Developer Overview

Live

Everything you need to build on Inaya — five real, published packages, a real S3-compatible storage API, and a real Terraform provider.

Five real, published packages

Package	What it's for
`@inaya-network/custody-sdk`	The core client SDK — encrypt, shard, and anchor files.
`@inaya-network/react`	Drop-in React + Tailwind components (`InayaConnect`, `InayaUploader`, `InayaFileBrowser`).
`inaya-cli`	Encrypt/shard/anchor files from a terminal or CI/CD pipeline.
`create-inaya-dapp`	Scaffold a new Next.js app pre-wired with the SDK, React components, Tailwind, and wagmi/viem.
`@inaya-network/node-daemon`	Register and run an Inaya node operator.

Full reference for each: SDK Reference, CLI Reference.

A separate cross-chain SDK

@inaya-network/bridge-sdk is deliberately a separate package from custody-sdk — cross-chain transfer and staking is a distinct concern from file custody, so upload-only consumers don't pay for a surface they don't use.

The public API

/api/public/v1/* — evidence lookup, audit-chain verification, permission checks, and the full storage control plane (resources, snapshots, backup policies/plans). Every request authenticates with a bearer org API key. Full reference: API Reference.

Infrastructure as code

terraform-provider-inaya lets you declare storage volumes, snapshots, and backup policies as Terraform resources. See Storage Control Plane & Terraform Provider.

30-second quickstart

bash

npm install @inaya-network/custody-sdk ethers

import { connectWallet, generateSecureSalt, deriveVaultKey, disperseAndSlice, anchorToLedger } from "@inaya-network/custody-sdk";

const wallet = await connectWallet();
const salt = generateSecureSalt();
const vaultKey = await deriveVaultKey(wallet, salt);
const shards = await disperseAndSlice(fileBuffer, vaultKey);
await anchorToLedger(shards, wallet);

See inayanetwork.com/build for the fuller walkthrough and value proposition.

Storage Control Plane & Terraform Provider