okx-agentic-wallet

Automate secure on-chain wallet operations with TEE-backed signing across EVM and Solana.

Updated Mar 19, 2026
One-click install
npx skills add https://github.com/aviral10x/agent-arena --skill okx-agentic-wallet-aviral10x
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: okx-agentic-wallet
Source: https://github.com/aviral10x/agent-arena/tree/main/.agents/skills/okx-agentic-wallet
Command: npx skills add https://github.com/aviral10x/agent-arena --skill okx-agentic-wallet-aviral10x

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Secure, self-custody wallet operations are complex and risky without a cohesive workflow. This skill consolidates login/auth, OTP verification, wallet lifecycle management, balance queries, multi-token transfers, transaction history, and smart contract interactions under a single, TEEs-backed interface to improve security and reliability.

Core Features & Use Cases

  • Auth lifecycle: login, OTP verification, account addition, switching, status checks, and logout.
  • Balance & assets: view EVM and Solana addresses, token balances, and per-account totals across chains.
  • Interactions: send native and token transfers (ERC-20/SPL), contract calls, and message signing with a secure signing enclave.
  • Use Case: A developer can integrate a self-custody wallet into an app, enabling end-to-end signing, history visibility, and MEV-protected broadcasting when requested.

Quick Start

Initiate a login flow for your wallet and verify your session to start managing balances.

Frequently Asked Questions about okx-agentic-wallet

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automate secure on-chain wallet operations without compromising private keys?

Automate secure on-chain wallet operations using TEE-backed signing, which isolates authentication, balance queries, and token transfers within a secure enclave. It enforces strict address validation and user consent safety rails.

Can I execute ERC-20 and SPL token transfers across multiple chains using a single interface?

Yes, you can execute native and ERC-20 transfers on EVM networks alongside SPL transfers on Solana. The interface unifies these multi-chain interactions under TEE-backed signing with MEV protection options.

What is TEE signing and when do I need it for smart contract interactions?

TEE signing is a Trusted Execution Environment mechanism that securely processes smart contract calls and message signing. You need it when integrating self-custody wallet operations requiring strict user consent and MEV-protected broadcasting.

How do I integrate a self-custody wallet with login and OTP verification into my app?

Integrate a self-custody wallet by initiating a login flow and verifying the session with OTP verification. This manages the full auth lifecycle, including account addition, switching, status checks, and logout securely.

Does this wallet workflow support transaction history and balance checks for both EVM and Solana?

Yes, the wallet workflow supports viewing EVM and Solana addresses, querying token balances, and checking per-account totals across chains. It also provides transaction history visibility for comprehensive asset tracking.

What are the limitations of using automated signing for multi-token transfers on EVM networks?

Automated signing requires strict address validation and enforces user consent safety rails to prevent errors. While it offers MEV protection options, broadcast success still depends on underlying EVM network conditions.