risk controls built in.
Pools
Active
Oracles
Healthy
Caps
Guarded launch
Native and liquid staking with transparent rewards and validator integration.
Problems we solve
Exploits come from logic errors, unsafe upgrade paths and unexamined trust assumptions, not just code style.
Issuing a token is easy; investor onboarding, transfer restrictions, corporate actions and settlement are not.
Multi-chain products face bridging risk, inconsistent tooling and fragmented users.
Custody, approvals, policy controls, reconciliation and reporting are often missing from crypto-native stacks.
On-chain data is public but hard to index, normalise and reconcile with off-chain records.
Screening, travel rule messaging and identity must be integrated into flows without breaking user experience.
Services
White-label blockchain platforms, L1/L2 networks, DeFi and DEX, smart contract systems, staking, tokenization, RWA, stablecoin and cross-chain infrastructure.
Digital asset strategy, token economics, protocol design, L1/L2 and appchain development, node infrastructure and interoperability.
Web3 Strategy & Architecture
7Protocol & Blockchain Infrastructure
15Smart Contract Engineering
11Real-world asset tokenization, digital securities, investor onboarding, transfer restrictions and lifecycle operations.
RWA Tokenization & Digital Securities
14DEXs, lending, staking, derivatives, stablecoin platforms and crypto payment rails with risk engineering built in.
DeFi Engineering
15Stablecoins & Digital Money
9Decentralized identity and compliance integrations, indexers and on-chain analytics, and Web3 security engineering.
Web3 Identity & Compliance Technology
8Blockchain Data & On-Chain Analytics
9Web3 Security Engineering
6Architecture
How we typically structure Web3 systems, adapted to your landscape and partners.
Approach
Protocol and contract specifications, threat models and trust assumptions are written and reviewed first.
Only logic that needs to be trustless goes on-chain; everything else is simpler, cheaper off-chain.
Unit, integration, fuzz, invariant and fork tests simulate attackers, not just happy paths.
Documentation, test coverage and known-issue lists are prepared so independent auditors can go deep.
Monitoring, pausing mechanisms, incident runbooks and key ceremonies are planned before mainnet.
Technology
Work & insights
How we structure a fund tokenization platform where only eligible investors can hold or receive units.
Learn moreA reference design for institutions that need every digital asset transaction initiated, approved and signed under explicit policy.
Learn moreSolana's parallel runtime and Rust programs differ fundamentally from the EVM's account model and Solidity. What that means for performance, talent and security.
Learn moreFAQ
We engineer audit-ready contracts and perform thorough internal security review, testing and audit preparation. For production deployments holding meaningful value, we recommend and help coordinate independent third-party audits; we do not present internal review as an independent audit.
Ethereum and EVM networks including Arbitrum, Optimism, Base, Polygon, BNB Chain and Avalanche; Solana; and permissioned platforms such as Hyperledger. Network selection is driven by your asset, users, liquidity, cost and compliance requirements.
No. We are a technology company. We build tokenization platforms that can encode transfer restrictions, investor eligibility and lifecycle rules defined by your legal and compliance advisors. Structuring and regulatory analysis must come from qualified counsel.
No. We integrate with qualified custodians and MPC or HSM-based key management providers, and we build the wallets, policy engines and operational tooling around them.
Yes. For consortium and enterprise use cases we build on permissioned platforms and design interoperability with public networks where needed.
Institutional-grade blockchain and decentralized infrastructure.
