Exodua — Practical Web3 wallet engineered for humans

Privacy-first keys • Account abstraction ready • Built for teams & creators — exodua.io

What Exodua solves (without buzzwords)

Most wallets promise "security" or "simplicity" but force users to trade one for the other. Exodua takes a different approach: reduce real user error by combining clear progressive UX, recoverable key models, and interoperability across EVM and non-EVM networks. That means fewer lost accounts, fewer social support tickets, and teams that can onboard collectors, developers, and product users without a crash course in cryptography.

Core features that matter

Deterministic, multi-modal recovery

Exodua supports recovery using: a cryptographic seed (standard), an optional delegated guardian (device or trusted friend), and a cloud-encrypted recovery key stored with user consent. Each option is modular — teams choose defaults suitable for their users and risk model.

Account abstraction & gas flexibility

Built to plug into account abstraction standards, Exodua enables sponsored gas, paymaster flows, and batched transactions so dApps can offer predictable UX (e.g., "one-click buy" without the gas confusion).

Session keys & role separation

Generate scoped session keys for one-off approvals (marketplace listing, NFT minting) while keeping the primary key offline. Session keys expire or revoke with a single tap.

Transparent privacy controls

Exodua surfaces exactly what on-chain data a dApp will read and write. Users can preview the contract calls in human language, choose pseudonymous connections, and selectively allow network telemetry to support analytics.

Developer tools & integrations

A lightweight JS SDK, walletconnect support, and CLI tooling make integration fast. Developers can request a capability scope (sign only, transfer, manage-nft) instead of full account access.

Security model — not vague, but practical

Exodua uses on-device keys with optional hardware-backed storage. Offline signing is simple: export a single-use QR for air-gapped approvals. Recovery options are non-destructive by design—restores never override user consent for connected services. Audit logs and transaction provenance are recorded locally and sync to an encrypted journal should the user enable cloud backup.

Why teams choose Exodua

  • Lower support costs: progressive onboarding reduces misplaced seed questions by surfacing recovery steps at the right time.
  • Better conversion: UX patterns (guest wallets, gas abstraction) increase first-time transaction success.
  • Regulatory flexibility: modular KYC hooks let teams adopt compliance flows without hardwiring them into the wallet core.

How to get started (practical steps)

  1. Download & verify: Install from the official domain (exodua.io) and verify release checksums published on the project's GitHub channel.
  2. Create an account: Choose guided recovery or advanced seed; create a display name for social dApp interactions (optional).
  3. Connect to a dApp: Use WalletConnect or native deep link — Exodua will show capability scopes before approval.
  4. Try recovery: Run the "recovery rehearsal" to ensure your chosen restore mechanism works before you rely on it.

Responsible design decisions

Exodua intentionally avoids dark patterns. There are no forced backups, no hidden data exports, and every permission request includes a short, human-readable rationale. That clarity translates into better long-term safety — users who understand what a signature does are less likely to be phished.

For developers & integrators

The Exodua SDK provides: a scoped auth flow, pre-sign templates for recurring payments, and a simulator for testing sponsored transactions. Server-side libraries validate signed payloads and can optionally request on-chain nonce synchronization to reduce failed transactions in congested environments.