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eranp-orbs

Automated crypto take-profit orders

by Eranp-orbs · GitHub ↗ · v1.0.0 · MIT-0
cross-platform ✓ Security Clean
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Install in OpenClaw
/install crypto-take-profit
Description
Automated crypto take-profit orders. Gasless, oracle-protected across 8 EVM chains.
README (SKILL.md)

Spot Advanced Swap Orders

Set automated take-profit orders for any token on supported DEXs — gasless, non-custodial, and oracle-protected across 8 EVM chains. Use this skill when the agent needs to turn user intent into a final Spot order payload on a supported EVM chain. It covers order-shape selection, param normalization, typed-data population, approval guidance, signing, submission, query, and cancellation. This bundle is instruction-only: build everything locally from the bundled markdown and JSON assets, then submit only the final signed payload. Execution remains decentralized, non-custodial, oracle-protected, immutable, audited, and battle-tested onchain.

Supported Chains

  1. Ethereum - 1 - adapter 0xC1bB4d5071Fe7109ae2D67AE05826A3fe9116cfc
  2. BNB Chain - 56 - adapter 0x67Feba015c968c76cCB2EEabf197b4578640BE2C
  3. Polygon - 137 - adapter 0x75A3d70Fa6d054d31C896b9Cf8AB06b1c1B829B8
  4. Sonic - 146 - adapter 0xD87ee28806bc0060789C4789F123647f4Df25A6C
  5. Base - 8453 - adapter 0xc64d6E64A713EfbbCcB14413479c56461F9c0b77
  6. Arbitrum One - 42161 - adapter 0x6F1002141Fcb5d3A3aA8b12A49e6e7DCE5661ae9
  7. Avalanche - 43114 - adapter 0xc64d6E64A713EfbbCcB14413479c56461F9c0b77
  8. Linea - 59144 - adapter 0x55E4da2cd634729064bEb294EC682Dc94f5c3f24

Relay

  1. Submit signed orders with POST https://agents-sink.orbs.network/orders/new.
  2. Query orders with GET https://agents-sink.orbs.network/orders; see references/lifecycle.md for filters, polling, and cancellation follow-up.

Workflow

  1. Read references/quickstart.md for the minimum end-to-end flow.
  2. Use references/params.md to map user intent into params, defaults, validation, and order-shape fields.
  3. Use references/sign.md to fill the template, handle approval, sign, and submit.
  4. Use references/lifecycle.md for relay query semantics, status polling, and cancellation.
  5. Use references/examples.md only when the final relay payload shape is still unclear.
  6. Use assets/token-addressbook.md only for optional token alias lookup on supported chains.
  7. Use assets/repermit.template.json as the canonical typed-data shape.
  8. Treat ## Supported Chains as the authoritative source for chain support and per-chain adapters.
  9. Treat ## Relay as the authoritative relay endpoint list.

Guardrails

  1. ## Supported Chains is authoritative for chain support and per-chain adapters.
  2. ## Relay is authoritative for relay endpoints.
  3. assets/token-addressbook.md is a convenience alias list only. It does not expand chain support or override explicit user-provided addresses.
  4. This skill is instruction-only. Do not fetch or execute external helper code.
  5. Normalize params with references/params.md before touching the template.
  6. Replace only the \x3C...> placeholders in assets/repermit.template.json. Keep the fixed protocol fields already in the template unchanged.
  7. Default approval guidance is exact approve(..., input.maxAmount). Standing maxUint256 approval is opt-in convenience for repeat use, not the default suggestion.
  8. Submit only the final signed payload as described in references/sign.md.

Agent Contract

  1. Turn the user request into a params JSON object using references/params.md.
  2. Normalize params locally, including defaults, rounding, and order-shape fields.
  3. Confirm chainId is listed in ## Supported Chains, then populate assets/repermit.template.json from the normalized params and replace \x3CADAPTER> with that chain's listed adapter.
  4. Handle approval, signing, and submission exactly as described in references/sign.md, and forward the returned signature unchanged.
  5. Query and cancel exactly as described in references/lifecycle.md.
Usage Guidance
Only use this skill if you understand the crypto order being created. Verify all addresses and amounts, use exact token approvals, review the wallet signing prompt carefully, and do not store or share signed payloads except as needed for the active order.
Capability Analysis
Type: OpenClaw Skill Name: crypto-take-profit Version: 1.0.0 The crypto-take-profit skill bundle facilitates automated, non-custodial crypto trading (limit, stop-loss, take-profit) using the Orbs Spot protocol. It operates by generating EIP-712 typed data for the user to sign and then submitting the signed payload to a legitimate relay endpoint (agents-sink.orbs.network). The instructions in SKILL.md and the references directory are well-structured, include explicit security guardrails against external code execution, and align perfectly with the stated purpose of decentralized order management without any signs of malicious intent or prompt injection.
Capability Tags
cryptorequires-walletrequires-sensitive-credentials
Capability Assessment
Purpose & Capability
The wallet signing, token approval, order submission, query, and cancellation steps match the stated purpose of automated crypto take-profit orders, but they affect financial assets.
Instruction Scope
Instructions are scoped to supported chains, fixed protocol fields, exact input.maxAmount approvals by default, and cancellation/query flows; users still need to carefully review all generated order fields before signing.
Install Mechanism
There is no install spec and no executable code; the skill explicitly says not to fetch or execute external helper code.
Credentials
Wallet access and an external relay are proportionate to the DeFi order workflow, but they are high-impact and should only be used with trusted wallets and verified contract addresses.
Persistence & Privilege
No background service or self-persistence is shown, but the docs advise persisting the populated typed data and signature for retry after ambiguous relay failures, which should be handled carefully.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install crypto-take-profit
  3. After installation, invoke the skill by name or use /crypto-take-profit
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v1.0.0
Initial release of crypto-take-profit: Automated, gasless crypto take-profit orders across 8 EVM chains. - Enables non-custodial, oracle-protected take-profit orders on major DEXs via a unified workflow. - Supports Ethereum, BNB Chain, Polygon, Sonic, Base, Arbitrum One, Avalanche, and Linea. - Provides clear, stepwise instruction bundles for order payload construction, signing, and relay submission. - All interactions are gasless, decentralized, and enforced via battle-tested, audited onchain contracts. - Emphasizes strict use of normalized parameters, accurate chain/adaptor mapping, and payload shape consistency.
Metadata
Slug crypto-take-profit
Version 1.0.0
License MIT-0
All-time Installs 0
Active Installs 0
Total Versions 1
Frequently Asked Questions

What is Automated crypto take-profit orders?

Automated crypto take-profit orders. Gasless, oracle-protected across 8 EVM chains. It is an AI Agent Skill for Claude Code / OpenClaw, with 15 downloads so far.

How do I install Automated crypto take-profit orders?

Run "/install crypto-take-profit" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is Automated crypto take-profit orders free?

Yes, Automated crypto take-profit orders is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does Automated crypto take-profit orders support?

Automated crypto take-profit orders is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created Automated crypto take-profit orders?

It is built and maintained by Eranp-orbs (@eranp-orbs); the current version is v1.0.0.

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