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Install in OpenClaw
/install bifrost-slpx
Description
Bifrost SLPx liquid staking via @bifrostio/slpx-cli: exchange rates, APY (with optional DeFiLlama LP pools), TVL, holders, protocol info; vETH balances, rede...
README (SKILL.md)
Bifrost SLPx CLI
You operate the Bifrost liquid-staking CLI. On-chain execution is handled inside the tool; you run commands and interpret JSON output.
Grounding — no extra narrative
- Answer only from fields present in the CLI
--jsonyou just received. Do not add filler like time periods ("since inception", "YTD", "over time"), historic performance, or why the numbers moved unless that text is literally in the payload. rate(and the paired amounts inrate/info) is a spot conversion ratio at query time—not total return, not APR, and not evidence of a particular timeline. If(rate − 1)as a percent is mentioned, frame it strictly as “per 1outputToken, you get this multiple ofinputTokenright now”, not as appreciation since launch.- If the user wants interpretation beyond what JSON provides, say the CLI does not expose that dimension; offer another
--jsonrun for updated numbers, not invented context.
Progressive disclosure — what to load
| Task | Read first |
|---|---|
| rate / apy / info only | references/commands.md (query sections) |
| balance / status (read-only on-chain) | references/commands.md + references/tokens-and-chains.md if chain/token unclear |
| mint, redeem, or claim | references/pre-tx-checklist.md, then references/commands.md |
| signing key unset / how to configure it | references/private-key-env.md |
Do not skip pre-tx-checklist.md before any transaction that could broadcast.
Pre-flight
npx -y @bifrostio/slpx-cli --version
If the published package uses a non-latest dist-tag (e.g. prerelease on next), pin it: npx -y @bifrostio/slpx-cli@next --version.
On-chain pipeline (do not skip steps)
For mint, redeem, and claim:
- Complete the inversion prompts below if anything is ambiguous.
- Read
references/pre-tx-checklist.md. - Run through the checklist with the user and report severity-grouped findings.
- Stop until the user explicitly approves broadcasting.
- Only then run the signing path per CLI docs with
--json(assume the CLI signing key is already configured).
For redeem, always state that settlement is not instant (queued, often 1–3 days) before any real execution.
Inversion — gather before acting
Before mint/redeem/claim, resolve (ask the user if missing):
- Chain (
ethereum|base|optimism|arbitrumfor vETH on-chain). - Amount and whether mint uses native ETH or
--weth. - Address / wallet context (you must not ask for raw key material):
mint/redeem/claim: use the CLI broadcast path with the configured signing wallet.balance/status: pass an address argument, or omit it to query the default signing wallet derived by the CLI. Batchbalancestill needs explicit comma-separated addresses.
Do not broadcast until the above are clear and the pipeline steps are satisfied.
Signing key not configured
Read references/private-key-env.md and follow it end-to-end.
Commands, options, and examples
See references/commands.md.
Tokens, chains, contracts
See references/tokens-and-chains.md.
Errors
CLI returns JSON with error, code, message. Full table: references/errors.md.
Notes
- Always prefer
--jsonfor agent-driven calls. - Substrate-only tokens: use query commands; there is no CLI on-chain path for them in this tool.
Usage Guidance
This skill is a coherent wrapper around the @bifrostio/slpx-cli and behaves as expected for a liquid‑staking CLI. Before installing or letting an agent run it: (1) confirm the npm package is the official @bifrostio/slpx-cli (check the package page and source repo), (2) prefer pinning an explicit version or dist‑tag rather than always using unpinned npx -y to reduce supply‑chain risk, (3) run npx commands yourself in a controlled terminal when possible instead of allowing the agent to execute them remotely, (4) never paste private keys into chat — follow the skill’s private‑key guidance and only set BIFROST_SKILL_PRIVATEKEY locally in your shell, and (5) only approve broadcasting transactions after the pre‑tx checklist is cleared and you explicitly confirm the action. If you want extra assurance, review the upstream CLI code/repo and the package release integrity before use.
Capability Analysis
Type: OpenClaw Skill
Name: bifrost-slpx
Version: 0.1.3
The skill provides a legitimate interface for the Bifrost SLPx liquid staking protocol via the @bifrostio/slpx-cli tool. It includes strong safety guardrails, such as a mandatory pre-transaction checklist (references/pre-tx-checklist.md) and explicit instructions in SKILL.md and references/private-key-env.md to prevent the agent from requesting or logging private keys. The functionality is well-documented and strictly aligned with its stated purpose of managing liquid staking tokens.
Capability Assessment
Purpose & Capability
Name/description match the runtime instructions: the SKILL.md consistently instructs the agent to call the @bifrostio/slpx-cli (via npx) for queries (rate/apy/info) and vETH on‑chain flows (balance/mint/redeem/claim). The tokens, chains, and CLI examples align with the claimed coverage.
Instruction Scope
The instructions are narrowly scoped to running the CLI with --json and interpreting JSON output, with an explicit pre‑tx checklist and inversion prompts before any broadcast. The skill also includes guidance for configuring a private key (BIFROST_SKILL_PRIVATEKEY) and warning not to paste raw keys into chat; that guidance is reasonable but slightly ambiguous about whether the agent should run shell detection commands itself or instruct the user to run them. Ensure the agent does not attempt to collect raw keys or run arbitrary commands in the user's environment without explicit consent.
Install Mechanism
The skill is instruction-only (no install spec), but it repeatedly instructs agents to run npx -y @bifrostio/slpx-cli. Using npx means code is fetched and executed from npm at runtime — expected for a CLI wrapper but higher risk than pure local tooling. The SKILL.md does advise pinning a dist‑tag if needed; verify package provenance and consider pinning the package/version before running.
Credentials
No required env vars are declared by the skill; the only sensitive env referenced is BIFROST_SKILL_PRIVATEKEY for signing on‑chain transactions. That single credential is proportional to the claimed on‑chain write capabilities. The skill explicitly warns not to paste keys into chat and includes a pre‑tx checklist forbidding private key leakage.
Persistence & Privilege
The skill does not request always:true and does not ask to modify other skills or global agent settings. Autonomous invocation is allowed (platform default) but is not combined with broad unexplained privileges or credential requests.
How to Use
- Make sure OpenClaw is installed (local or Docker)
- Run the install command in chat:
/install bifrost-slpx - After installation, invoke the skill by name or use
/bifrost-slpx - Provide required inputs per the skill's parameter spec and get structured output
Version History
v0.1.3
Version 0.1.3
- Updated metadata version to 0.1.3.
- Clarified that the signing key for transactions should already be configured (removed raw key handling in skill instructions).
- Simplified broadcast and wallet context rules—no more `--dry-run`/address handling for execution, always use the configured signing wallet for mint/redeem/claim.
- Streamlined checklist step: now report findings and wait for user approval before broadcast, without explicit `--dry-run`.
- Naming in references: changed "BIFROST_SKILL_PRIVATEKEY" to "signing key" in several places for clarity.
- Cleanup in skill wording and minor workflow clarifications.
v0.1.2
- Added `references/private-key-env.md` for guidance on the `BIFROST_SKILL_PRIVATEKEY` environment variable and wallet setup.
- Updated workflow: Refer to the new private key guide if the user asks how to configure the key or if the key is missing.
- Clarified grounding rules: Only answer from fields present in CLI `--json` output; avoid adding time context or speculative narrative.
- Expanded instructions on when addresses or environment variables are required for `mint`, `redeem`, `claim`, `balance`, and `status` commands.
- Bumped version to 0.1.2.
v0.1.0
Initial release for Bifrost SLPx liquid staking CLI integration.
- Supports querying exchange rates, APY, TVL, holders, and protocol info for multiple vTokens.
- Enables EVM mint/redeem/claim operations for vETH on supported chains (ethereum, base, optimism, arbitrum).
- Implements mandatory pre-tx checklist and dry-run pipeline for all on-chain actions.
- Provides detailed guidance for required user input (chain, amount, address) before transactions.
- Offers error handling with structured JSON outputs.
Metadata
Frequently Asked Questions
What is Bifrost Slpx skills?
Bifrost SLPx liquid staking via @bifrostio/slpx-cli: exchange rates, APY (with optional DeFiLlama LP pools), TVL, holders, protocol info; vETH balances, rede... It is an AI Agent Skill for Claude Code / OpenClaw, with 145 downloads so far.
How do I install Bifrost Slpx skills?
Run "/install bifrost-slpx" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.
Is Bifrost Slpx skills free?
Yes, Bifrost Slpx skills is completely free, licensed under MIT-0. You can download, install and use it at no cost.
Which platforms does Bifrost Slpx skills support?
Bifrost Slpx skills is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).
Who created Bifrost Slpx skills?
It is built and maintained by Bifrost (@bifrost-io); the current version is v0.1.3.
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