Get full overview of an Arcadia account: health factor, collateral value, debt, deposited assets, liquidation price, and automation status. Health factor = 1 - (used_margin / liquidation_value): 1 = no debt (safest), >0 = healthy, 0 = liquidation threshold, <0 = past liquidation. Higher is safer. The automation object reports which asset managers are enabled (rebalancer, compounder, yield_claimer, cow_swapper, merkl_operator, gas_relayer), each as the position's dex_protocol when protocol-specific or true when account-level, plus inferred_intents (the automations those managers add up to), merkl claim state, and deprecated_managers for any superseded deployment still set on the account. Superseded managers should be cleared: write.account.automations disables them as part of a save. For the full decoded per-manager config use read.asset_manager.current. LP positions in assets[] include a dex_protocol field (slipstream, slipstream_v2, slipstream_v3, staked_slipstream, staked_slipstream_v2, staked_slipstream_v3, uniV3, uniV4). To configure automations, prefer passing the position's id as position_id to write.account.automations, which resolves the protocol and tokens for you; the dex_protocol value is also accepted directly as its protocol param. Slipstream V2 is Base-only. V3 is available on Base and Optimism. Unichain supports only Slipstream V1, uniV3, and uniV4. Numeric fields without a _usd suffix are in the account's numeraire token raw units (divide by 10^decimals: 6 for USDC, 18 for WETH, 8 for cbBTC). Fields ending in _usd are in USD with 18 decimals (divide by 1e18). health_factor is unitless. Asset amounts are raw token units. To list all accounts for a wallet, use read.wallet.accounts.

Get historical collateral and debt values for an Arcadia account over time. Returns a time series of snapshots (timestamp, collateral_value, debt_value, net_value). Each value is the account's net value in USD (human-readable, not raw units). Useful for charting account performance over a period.

Get PnL (cost basis) and yield earned for an Arcadia account. Returns lifetime totals: cost basis vs current value (negative cost_basis = net profit withdrawn), net transfers per token, total yield earned in USD and per token. cost_basis, current_value, cost_diff are in USD (human-readable). Per-token fields (net_transfers, summed_yields_earned) are in raw token units.

List all Arcadia lending pools: TVL, utilization, available liquidity. Key fields: interest_rate = current borrow cost, lending_apy = lender yield. All rates are decimal fractions (1.0 = 100%, 0.06 = 6%). For APY history on a specific pool, use read.pool.info.

Get detailed info for a single lending pool including APY history over time. Useful for analyzing rate trends and comparing pools. Use read.pool.list to discover pool addresses.

List supported collateral assets on Arcadia. Returns compact list (address, symbol, decimals, type). Use search to filter by symbol substring. For USD prices, use read.asset.prices.

Get USD prices for one or more asset addresses. Pass a single address or comma-separated addresses. Returns a price map keyed by address.

Get Arcadia LP strategies. Use featured_only=true for curated top strategies (recommended first call). Returns a paginated list with 7d avg APY for each strategy's default range. Increase limit or use offset for pagination. All APY values are decimal fractions (1.0 = 100%, 0.05 = 5%). For full detail on a specific strategy (APY per range width), use read.strategy.info.

Get full detail for a specific LP strategy by ID — includes APY per range width (narrower range = higher APY but more rebalancing cost/risk), pool info, and configuration. Use read.strategy.list to discover strategy IDs. All APY values are decimal fractions (1.0 = 100%, 0.05 = 5%).

Get a rebalancing recommendation for an Arcadia account — suggests asset changes to optimize yield. Uses 1d APY (not 7d like read.strategy.list), so recommended strategies may differ from the list ranking. APY values are decimal fractions (0.05 = 5%). weekly_earning_difference is in USD.

Get the Arcadia points leaderboard (paginated). For a specific wallet's points balance, use read.wallet.points.

Get Arcadia workflow guides and reference documentation. Call this before multi-step workflows (opening LP positions, enabling automation, closing positions) or when you need contract addresses, asset manager addresses, or strategy parameters. Topics: overview (addresses + tool catalog), automation (intent-based automation setup), strategies (step-by-step templates), selection (how to evaluate and parameterize strategies).

Get native ETH and ERC20 token balances for a wallet address. Reads directly from chain via RPC multicall. Use before write.account.add_liquidity or write.account.deposit to verify the wallet has sufficient tokens. Returns both raw balance (smallest unit/wei) and formatted (human-readable) per token.

Check ERC20 token allowances for a spender address. Use before write.wallet.approve to avoid redundant approvals — skip approving if the current allowance is already sufficient.

List all Arcadia accounts owned by a wallet address. Returns a summary of each account (address, name). Call read.account.info with a specific account_address for full details like health factor, collateral, and debt.

Get Arcadia points balance for a specific wallet address.

List the automation intents Arcadia supports, with the parameters each one accepts. Pass account_address to also get per-account availability: which intents can be enabled right now and, for any that cannot, the compatibility rule blocking it. Pass position_id as well to scope availability to one LP position. Without account_address this returns the catalog only.

Read which asset managers are currently enabled on an account, with their decoded on-chain configuration. Returns the active managers (address, protocol, initiator, decoded strategy metadata, slippage and value-loss caps, fee recipient), the intents they map to, and Merkl claim state including whether reward tokens still need registering. Managers from superseded deployments are listed separately under deprecated: pass their addresses to write.account.automations_delta to clear them, or run write.account.automations which disables them as part of the save. read_ok is false when chain state could not be read, in which case the result is unreliable rather than empty.

Build an unsigned transaction to create a new Arcadia account via the Factory contract. account_version: 3 with creditor → V3 margin account (can borrow/leverage). account_version: 0 or 4 → V4 spot account (no borrowing, creditor is ignored, any ERC20 allowed). Returns the predicted account address (deterministic via CREATE2).

Build an unsigned transaction to deposit assets into an Arcadia account as collateral. Supports ERC20 tokens and ERC721 NFTs (LP positions). NOT needed before write.account.add_liquidity — that tool deposits from wallet atomically. Ensure the account is approved first (call read.wallet.allowances to check, then write.wallet.approve if needed). Account version is auto-detected on-chain (override with account_version if needed).

Build an unsigned transaction to withdraw assets from an Arcadia account to the owner's wallet. Only the account owner can withdraw. Will revert if the account has debt and withdrawal would make it undercollateralized. Does not support max_uint256 — pass exact amounts from read.account.info. Account version is auto-detected on-chain (override with account_version if needed).

Build an unsigned transaction to borrow from an Arcadia lending pool against account collateral. NOT needed for leveraged LP — write.account.add_liquidity handles borrowing internally when leverage > 0. Only works with margin accounts (created with a creditor/lending pool). Spot accounts (no creditor) cannot borrow — the tool will validate this and reject. Before borrowing, verify the account has positive free margin via read.account.info: collateral_value must exceed used_margin.

Repay debt to an Arcadia lending pool using tokens from the wallet (requires ERC20 allowance). To repay using account collateral instead (no wallet tokens needed), use write.account.deleverage. Check allowance first (read.wallet.allowances), then approve the pool if needed (write.wallet.approve). Check outstanding debt with read.account.info.

Multi-step flash-action: atomically combines [deposit from wallet] + [use account collateral] + [swap to optimal ratio] + [mint LP] + [borrow if leveraged] in ONE transaction. Do NOT call write.account.deposit separately. Capital sources: wallet tokens (deposits array), existing account collateral (use_account_assets=true), or both. Check allowances first (read.wallet.allowances), then approve if needed (write.wallet.approve). Supports depositing multiple tokens and minting multiple LP positions in one tx. Works with both margin accounts (can leverage) and spot accounts (no leverage). For workflows, call read.guides('strategies'). The returned calldata is time-sensitive — sign and broadcast within 30 seconds. If the transaction reverts due to price movement, rebuild and sign again immediately (retry at least once before giving up). Response includes tenderly_sim_url and tenderly_sim_status for pre-broadcast validation. expected_value_change is in raw units of the account's numeraire token (6 decimals for USDC, 18 for WETH). Negative = cost to open, positive = value gained. Compare before.total_account_value and after.total_account_value for the full picture.

Flash-action: PARTIALLY decreases liquidity from an LP position. The position remains open with reduced liquidity; underlying tokens stay in the account.

For FULL position exit (burn LP + swap + repay + withdraw), use write.account.close instead — it batches everything into one atomic transaction.

The returned calldata is time-sensitive — sign and broadcast within 30 seconds. If the transaction reverts due to price movement, rebuild and sign again immediately (retry at least once before giving up). Response includes tenderly_sim_url and tenderly_sim_status for pre-broadcast validation.

Flash-action: swaps assets within an Arcadia account in one atomic transaction. The backend finds the optimal swap route. NOTE: If you are closing a position (swap + repay + withdraw), prefer write.account.close which batches everything atomically. Only use this tool for standalone swaps within an active position. The returned calldata is time-sensitive — sign and broadcast within 30 seconds. If the transaction reverts due to price movement, rebuild and sign again immediately (retry at least once before giving up). Response includes tenderly_sim_url and tenderly_sim_status for pre-broadcast validation — if tenderly_sim_status is 'false', do NOT broadcast the transaction.

Multi-step flash-action: sells account collateral to the debt token and repays in one atomic transaction — no wallet tokens needed. To repay from wallet tokens instead, use write.account.repay. NOTE: If you are closing a position (remove LP + swap + repay + withdraw), prefer write.account.close which batches everything atomically. Only use this tool for standalone repayment while keeping the position active. The returned calldata is time-sensitive — sign and broadcast within 30 seconds. If the transaction reverts due to price movement, rebuild and sign again immediately (retry at least once before giving up). Response includes tenderly_sim_url and tenderly_sim_status for pre-broadcast validation — if tenderly_sim_status is 'false', do NOT broadcast the transaction.

Flash-action: stake, unstake, or claim rewards for an LP position in one atomic transaction. Use the action parameter to select the operation. asset_address is the position manager contract — pass the non-staked PM address when staking, or the staked PM address when unstaking. The returned calldata is time-sensitive — sign and broadcast within 30 seconds. If the transaction reverts due to price movement, rebuild and sign again immediately (retry at least once before giving up). Tenderly simulation may not be available for this endpoint — verify the position exists with read.account.info before signing.

Atomic flash-action that closes an Arcadia account position in ONE transaction. Combines up to 3 steps atomically: [burn LP position] + [swap all tokens to a single target asset] + [repay debt]. Tokens remain in the account after closing — use write.account.withdraw to send them to your wallet.

ALWAYS try this tool first when closing/exiting a position. Only fall back to individual tools (write.account.remove_liquidity, write.account.swap, write.account.deleverage, write.account.withdraw) if this tool fails.

Supports two modes:

• close_lp_only=true: Burns LP and leaves underlying tokens in the account. Use as step 1 if the full close fails, then call again with close_lp_only=false to swap+repay the remaining tokens.

• close_lp_only=false (default): Full atomic close — burns LP, swaps everything to receive_assets, repays debt. Remaining tokens stay in the account. Follow up with write.account.withdraw to send to wallet. Supports multiple receive assets with custom distribution.

The returned calldata is time-sensitive — sign and broadcast within 30 seconds. If the transaction reverts due to price movement, rebuild and sign again immediately (retry at least once before giving up). Response includes tenderly_sim_url and tenderly_sim_status for pre-broadcast validation.

Build an unsigned approval transaction. For ERC20 tokens: generates approve(spender, amount). For ERC721/ERC1155 NFTs (e.g. LP positions): generates setApprovalForAll(operator, true). Required before write.account.deposit or write.account.add_liquidity (when depositing from wallet). Tip: call read.wallet.allowances first to check if approval already exists — skip this if the current allowance is sufficient.

Build an unsigned deposit transaction into an Arcadia lending tranche (ERC-4626). Lenders deposit the pool's underlying asset (USDC/WETH/cbBTC) and receive tranche shares that accrue interest from borrowers. Requires prior ERC-20 approval to the tranche (see write.wallet.approve). To check current lender yield, call read.pool.list or read.pool.info.

Build an unsigned redeem transaction to withdraw from an Arcadia lending tranche (ERC-4626). Burns tranche shares and returns the corresponding amount of underlying asset, including accrued interest. The owner must be the shares holder; receiver is where the underlying asset is sent.

Configure an account's automations from a list of intents and return the unsigned setAssetManagers transaction. The backend resolves which asset managers each intent needs, validates that the combination is compatible, encodes the metadata and builds the calldata, so you describe the desired outcome rather than the contracts.

With mode 'save' (the default) the intents array is the complete desired state: the backend diffs it against what is currently enabled, so any automation you leave out is DISABLED by the returned transaction. Pass a single intent with enabled: false to turn everything off.

Mode 'preview' validates and resolves the intents WITHOUT reading chain state and returns no transaction, because its calldata carries no disable entries and would only partially apply the state. Use it to check a combination is legal or to show a plan; use 'save' to get something signable. To toggle one automation without restating the rest, use write.account.automations_delta.

Intents:

• compound_fees: reinvest earned fees/rewards back into the LP. Optional 'tokens' scopes it per yielding token. A staked reward that is not a pool token is swapped in via CowSwap automatically.

• claim_rewards: claim yield out. config.mode as_earned pays the tokens as-is, convert_to swaps them to config.buy_token via CowSwap. config.convert_tokens converts only a subset and claims the rest as-earned. config.destination account or wallet.

• add_to_lp: fold idle pool-token balances (deposits, rebalance leftovers) back into the LP. Opt-in per token.

• claim_merkl: auto-claim Merkl incentive rewards. Independent of the compounder/claimer/cowswapper triad and needs no position context.

• rebalance: reposition the LP. strategy out_of_range (default), take_profit (runs on the dedicated profit-taker contract), or protocol_owned_liquidity.

Pass position_id (from assets[] in read.account.info) and the backend fills in protocol, is_staked, token0, token1 and reward_tokens for you; anything you pass explicitly wins. claim_merkl needs no position context.

Rules the backend enforces (a violation is returned as an error, never written on-chain):

• Every yielding token must be assigned to exactly one of compound_fees or claim_rewards. Scoping one to a subset without covering the rest is rejected, and no token may be in both.

• A wallet or custom-recipient payout requires a pure as-earned claim: nothing converted, and every yielding token claimed. Converts settle in the account.

• convert_tokens must be a subset of the claimed tokens, and buy_token cannot be a compounded token, a converted token, or an add_to_lp folded token.

• Each intent kind may appear only once, and a token list must not be empty or name a token the position does not yield.

Returns { valid, errors, warnings, human_summary, plan, diff, transaction }. When a compatibility rule fires the call returns an error and no transaction: read errors[].reason, adjust the intents and retry. There is deliberately no transaction when the account already matches the request (no_changes_needed), when the Tenderly simulation predicts a revert (an error), or in preview mode (preview_only). Call read.asset_manager.intents first to see which intents this account can enable.

Apply an explicit change to an account's automations and return the unsigned setAssetManagers transaction. Unlike write.account.automations this is a delta, not a full desired state: automations you do not mention are left untouched. Use it to switch one automation on or off without restating the others.

The enable array takes intents to switch on (same shapes as write.account.automations). To turn an automation OFF, call read.asset_manager.current, take the address of the manager serving it, and pass that address in the disable array: an intent with enabled: false in enable is rejected because the backend would ignore it. Superseded or unreadable managers still set on the account are force-disabled in the same transaction regardless.

Intents:

• compound_fees: reinvest earned fees/rewards back into the LP. Optional 'tokens' scopes it per yielding token. A staked reward that is not a pool token is swapped in via CowSwap automatically.

• claim_rewards: claim yield out. config.mode as_earned pays the tokens as-is, convert_to swaps them to config.buy_token via CowSwap. config.convert_tokens converts only a subset and claims the rest as-earned. config.destination account or wallet.

• add_to_lp: fold idle pool-token balances (deposits, rebalance leftovers) back into the LP. Opt-in per token.

• claim_merkl: auto-claim Merkl incentive rewards. Independent of the compounder/claimer/cowswapper triad and needs no position context.

• rebalance: reposition the LP. strategy out_of_range (default), take_profit (runs on the dedicated profit-taker contract), or protocol_owned_liquidity.

Pass position_id (from assets[] in read.account.info) and the backend fills in protocol, is_staked, token0, token1 and reward_tokens for you; anything you pass explicitly wins. claim_merkl needs no position context.

Rules the backend enforces (a violation is returned as an error, never written on-chain):

• Every yielding token must be assigned to exactly one of compound_fees or claim_rewards. Scoping one to a subset without covering the rest is rejected, and no token may be in both.

• A wallet or custom-recipient payout requires a pure as-earned claim: nothing converted, and every yielding token claimed. Converts settle in the account.

• convert_tokens must be a subset of the claimed tokens, and buy_token cannot be a compounded token, a converted token, or an add_to_lp folded token.

• Each intent kind may appear only once, and a token list must not be empty or name a token the position does not yield.

DEV ONLY — Sign and broadcast an unsigned transaction using a local private key (PK env var). For production, use a dedicated wallet MCP server (Fireblocks, Safe, Turnkey, etc.) instead of this tool. Takes the transaction object returned by any write.* tool and submits it onchain.