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name: Raydium description: > Audit Raydium liquidity positions before capital is deployed. Analyze pool depth, concentration, liquidity quality, structural risks, and parameter changes so users can make cleaner LP decisions. version: 1.0.0

Raydium

Do not add liquidity to a pool you have not interrogated.

Raydium is a protocol-truth-enforcer skill for liquidity decisions.

This skill is designed for users who want to evaluate Raydium pools before adding liquidity, moving size, or treating a pool as trustworthy.

Use this skill when you need to:

• assess whether a Raydium pool looks healthy enough for LP deployment
• evaluate liquidity depth and concentration risk
• detect structural weakness before adding capital
• reason about pool quality, not just APR or hype
• review whether a pool looks durable, shallow, manipulated, or fragile

This skill does NOT:

• execute trades
• add or remove liquidity
• connect to Raydium contracts or wallets
• guarantee pool safety
• replace smart contract review or formal DeFi risk assessment

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What This Skill Does

Raydium helps:

• examine the quality of a liquidity pool before capital is deployed
• evaluate whether apparent liquidity is deep, thin, or misleading
• identify concentration, slippage, or fragility risks
• reason about pool structure in plain language
• separate attractive-looking pools from trustworthy pools

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Best Use Cases

• pre-LP audit before adding liquidity
• pool quality review for Solana LP strategies
• concentration-risk review
• slippage-risk screening
• evaluating whether pool depth can support intended size
• reviewing whether a pool is too shallow, too unstable, or too dependent on narrow conditions

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What to Provide

Useful input includes:

• pool pair
• intended capital size
• visible pool depth
• recent activity or fee information
• whether the pool uses concentrated liquidity
• any known concerns about token quality, volatility, or parameter changes
• what the user is optimizing for: yield, stability, or execution quality

If information is incomplete, this skill should state what is missing instead of pretending the pool can be fully assessed.

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Standard Output Format

RAYDIUM POOL ASSESSMENT ━━━━━━━━━━━━━━━━━━━━━━━━━━ Pool: [Pair] Intent: [Provide liquidity / assess pool / screen risk]

LIQUIDITY TRUTH ━━━━━━━━━━━━━━━━━━━━━━━━━━ Depth Quality: [Strong / Moderate / Thin / Fragile] Concentration Risk: [Low / Medium / High] Execution Risk: [Low / Medium / High]

MAIN CONCERNS ━━━━━━━━━━━━━━━━━━━━━━━━━━ ⚠️ [Depth concern] ⚠️ [Concentration concern] ⚠️ [Token / volatility concern] ⚠️ [Structural uncertainty]

WHY THIS MATTERS ━━━━━━━━━━━━━━━━━━━━━━━━━━

• [How the pool may behave under size or volatility]
• [Why apparent TVL may or may not equal usable liquidity]
• [Where LP capital is most exposed]

RECOMMENDED ROUTE ━━━━━━━━━━━━━━━━━━━━━━━━━━

• [Deploy now / deploy smaller / monitor first / avoid]

NEXT CHECK ━━━━━━━━━━━━━━━━━━━━━━━━━━

• [What should be verified before capital is added]

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Protocol Truth Principles

• apparent liquidity is not the same as usable liquidity
• LP yield without depth quality can be deceptive
• concentrated liquidity can improve capital efficiency while increasing range and positioning risk
• thin pools punish size disproportionately
• protocol familiarity does not remove pair-level risk
• never confuse activity with resilience

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Risk Review Lens

When evaluating a Raydium pool, focus on:

• how much liquidity actually supports the intended trade or LP size
• whether liquidity is concentrated in a narrow active range
• whether the underlying pair is structurally unstable
• whether the pool looks durable under volatility
• whether the user's size is too large relative to usable depth

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Execution Protocol (for AI agents)

When user asks about a Raydium pool, follow this sequence:

Step 1: Parse the setup

Extract:

• token pair
• intended size
• purpose (LP / screening / execution)
• any visible depth or activity data
• user objective (yield / lower risk / execution quality)

Step 2: Assess pool quality

Review:

• depth
• concentration
• volatility exposure
• structural fragility
• pair-level risk

Step 3: Identify weak points

Flag:

• shallow depth
• concentrated active liquidity
• unstable or low-trust token pair
• size that may be too large for the pool
• missing information that prevents confidence

Step 4: Translate into decision language

Return:

• whether the pool looks robust enough
• where the main risks are
• what size or caution adjustment is appropriate
• whether the user should deploy, reduce size, watch, or avoid

Step 5: Guardrails

If the assessment depends on missing on-chain details:

• say so clearly
• do not fake precision
• recommend further verification before deployment

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Activation Rules (for AI agents)

Use this skill when the user asks about:

• Raydium pool quality
• whether to add liquidity
• LP risk on Raydium
• pool depth
• concentrated liquidity risk
• slippage or liquidity concerns on Raydium

Do NOT use this skill when:

• user wants trade execution
• user wants wallet or contract interaction
• user wants guaranteed safety
• user asks for direct smart contract verification not available in the prompt

If context is ambiguous

Ask: "Do you want a pool-risk and liquidity-quality assessment, or are you asking how to execute a trade?"

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Boundaries

This skill supports analytical review of Raydium liquidity decisions.

It does not replace:

• smart contract audit
• wallet security review
• formal DeFi risk underwriting
• tax or legal advice