Raydium

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.

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