Intelligent EVM → Injective compatibility layer that translates calldata into Cosmos SDK messages, analyzes migration feasibility, and estimates cost savings.
TransactIQ is an intelligent compatibility layer that bridges Ethereum Virtual Machine (EVM) transaction patterns to Injective’s Cosmos SDK architecture.
Developers migrating from EVM chains face structural differences in message formats, trading models, and authorization mechanisms. TransactIQ reduces migration complexity by automatically decoding calldata and generating Injective-native messages.
Problem
EVM-based systems rely on:
Calldata-based execution
AMM liquidity pools
ERC-20 approvals
Injective uses:
Cosmos SDK message types
Orderbook exchange architecture
Authz module
This architectural gap creates migration friction.
TransactIQ:
Decodes EVM function selectors
Matches known transaction patterns
Converts them into Injective message structures
Scores compatibility
Estimates migration effort
Quantifies potential cost savings
It functions as a deterministic translation and analysis engine.
EVM calldata → Cosmos SDK message objects.
Direct / Partial / Unsupported pattern evaluation.
Feasibility rating + development hour estimation.
Ethereum vs Injective operational comparison (~99% lower fees).
Instead of weeks of manual protocol research, developers can:
Instantly evaluate migration viability
Detect unsupported patterns
Plan redesign scope
Understand Injective-native equivalents
During the hackathon, we:
Designed a selector database mapping EVM functions to Injective messages
Implemented ABI decoding using ethers.js
Built a translation engine with structured Cosmos message builders
Created compatibility scoring logic
Implemented migration effort estimation with complexity modeling
Designed deterministic REST API architecture
Created full documentation and testing scripts
The MVP is fully functional as an off-chain translation and analysis engine.
Pre-seed / Bootstrapped
Currently not fundraising. Exploring ecosystem grants and technical partnerships.