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CorpiXo
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Software, AI, and blockchain engineering for teams shipping production systems.

Built and verified.

Where you're starting from

Most engagements start here: joining a codebase already in production, taking ownership of a defined workstream, and shipping inside an architecture someone else designed.

Some engagements start from a specification, or an idea worth pressure-testing first. We take it from architecture decision through deployed system, with tests, documentation, and a runbook included.

What we build

Blockchain engineering

We build Cosmos-SDK chains and modules, EVM and Solidity contracts, and the bridges and relayers that connect them. Node and validator infrastructure ships alongside the contracts, not as an afterthought.

Cosmos-SDK · IBC · Solidity · Go

AI engineering

We integrate LLMs into production systems: retrieval pipelines, structured output, tool use, and evaluation harnesses that catch regressions before a release does. Self-hosted inference and cost budgeting are part of the design.

RAG pipelines · Evaluation harnesses · Self-hosted inference

Mobile and application development

We build React Native and Expo apps with offline-first sync, backed by Go and Rust services and React on the web. Store delivery and backend infrastructure are part of the same engagement.

React Native · Expo · Go · Rust

Privacy and cryptography

We design end-to-end encryption and key management for systems where the server should not be able to read user content. Zero-knowledge proof integration is production work; homomorphic encryption is feasibility-stage, and we say so plainly.

Envelope encryption · Zero-knowledge proofs · Homomorphic encryption (feasibility)

How work is bought

Hourly

  • Suits ongoing work on an existing product, or scope that's still moving.
  • Scoped by weekly priorities, with a stated minimum and maximum weekly commitment.
  • Invoiced weekly or monthly, against tracked hours.

Fixed scope, phased

  • Suits a defined outcome with a defined budget.
  • Scoped by paid discovery, producing a specification and phase plan with written acceptance criteria.
  • Invoiced on phase acceptance, not on a calendar.

See how hourly and fixed-scope engagements compare

Delivery phases

  1. 01

    Discovery

    Written specification, architecture decision record, phase plan with estimates

  2. 02

    Architecture

    System design, data model, interface contracts, threat model

  3. 03

    Build

    Working increments on a fixed cadence, each demoable and tested

  4. 04

    Hardening

    Test coverage, failure-mode and load testing, performance budget met

  5. 05

    Delivery

    Deployed system, runbook, documentation, credential handover

Read the full working process

How this actually connects

Two-way asset bridge topologyA user sends assets through a Cosmos-SDK chain's bridge module, across a permissionless relayer, to a bridge contract on an EVM chain, and a recipient receives them. Each chain's validator set secures its own hub. Gaps in the connecting lines mark the two points where the message crosses a trust boundary.UserValidatorsChain ABridge moduleLight clientRelayerLight clientChain BBridge contractValidatorsRecipient
two-way asset bridge — Cosmos-SDK chain to an EVM chain — permissionless relayer, replay protection at each light client, gaps mark the trust boundary

Read the code

CorpiXo's public work is published on GitHub. If a number ever appears on this site, the code that produced it is published there too — clone it, run it, check the output yourself.

Browse github.com/CorpiXo

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