Technologies
Blockchain that ships to production — and survives an audit
Most blockchain projects fail because they pick the technology before the problem. We start with the requirement — distributed trust, regulatory traceability, or programmable settlement — and only reach for chains when nothing else will do.
Where Blockchain Actually Wins
Use cases where distributed trust is the requirement, not the marketing
Supply-Chain Provenance
Track parts, batches, and custody from origin to delivery. Tamper-evident, auditable, and verifiable by partners without sharing systems.
Tokenized Real-World Assets
Bonds, real estate, invoices, and receivables on-chain. Programmable cap tables, automated settlement, and 24/7 markets.
Digital Identity & Credentials
Verifiable credentials (W3C VC, DIDs) for KYC, education, and enterprise SSO. Self-sovereign without giving up auditability.
Audit Trails & Compliance
Immutable logs for regulated workflows — financial records, clinical trials, document attestation. Cryptographic non-repudiation.
Smart Contract Settlement
B2B agreements that execute on conditions — escrow, royalties, performance-based payouts — without intermediaries.
Stablecoin Payment Rails
USDC/USDT integration for cross-border payouts, vendor settlements, and treasury — faster and cheaper than SWIFT.
Our Stack
Chosen per project — chain, language, and privacy model are picked to match the threat model
Permissioned Chains
Hyperledger Fabric, Hyperledger Besu, Quorum — for consortia and regulated enterprise workflows.
Public L1 & L2
Ethereum, Polygon PoS, Arbitrum, Base, Solana — for assets that benefit from public liquidity and verifiability.
Smart Contract Languages
Solidity, Vyper, Rust (Solana, Substrate), Move (Aptos, Sui) — picked to match the chain and threat model.
Privacy & Scaling
zk-proofs (zkSync, Polygon zkEVM), account abstraction (ERC-4337) for gasless UX, and confidential transactions where needed.
Identity Standards
W3C Verifiable Credentials, DIDs, ERC-725, and DPDP/eKYC integration patterns for Indian regulated use cases.
Oracles & Bridges
Chainlink for off-chain data, native bridges where needed — with replay and reentrancy hardening.
How We Work
Crypto is unforgiving — exploits cost real money. We treat smart contracts like aircraft software.
Is blockchain the right tool?
We start by trying to talk you out of it. If a Postgres table and an audit log will do, we say so. Blockchain only when distributed trust is the actual requirement.
Architecture & threat model
Public vs permissioned, consensus choice, gas economics, oracle dependencies, upgrade strategy, key management — decided before a line of Solidity.
Development
Smart contracts written with Foundry/Hardhat. 100% test coverage on contract code. Slither/Mythril static analysis on every commit.
Audit & formal verification
Internal audit, then external audit by a firm we trust. Critical contracts get formal verification on invariants.
Integration
Wire on-chain settlement into your existing ERP, CRM, or payment stack. Indexers (The Graph), webhooks, and reorg-safe event handling.
Operate
Monitoring, key rotation, contract upgradability path (proxy patterns), and incident response runbooks. Crypto is forever — operations are non-optional.
Is blockchain the right tool?
We start by trying to talk you out of it. If a Postgres table and an audit log will do, we say so. Blockchain only when distributed trust is the actual requirement.
Architecture & threat model
Public vs permissioned, consensus choice, gas economics, oracle dependencies, upgrade strategy, key management — decided before a line of Solidity.
Development
Smart contracts written with Foundry/Hardhat. 100% test coverage on contract code. Slither/Mythril static analysis on every commit.
Audit & formal verification
Internal audit, then external audit by a firm we trust. Critical contracts get formal verification on invariants.
Integration
Wire on-chain settlement into your existing ERP, CRM, or payment stack. Indexers (The Graph), webhooks, and reorg-safe event handling.
Operate
Monitoring, key rotation, contract upgradability path (proxy patterns), and incident response runbooks. Crypto is forever — operations are non-optional.
Where We Start
Engagement shapes we've delivered before
Smart Contract Engineering
Production-grade Solidity, Rust, or Move. Foundry test suites, slither/mythril static analysis, and external audit handled end-to-end.
Permissioned Consortium Networks
Hyperledger Fabric or Besu networks for B2B consortia. Channels, MSPs, off-chain data layers, and access control.
Asset Tokenization Platform
Compliant tokenization rails for bonds, real estate, or invoices. Transfer restrictions, KYC gating, and regulator-friendly reporting.
DePIN & Supply-Chain Apps
End-to-end traceability apps with IoT integration. Hash anchoring of off-chain data with on-chain attestations.
Audit & Security Reviews
Independent reviews of existing contracts and protocols. Vulnerability disclosure, hardening recommendations, and re-audits.
Payment Rails Integration
Stablecoin payouts, vendor settlements, treasury automation. On/off-ramp partner integrations for regulated flows.
Common Questions
Do I actually need blockchain, or will a database do?
Public chain or permissioned?
What about gas fees and UX?
How do you handle smart-contract security?
What if the project doesn't need blockchain?
Domains we've shipped in
Have a tokenization or settlement problem you can't crack?
We architect the chain, write the contracts, and survive the audit. Then we keep them running.