Depositing assets into an automated DeFi platform can look deceptively simple. A user selects a token, enters an amount, approves the transaction, and receives a new balance in the interface. Behind those few actions, however, the deposited capital may pass through several smart contracts, lending markets, swaps, staking systems, and risk-management modules.

Cian Protocol is designed to coordinate this process automatically.

After a successful deposit, funds do not simply remain idle in a platform-controlled wallet. Depending on the selected Cian Protocol product, the capital may be converted into another supported asset, supplied to a lending market, used as collateral, deployed into staking or restaking positions, or divided among several approved strategies.

The user receives a receipt token representing a proportional share of the vault or Yield Layer. As the underlying positions generate income, the value represented by that receipt token can increase. When the user requests a withdrawal, Cian Protocol must reverse the relevant operations, release capital from external protocols, repay any debt, and return the appropriate assets.

Understanding this complete capital journey is essential because the deposit token is only the beginning of the strategy. The real sources of yield and risk appear after the assets enter the underlying DeFi infrastructure.

Step 1: The User Selects a Cian Protocol Product

The capital journey begins before the transaction is signed.

Cian Protocol offers different types of automated products, including Yield Layers, Strategy Vaults, and selected automated strategies. Each product has its own supported deposit assets, underlying protocols, yield sources, allocation model, and withdrawal conditions.

A user may choose a product designed around:

• ETH or wrapped ETH

• Liquid Staking Tokens

• Liquid Restaking Tokens

• Tokenized Bitcoin assets

• Stablecoins

• Other supported yield-bearing tokens

Selecting the correct product determines what will happen after the deposit. An unleveraged lending strategy follows a very different capital path from a recursive staking vault that borrows against collateral.

Before depositing, users should understand whether the strategy involves conversions, leverage, external reward programs, delayed withdrawals, or exposure to several protocols.

Cian Protocol automates execution, but the user remains responsible for choosing the strategy.

Step 2: The Wallet Approves the Deposit Contract

Most ERC-20 tokens cannot be transferred by a vault until the user gives the relevant smart contract permission to use them.

This is completed through an approval transaction.

The approval does not yet move assets into the Cian Protocol strategy. It authorizes the specified contract to transfer a defined amount from the connected wallet.

After the approval is confirmed, the user submits the actual deposit transaction. The wallet displays the token amount, destination contract, network fee, and other transaction details.

Users should verify the token, blockchain, and contract interaction before signing. A genuine Cian Protocol transaction does not require the user’s private key or recovery phrase.

Keeping enough native network currency for gas is also important. Depositing every available ETH or another gas token can make it difficult to complete later actions.

Step 3: Assets Enter the Cian Protocol Vault

Once the deposit transaction is confirmed, the assets enter the relevant vault contract.

The vault is responsible for receiving deposits, recording user ownership, and coordinating capital allocation. It acts as the primary accounting layer between depositors and the underlying strategies.

Funds may remain briefly in the vault while waiting to be allocated, but the purpose of the system is to place eligible capital into productive positions.

The vault does not necessarily follow one permanent strategy. In a Cian Protocol Yield Layer, it can distribute capital across several strategy contracts.

This creates a clear separation:

• The vault manages deposits and ownership accounting.

• Strategy contracts execute specific yield operations.

• External DeFi protocols provide the underlying financial markets.

The exact capital flow depends on the selected product and its current allocation.

Step 4: The User Receives a Receipt Token

After a successful deposit, the user receives a receipt token representing a proportional share of the Cian Protocol vault.

This receipt token is not an extra promotional reward. It is a certificate of ownership connected to the assets and liabilities held by the Yield Layer.

Suppose a user owns 1% of all outstanding receipt tokens. Subject to the vault’s accounting, fees, and withdrawal process, those tokens represent approximately 1% of its net assets.

The position value is generally calculated through the relationship:

Net Value = receipt-token quantity × receipt-token price

As the vault earns income, the value represented by each receipt token may rise. If the underlying assets decline in value or the strategy experiences negative performance, it may also fall.

Users should protect receipt tokens as carefully as other crypto assets. Transferring them can transfer the economic claim on the corresponding vault position.

Step 5: Deposit Assets May Be Converted

The asset chosen on the deposit screen is not always the final asset used by the strategy.

Some Cian Protocol products accept more than one entry token. The vault may convert an alternative deposit asset into the primary token required by the underlying strategy.

For example, a Bitcoin-focused Yield Layer may accept two supported Bitcoin representations and convert one into the principal asset used by the vault. An ETH-oriented product may wrap ETH or convert it into a supported Liquid Staking Token.

These conversions make entry more convenient because the user does not need to complete every swap manually.

However, conversion introduces additional considerations:

• Exchange rate

• Slippage

• Available liquidity

• Smart-contract dependencies

• Token wrapping or redemption rules

• Market price deviations

Cian Protocol can apply minimum exchange-rate restrictions so a transaction reverts when execution conditions become excessively unfavorable. This reduces poor execution risk, although it can also delay an operation if suitable liquidity is unavailable.

Step 6: Capital Is Allocated to Strategy Contracts

After entering the vault, capital can be transferred to one or more approved strategy contracts.

Each strategy contract follows a defined set of rules. It may supply assets to a lending market, create a recursive staking position, access restaking income, deploy capital into a structured carry trade, or use another approved source of on-chain yield.

In a Cian Protocol Yield Layer, allocation ratios determine how much capital each strategy receives.

One strategy may receive most of the funds because it currently offers the most suitable combination of yield, liquidity, and risk. Other strategies may receive smaller allocations to diversify the capital sources or preserve withdrawal liquidity.

Allocation decisions should not be understood as uncontrolled movement between arbitrary protocols. Capital is directed to approved contracts within the framework of the Yield Layer.

Important allocation changes may use multi-signature authorization, reducing dependence on a single private key.

Step 7: Assets Begin Producing Yield

Once capital reaches the underlying positions, it can begin earning income.

Cian Protocol does not create returns from nothing. Yield comes from identifiable activities performed by integrated protocols and markets.

Possible sources include:

Staking Rewards

A Liquid Staking Token can continue reflecting validator rewards generated by the underlying proof-of-stake network.

Restaking Rewards

Liquid Restaking Tokens may earn additional rewards by supporting restaking infrastructure or related services.

Lending Interest

When assets are supplied to a lending market, borrowers pay variable interest. Part of that interest is distributed to suppliers.

Leveraged Yield Spreads

Recursive strategies can use borrowing to increase the amount of yield-bearing exposure. The strategy earns on the expanded position but must pay interest on its debt.

Funding or Carry Income

Certain structured strategies may seek to capture spreads between borrowing costs, staking income, funding rates, or other market returns.

Protocol Incentives and Points

Integrated platforms may distribute token rewards or points to users who provide capital. These rewards can improve the expected return but may be temporary or difficult to value.

The displayed APY may combine several of these components. Users should distinguish directly realized income from projected points or incentives.

Step 8: Recursive Strategies Create a Larger Position

Some Cian Protocol strategies use recursive staking or recursive restaking to improve capital efficiency.

A simplified capital path may look like this:

1. The deposited LST or LRT enters a lending market.

2. The token is supplied as collateral.

3. The strategy borrows another asset.

4. The borrowed asset is converted into more yield-bearing tokens.

5. The additional tokens are supplied as collateral.

6. The process continues until the target leverage is reached.

The final position may contain several times more yield-bearing assets than the original principal. It also contains a significant debt balance.

The strategy earns staking, restaking, or lending income on the larger supplied amount. At the same time, it pays borrowing interest.

Its approximate economic result is:

Net yield = productive income − borrowing costs − fees − execution expenses

Leverage can increase potential returns, but it also increases sensitivity to changing interest rates, collateral prices, liquidity, and liquidation thresholds.

Cian Protocol automates the sequence, yet the underlying leverage risk remains with the position.

Step 9: Cian Protocol Monitors the Position

Deposited capital requires management after it reaches the underlying strategy.

In leveraged positions, one of the most important parameters is the loan-to-value ratio. LTV compares outstanding debt with the current value of collateral.

If collateral declines in value, debt interest accumulates, or the collateral token loses value relative to the borrowed asset, LTV can rise.

The underlying lending protocol defines a liquidation threshold. If the position reaches that level, external liquidators may repay some debt and claim collateral.

Cian Protocol can establish a protective boundary below the liquidation threshold. When this level is reached, automation may attempt to reduce leverage and restore a safer position.

The platform can also monitor:

• Borrowing rates

• Strategy profitability

• Market liquidity

• Asset allocation

• Exchange conditions

• Reward balances

• Withdrawal requirements

Automated monitoring reduces reliance on the user remaining online, but it cannot guarantee protection during every market event.

Step 10: Capital May Be Rebalanced

The initial allocation does not always remain optimal.

DeFi conditions change continuously. Borrowing costs can rise, lending returns can fall, incentives can end, or liquidity may move to another market.

A Cian Protocol Yield Layer can adjust the distribution of capital among approved strategies when the current allocation becomes less efficient.

For example, capital may be reduced in a recursive position if borrowing expenses rise too far. Eligible assets may then be moved toward a lower-leverage or different approved strategy.

Rebalancing may also be defensive. If an LTV approaches the protection line, the strategy can repay part of its debt.

Dynamic allocation is not the same as constantly chasing the highest APY. Every movement creates gas costs, possible slippage, and operational exposure. Responsible management considers net return, liquidity, capacity, and risk rather than one headline percentage.

Step 11: Rewards Can Be Reinvested

Some strategy rewards can be converted into the vault’s productive asset and reinvested.

Instead of distributing every small reward directly to each depositor, Cian Protocol may periodically collect eligible tokens, exchange them, and add the value back to the strategy.

This creates an automatic compounding effect.

As more productive capital enters the position, future returns can be generated on a larger base. The increased value is reflected through the receipt-token price or vault Net Value.

Not all rewards are necessarily reinvested. Some protocol incentives may remain separately claimable, while points can be tracked without having an immediate liquid value.

Automated reinvestment must also consider transaction costs. Reinvesting very small rewards too frequently may cost more in gas and slippage than the value being compounded.

Step 12: Performance Is Reflected in Net Value

Users monitor the result through the Cian Protocol position interface.

The main indicators usually include:

Principal

The recorded value of the user’s original deposit.

Receipt-Token Quantity

The number of vault shares owned by the user.

Receipt-Token Price

The estimated value represented by each receipt token.

Net Value

The current estimated value of the user’s complete position.

Earnings

The estimated difference between current Net Value and principal.

APY

The annualized return implied by current strategy conditions. It is variable and does not represent a guaranteed future result.

Points and Rewards

Additional incentives accumulated through Cian Protocol or integrated protocols.

Positive earnings can result from staking, lending, reinvestment, or other sources. They can also be offset by market losses, borrowing costs, fees, or unfavorable asset-price movements.

Fees Deducted From the Position

Cian Protocol Yield Layers and Strategy Vaults charge an 8% performance fee on profits.

This fee is applied to generated yield rather than to the full initial deposit. The Net APY shown for these products already accounts for the performance fee.

A 0.02% exit fee may also be applied to the user’s Net Asset Value during withdrawal. This fee returns to the vault.

Other costs can arise from the underlying strategy:

• Borrowing interest

• Blockchain gas

• Swap slippage

• Flash-loan costs where applicable

• External protocol fees

• Price differences during entry and exit

Users should evaluate the final net result rather than comparing products only through gross APY.

What Happens When a User Requests a Withdrawal?

A withdrawal begins when the user submits a request and signs the corresponding transaction.

At this point, the receipt tokens representing the requested vault share are transferred or prepared for redemption. Cian Protocol must then release the underlying capital.

For a simple strategy, this may require withdrawing supplied assets from a lending market.

For a leveraged position, the process is more complex:

1. Determine the user’s proportional share.

2. Repay the associated debt.

3. Release collateral.

4. Close or reduce external positions.

5. Convert assets into the required withdrawal token.

6. Deduct applicable fees.

7. Return the net assets to the user.

Certain steps may be bundled into atomic transactions. If one required operation fails, the transaction can revert rather than leaving the position only partially closed.

Why Withdrawals May Take Several Days

A Cian Protocol withdrawal is not always immediate.

Some underlying assets require unstaking or redemption periods. Other products process withdrawals in batches to coordinate capital release and reduce operational costs.

For example, a strategy holding an asset with a seven-day unstaking period cannot return the principal instantly without finding alternative liquidity.

The estimated waiting period varies by Yield Layer. Some products may take approximately five days, while strategies with specific external settlement requirements can take around seven days or another disclosed period.

Users should examine withdrawal terms before depositing capital. Funds needed for short-term expenses should not be placed into a strategy with delayed redemption.

Does Cian Protocol Take Custody of Deposited Assets?

Cian Protocol describes its automation model as non-custodial.

Certain automated strategies use a personal smart account connected to the user. The owner retains the right to withdraw funds, while CIAN smart contracts receive limited permission to move capital across user-approved protocols.

This allows the automation to execute the strategy without receiving the user’s private key.

Non-custodial design does not eliminate risk. Assets are still placed into smart contracts and external protocols. A contract failure, protocol exploit, liquidity crisis, or oracle problem may affect the position.

User control refers to wallet ownership and withdrawal authority, not guaranteed protection from losses.

Key Advantages of the Cian Protocol Capital Flow

Cian Protocol turns a complicated series of DeFi operations into one structured position.

Its main advantages include:

• A simplified deposit process

• Receipt-token ownership accounting

• Access to several approved yield sources

• Automated lending, borrowing, and swaps

• Dynamic allocation between strategies

• Automatic risk monitoring

• Reward reinvestment

• Coordinated position closure

• Transparent on-chain transactions

The user can focus on selecting the asset, strategy, and position size instead of executing every technical operation independently.

Risks Throughout the Capital Journey

Every stage introduces potential risks.

The deposit contract may contain a vulnerability. Asset conversion may experience slippage. Lending markets may suffer bad debt or liquidity shortages. Leveraged positions may be liquidated. LSTs, LRTs, stablecoins, and tokenized BTC can deviate from their expected values.

Rebalancing may fail during congestion or extreme volatility. External protocols may pause withdrawals. Rewards and points may lose value or change their distribution rules.

The number of integrations matters. A strategy that uses several protocols gains more yield opportunities but also creates a larger dependency chain.

Automation reduces operational complexity. It does not remove the risks of the capital route being automated.

FAQ

Where do assets go after a Cian Protocol deposit?

Assets enter a vault and can then be allocated to approved strategy contracts involving lending, staking, restaking, borrowing, swaps, or other supported yield sources.

What does the user receive after depositing?

The user generally receives a receipt token representing a proportional share of the relevant Yield Layer or vault.

Do deposited assets remain in their original form?

Not always. Cian Protocol may wrap, swap, stake, lend, or otherwise convert the deposit according to the selected strategy.

How does Cian Protocol generate earnings?

Earnings can come from staking, restaking, lending interest, leveraged yield spreads, structured market income, protocol incentives, and reward reinvestment.

Can Cian Protocol use deposited assets as collateral?

Yes, certain recursive strategies supply assets as collateral and borrow against them to increase yield-bearing exposure.

Why can a withdrawal take several days?

The strategy may need to repay debt, exit lending markets, wait through an unstaking period, or process withdrawals in batches.

Can the value of a CIAN position decline?

Yes. Smart-contract failures, market volatility, liquidation, rising borrowing rates, asset depegging, fees, and liquidity problems can reduce the position’s value.

Conclusion: Follow the Capital, Not Just the APY

After a deposit in Cian Protocol, capital enters a structured on-chain process rather than remaining passively stored.

The vault records ownership through receipt tokens. Strategy contracts deploy assets into approved opportunities. Depending on the product, Cian Protocol can lend, borrow, stake, restake, swap, reinvest rewards, monitor risk, and rebalance allocations.

The income generated by these activities is reflected in the user’s Net Value. When the user exits, Cian Protocol closes the relevant positions, repays debt where necessary, converts assets, and returns the remaining capital after applicable fees.

Before depositing, review the complete asset path. Identify every protocol that receives funds, understand whether leverage is used, examine how yield is generated, and check the expected withdrawal period.

Cian Protocol can make this journey significantly easier to manage, but informed users should always know where their assets go and which risks accompany them at every stage.