Collateral in traditional lending is usually passive. Once an asset is pledged against a loan, its main function is to protect the lender if the borrower fails to repay.
DeFi assets are more complex.
A liquidity token may earn trading fees. A staked asset may generate network rewards. A governance token may carry voting power, while a vesting position may be necessary to convert non-transferable rewards into a liquid token.
When these assets enter a conventional lending market, part of their original utility can be lost. The user may gain borrowing power but stop earning rewards, lose access to governance or become unable to use the asset in its native protocol.
Dolomite addresses this limitation through Dynamic Collateral.
Dynamic Collateral allows supported assets to remain economically active while being used inside Dolomite. Depending on the integration, an asset can continue staking, earning rewards, supporting vesting, voting or delegating while part of its value secures a Borrow Position.
The GLP integration provides a practical example. A user can deposit GLP into Dolomite, use the deposited balance to support the vesting of esGMX into GMX and simultaneously allocate part of the same virtual GLP balance as collateral for a loan.
This does not mean one asset is duplicated or spent twice. Dolomite maintains an internal accounting system that tracks how much collateral value is assigned to each function. The underlying asset remains inside a dedicated proxy vault, while its virtual liquidity can be used across compatible Dolomite services.
The result is a more capital-efficient lending model. Collateral does not need to become economically “dead” simply because the user borrows against it.
What Is Dolomite?
Dolomite is a multi-chain DeFi money market and portfolio-management platform built around lending, borrowing, trading and productive collateral.
Users deposit assets into a Dolomite Balance. From there, capital can be moved into isolated Borrow Positions, supplied to lending markets or used through supported ecosystem integrations.
Several architectural features define the platform:
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Independently collateralized Borrow Positions
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Isolation Mode for complex assets
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Dynamic Collateral
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Internal virtual liquidity
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Asset-specific proxy vaults
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Support for staking, rewards and governance functions
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Multi-chain deployments
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DOLO and veDOLO token utility
Dolomite is designed for a market in which DeFi tokens increasingly represent productive positions rather than simple transferable balances.
Instead of forcing every asset into one generic lending wrapper, the platform can create custom integrations that preserve important native functionality.
What Is Dynamic Collateral?
Dynamic Collateral describes an asset that can perform more than one function while its value is available inside Dolomite.
A supported token may simultaneously:
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Earn staking rewards
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Accumulate protocol fees
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Participate in vesting
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Retain governance rights
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Delegate voting power
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Support a collateralized loan
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Remain visible across Dolomite services
The exact capabilities depend on the asset.
A liquid staking token may continue accruing staking value. A Proof of Liquidity asset may remain inside a reward vault. A governance position may preserve delegation. GLP can continue earning its ecosystem rewards and help vest esGMX while supporting borrowing activity.
Dynamic Collateral is therefore an integration framework rather than one universal yield strategy.
Dolomite does not create the native utility of the asset. It builds infrastructure that allows the asset’s existing utility to remain accessible after deposit.
Why Ordinary Collateral Can Become “Dead”
In a basic lending market, a user deposits a token into a protocol contract. The lending protocol records its value and allows the user to borrow against it.
This works well for simple assets. It can be inefficient for productive tokens.
Suppose a token normally earns protocol rewards only while held in a specific staking contract. Moving it into a generic lending wrapper may interrupt those rewards.
The borrower then faces a hidden cost:
Effective borrowing cost = loan interest + lost native yield
A loan charging 5% may be economically unattractive if depositing the collateral causes the user to lose an additional 8% in staking rewards.
The same issue applies to non-financial utility.
A user might lose voting power, delegation rights or the ability to vest earned tokens. The collateral remains valuable in market terms but stops performing the functions that made it useful.
Dynamic Collateral attempts to preserve those functions.
How Dolomite’s Virtual Liquidity Works
All assets deposited into Dolomite are represented through the user’s Dolomite Balance.
The platform refers to this capital as virtual liquidity because many actions do not require the underlying token to move between separate contracts every time the user changes a position.
Instead, Dolomite’s core accounting system updates internal balances.
This architecture can support:
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Lending
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Borrowing
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Trading
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Position management
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Reward accounting
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Asset-specific integrations
For ordinary assets, the internal balance represents the user’s claim on deposited tokens.
For complex assets, Dolomite may create a dedicated proxy vault. The vault holds or interacts with the underlying asset while Dolomite records virtual balances that can be assigned across its services.
This structure makes it possible to recognize one underlying deposit across several compatible functions without creating duplicate assets.
What Is a Proxy Vault?
A proxy vault is an asset-specific smart contract associated with an individual user.
When a user first deposits a complex supported asset such as GLP, Dolomite can create a proxy vault behind the scenes.
The proxy vault performs several roles:
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Holds or manages the underlying asset
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Interacts with its native ecosystem
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Claims or compounds rewards
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Handles staking and vesting
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Preserves user-specific accounting
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Connects the asset with Dolomite’s lending system
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Enforces Isolation Mode restrictions
The vault is important because some DeFi assets cannot be represented properly through a simple pooled wrapper.
Rewards may be associated with a specific account. Governance rights may depend on the actual holder. Non-transferable tokens may need to remain connected to one user.
A dedicated proxy vault preserves this relationship while allowing Dolomite to recognise collateral value internally.
The GLP Example
GLP historically represented liquidity supplied to a trading and market-making system. Holders could earn fee-related rewards and esGMX incentives.
esGMX could be vested into transferable GMX over time. The vesting process required eligible GMX or GLP capacity.
A conventional lending integration could force the user to choose:
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Use GLP for vesting and rewards
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Or deposit GLP as collateral
Dolomite’s integration was designed to support both.
A user with 100 GLP deposited into Dolomite could theoretically:
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Use all 100 GLP to support esGMX vesting
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Allocate 50 GLP of virtual value to a Borrow Position
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Leave the remaining 50 GLP unused in the Dolomite Balance
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Continue earning rewards across the full underlying GLP deposit
The 100 GLP is not physically duplicated. The native ecosystem recognises it for vesting, while Dolomite separately tracks that only 50 GLP of collateral value supports the loan.
This is the core idea behind Dynamic Collateral.
How GLP Vesting and Borrowing Can Coexist
Vesting esGMX requires GLP or eligible GMX capacity to remain associated with the vesting contract.
Dolomite’s proxy vault manages this relationship.
When the user moves virtual GLP into a Borrow Position, the underlying GLP does not necessarily need to leave the vault or stop participating in vesting. Dolomite records the collateral allocation through its internal ledger.
The user can therefore preserve two economic functions:
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Converting esGMX into GMX over the vesting period
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Borrowing another asset against part of the GLP value
This can improve capital efficiency because the collateral continues producing benefits while the borrower accesses liquidity.
The borrower must still maintain adequate position health. Vesting does not protect the GLP from liquidation if the associated Borrow Position becomes unsafe.
What Happens During Liquidation?
Dynamic Collateral does not eliminate liquidation risk.
If a Borrow Position’s Health Factor falls below the required level, a liquidator can repay debt and seize the necessary collateral.
In the GLP example, Dolomite may need to remove GLP from vesting before transferring it to the liquidator. This can interrupt part of the user’s vesting strategy.
However, the protocol distinguishes between collateral and accumulated rewards.
The liquidator seizes the required GLP, not every asset held inside the proxy vault.
Depending on the integration, the user may retain:
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Accumulated esGMX
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Staked GMX
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Multiplier points
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Previously earned fee rewards
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Other non-collateral balances
This separation is significant. A complex collateral liquidation should satisfy the debt without automatically confiscating unrelated rewards generated by the user’s broader position.
Users should still avoid relying on this protection as a substitute for conservative borrowing. Losing the productive collateral can damage future reward and vesting capacity even when previously accumulated rewards remain.
Dynamic Collateral on Berachain
Dolomite also applies the Dynamic Collateral model to Berachain’s Proof of Liquidity ecosystem.
Proof of Liquidity allows users to provide eligible assets to governed reward vaults and earn BGT-related incentives.
Through Dolomite, supported assets can be deposited into selected reward vaults while remaining available as collateral.
Depending on the provider and asset, users may be able to:
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Earn BGT
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Delegate BGT to validators
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Receive liquid incentive representations
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Stake reward tokens
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Borrow against the underlying productive position
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Use leverage to increase eligible exposure
This creates a similar pattern to the GLP integration.
The asset continues performing its ecosystem-specific function while Dolomite recognises part of its value for lending.
Dynamic Collateral is especially relevant on networks where governance, security and liquidity incentives are tightly connected.
Dynamic Collateral and Isolation Mode
Dynamic Collateral is often paired with Isolation Mode.
The two features solve different problems.
Dynamic Collateral preserves utility.
Isolation Mode limits risk.
A productive token may have unusual reward, redemption or liquidity mechanics. Dolomite can place it inside an isolated vault and restrict:
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Which assets may be borrowed
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Which collateral may be combined with it
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Whether another isolated asset can enter the position
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Which specialized actions remain available
This allows the platform to support native utility without giving the asset unrestricted borrowing power.
For example, an asset may continue earning rewards while only selected stablecoins can be borrowed against it.
The combination creates a more controlled form of capital efficiency.
Borrow Positions Keep Strategies Separate
Dolomite users create independently collateralized Borrow Positions.
A user can operate several strategies from one wallet without combining all collateral and debt into one global account.
For example:
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Position A may contain productive GLP collateral and stablecoin debt.
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Position B may contain ETH collateral and another loan.
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Position C may hold a conservative stablecoin strategy.
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Unused assets may remain in the Dolomite Balance.
If Position A is liquidated, the other positions are not automatically included.
This separation is valuable for Dynamic Collateral because productive assets often carry specialized risks.
A problem affecting one integration can be contained within the position using that collateral rather than spreading across the user’s entire portfolio.
Sources of Yield
Dynamic Collateral does not generate one standardized Dolomite yield.
Income comes from the native asset and its underlying ecosystem.
Possible sources include:
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Staking rewards
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Trading fees
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Liquidity-provider income
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Governance incentives
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Validator rewards
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Token emissions
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Vesting rewards
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Lending supply APY
The user may also borrow capital and place it into another strategy.
This creates several simultaneous cash flows:
Net position return = native collateral yield + rewards + return on borrowed capital − borrow interest − fees − losses
The calculation can become complex.
A collateral asset earning 10% does not make a leveraged position profitable if the debt costs 12% and the borrowed strategy performs poorly.
Users should identify each source of yield separately rather than relying on one combined APY display.
Key Benefits of Dynamic Collateral
Productive Assets Remain Active
Collateral can continue earning native rewards instead of becoming idle.
Greater Capital Efficiency
Users may access liquidity without giving up all staking, vesting or governance utility.
Preserved Reward Ownership
Dolomite’s integrations are designed to pass native rewards to users rather than taking the underlying ecosystem yield.
Flexible Position Allocation
Only part of a virtual balance needs to be moved into a Borrow Position.
Strategy Isolation
Independent positions can separate productive collateral from unrelated loans.
Native Governance Participation
Supported assets may retain voting or delegation functions.
Better DeFi Composability
Tokens can participate in both their original protocol and Dolomite’s money market.
Asset-Specific Design
Custom proxy vaults can reflect the unique mechanics of each integrated token.
Who Can Benefit From Dynamic Collateral?
Long-term holders of productive assets may benefit when they need liquidity but do not want to abandon rewards.
Yield farmers can use accumulated collateral value to finance additional positions.
Governance participants can potentially preserve voting or delegation while accessing credit.
DAOs and on-chain treasuries may use productive reserves as collateral without completely sacrificing their ecosystem function.
Advanced traders can separate borrowing strategies while maintaining a base yield on collateral.
The feature is less suitable for users who cannot monitor debt, liquidation risk and the changing economics of both the collateral and borrowed asset.
Main Risks
Liquidation Risk
The asset can still be seized if position health falls below the required level.
Native Protocol Risk
The collateral depends on the protocol that generates its yield or utility.
Smart Contract Risk
Dolomite, the proxy vault and the external integration may all contain vulnerabilities.
Oracle Risk
Incorrect pricing can affect borrowing capacity and liquidation.
Reward Variability
Native incentives can decline or disappear while debt remains outstanding.
Liquidity Risk
A productive token may be difficult to sell during market stress.
Strategy Complexity
Multiple simultaneous functions make net exposure harder to understand.
Governance Risk
Changes in the underlying protocol can affect rewards, vesting or token mechanics.
Leverage Risk
Borrowing against yield-bearing collateral can magnify both returns and losses.
Avoiding Double-Counting Yield
Dynamic Collateral can make one asset appear to support several sources of value.
Users should avoid counting the same economic return more than once.
For example, GLP rewards belong to the underlying GLP position. Using GLP as collateral does not create a second copy of those rewards.
Borrowed capital may generate another return, but it also creates debt.
A realistic analysis separates:
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Native collateral yield
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Borrowed strategy yield
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Borrow interest
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Reward-token value
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Liquidation risk
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Transaction and execution costs
The position is profitable only when total realized income exceeds all costs and losses.
A Practical Position Framework
Assume a user deposits $20,000 of a productive supported asset.
The user allocates $8,000 of virtual value to a Borrow Position and borrows $3,000 of stablecoins.
The remaining virtual balance stays outside the position, while the entire underlying deposit may continue participating in its native reward system.
The user should monitor:
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Total underlying asset value
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Amount assigned as collateral
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Debt balance
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Borrow APR
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Health Factor
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Native reward rate
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Value of reward tokens
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Liquidation threshold
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External protocol status
If collateral declines, the user can repay part of the debt or assign more available virtual balance to the position where permitted.
Borrowing the maximum would remove this flexibility.
DOLO and Governance
DOLO is the transferable ecosystem token associated with Dolomite.
Users can hold, transfer or use DOLO through supported markets. The token can also enter the governance system through veDOLO-related mechanics.
Governance participants may influence areas such as:
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Asset listings
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Risk parameters
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Incentive programs
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Treasury decisions
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Protocol development
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Market configuration
This governance layer is relevant to Dynamic Collateral because every specialized integration requires risk decisions.
The protocol must determine which asset is accepted, how it is valued, which debts are permitted and what supply caps apply.
Governance and risk contributors therefore play an important role in expanding productive collateral responsibly.
Economic Model
Dolomite’s core economic activity comes from its money markets.
Borrowers pay interest, and suppliers receive yield based on market utilization. Protocol-level economics can also include governance-controlled fees, incentives and token-related mechanisms.
Dynamic Collateral can expand this activity by making more assets suitable for borrowing.
A user who would not deposit a productive token into a conventional market may be willing to use Dolomite when rewards and utility remain intact.
This can increase:
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Collateral supply
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Borrowing demand
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Market activity
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Protocol integrations
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Capital retained within partner ecosystems
The model works best when Dolomite preserves user yield rather than making the integration uneconomical through additional cuts from native rewards.
The Future of Productive Collateral
DeFi tokens are increasingly becoming tokenized financial positions.
A single token may represent:
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Staked capital
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Restaked security
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Liquidity provision
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Yield rights
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Governance power
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A maturity claim
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A managed vault
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Tokenized real-world assets
Generic collateral wrappers may be insufficient for this market.
Lending infrastructure will need to understand the functionality and risks of each position.
Dolomite’s Dynamic Collateral architecture offers one possible direction. It treats collateral as an active financial object rather than a token that must become inert when deposited.
Future integrations may preserve more forms of utility, including validator delegation, reward routing, governance participation and automated compounding.
The challenge will be keeping these systems transparent. Users must be able to see which underlying assets exist, which functions remain active and how much value is actually available for liquidation.
FAQ
What is Dynamic Collateral in Dolomite?
Dynamic Collateral allows supported assets to retain functions such as staking, rewards, vesting, voting or delegation while their value is used as collateral.
Can GLP be used for vesting and borrowing at the same time?
Dolomite’s GLP integration allows deposited GLP to support esGMX vesting while part of its virtual balance is assigned to a Borrow Position.
Is the same GLP duplicated?
No. The underlying GLP remains in a proxy vault, while Dolomite’s internal ledger tracks how much virtual collateral value is assigned to each position.
Does Dynamic Collateral prevent liquidation?
No. Collateral can still be seized if the Borrow Position’s Health Factor falls below the required threshold.
What happens to rewards during liquidation?
For integrations such as GLP, Dolomite documents that collateral may be seized while accumulated esGMX, multiplier points and other non-collateral rewards remain in the user’s vault.
Can Dynamic Collateral retain governance rights?
Depending on the integration, Dolomite can preserve voting, delegation or other native token actions while the asset supports borrowing.
Does Dolomite charge fees on native asset rewards?
The documented GLP integration passes native GMX ecosystem rewards to the user without taking a separate protocol cut from those rewards.
Conclusion
Dynamic Collateral changes the role of assets inside a DeFi money market.
Instead of becoming inactive after deposit, supported tokens can continue earning rewards, supporting vesting, participating in governance or performing other native functions while part of their value secures a loan.
The GLP example demonstrates this clearly.
A user can deposit GLP into a dedicated Dolomite proxy vault, use the position to vest esGMX into GMX and assign only part of the GLP’s virtual value to a Borrow Position. The underlying collateral remains economically productive, while Dolomite tracks debt and position health through its internal accounting system.
This improves capital efficiency, but it does not create free yield.
The borrower still pays interest and accepts liquidation risk. Native rewards can decline, collateral can lose value and the external protocol can experience technical or governance problems.
Dynamic Collateral is most useful when the user already wants to hold the productive asset and has a clear reason to borrow against it.
Before opening a position, review the collateral’s Isolation Mode rules, supported debt assets, oracle, reward mechanics and liquidation threshold. Confirm what happens to staking, vesting or governance functions if part of the collateral is seized.
Maintain a wide Health Factor buffer and keep repayment liquidity available. Do not assume that native yield will always exceed borrowing costs.
Dolomite’s approach provides a practical foundation for a more advanced DeFi lending market—one where collateral can remain active rather than sitting idle in a generic contract.
Open the relevant Dolomite asset page, study its specific integration and begin with a limited Borrow Position. Dynamic Collateral creates the greatest value when preserved utility is combined with conservative debt management.