Crypto has spent years trying to connect protocol activity back to token value.
Governance rights. Fee switches. Staking. Burns. Revenue share. Locking. Incentives. Emissions. Points. Restaking.
Every cycle has a preferred answer and buybacks are the latest — quickly gaining traction as the clearest, most obvious market signal.
A project earns revenue. It uses some of that revenue to buy its token. The market sees demand. Token holders see a more direct connection between protocol activity and token activity.
The ‘what and why’ are simple enough to understand for the project and the token holders. It’s introducing the ‘how and when’ that things start to get complicated, for the token project at least.
How often should a buyback be performed?
How will slippage be handled?
How will the risk of sandwich attacks be mitigated?
How can transparency be optimized?
Will they be performed when the price is most desirable, when liquidity is deepest, when enough of the multi-sig signers are available?
What platform will be used?
The key to handling the majority of these questions is to eliminate them entirely.
The AMM Approach
Buybacks are mostly performed as takers on an AMM, swapping one token for another.
When acting as a taker, the trader, or the token project in this case, accepts the available liquidity, the pool depth, the fees, the price impact, and the risks of buying into an active, transparent onchain market.
Slippage. Unnecessary swap fees. Fragmented liquidity. Sandwich attack risk. Missed opportunities.
And then there is coordination.
If a project chooses to buy when the market reaches a specific price point, a new hurdle is introduced.
The market reaches the level where the project wants to buy. The treasury funds sit behind a multisig. Signers are in different time zones. The transaction needs to be prepared, reviewed, and approved.
Someone is unavailable and by the time the trade is ready, the market may no longer be offering the same opportunity.
These are all expected consequences of performing a buyback on an AMM.
And all avoidable.
The Limit Order Approach
The obvious response is to use a limit order rather than an AMM. But not all limit orders are built the same. In fact, the term can mean very different things depending on the system behind it.
Some limit order systems rely on third parties, exposing users to attack vectors and vulnerabilities. Some depend on offchain infrastructure. Some are tied to a single platform. Some expire. Some can be cleanly adjusted. Others cannot. Some introduce assumptions around execution, beyond the control of the maker.
For any serious trade, and especially for a project-level buyback, the bar should be higher.
The limit order should:
receive the exact price it defined
stay live without expiry
And it should be:
fully transparent
irreversible, including on partial fills
immune to sandwich attacks — not just “resistant”
adjustable — the budget, price, and type of limit order (we’ll get into this in a moment)
The infrastructure behind the order matters as much as the order itself.
Where the DEX Matters
Not all limit orders are built the same and neither are DEXs. Think of the DEX as the execution environment that determines the amount of control a user has over their trades.
Carbon DeFi is a true permissionless, maker-style peer-to-peer exchange, purpose-built to eliminate major pain points the industry is facing, including buyback execution.
Zero Fees
Makers pay zero fees to create an order, zero fees on filled orders, and zero UI fees.Price
Makers name the exact price where the buyback should occur and receive that exact price.Liquidity Depth
• A built-in solver system* means the order is not reliant on active traders, or limited to the depth of a single liquidity pool, or a closed set of private takers.
• Liquidity from all major DEXs across the chain is used to fill orders.
* Carbon DeFi’s solver system, when compared to previously published frameworks, is the most advanced in the industry with 200x execution speed.Timing
The terms are set in advance, eliminating the need to coordinate multi-sig signers when the market reaches the desired price.Expiry
The only DEX to offer orders with no expiry.Sandwich Attacks
Orders are fully immune due to Carbon DeFi’s Asymmetric Liquidity and Adjustable Bonding Curve technology.Irreversible
Regardless of whether or not the market retraces, orders to not reverse.
Partial fills included.Adjustability
Orders may be adjusted onchain, eliminating the need to cancel and recreate.
This includes prices, budgets, trading activity, and order types.Transparency
Each strategy has a designated activity tracker, making creation, adjustments, fills, and all strategy activity transparent and exportable via a CSV file.Reusable Orders
Once an order fills, budget may be replenished, price may be adjusted, and the order reused — eliminating the need to recreate a new order.
In addition to providing the solution to many of DeFi’s biggest concerns, it provides exclusive capabilities no other DEX, or CEX (centralized exchange) does.
Range Orders
A more sophisticated approach to a token buyback is similar to that of a professional trader — stacking orders and scaling into a position over a range of prices rather than a single price.
Carbon DeFi users achieve this with order in a straightforward process. Makers determine the price they want to start buying, and the price they want to buy down into.
Limit Order
A maker’s price target is $5. They create a limit buy order set at $5. The market goes down to $5.03. The order remains open and unfilled.
Range Order
A maker’s price target is $5. They create a range buy order set to start buying at $5.15 down to $4.80. The market goes down to $5.03. The order starts to fill at $5.15 down to $5.03.
Users name the start and end prices. Carbon DeFi calculates the geometric mean and distributes the liquidity accordingly across the range, allowing the order to gradually fill as the market enters its target price range.
TL;DR
Buybacks are becoming one of crypto’s clearest market signals, and the default for execution is outdated.
A project-level buyback shouldn’t depend on market timing, signer availability, fragmented liquidity, or taker execution. It should be defined in advance, extend across all major DEXs chainwide, adjustable as conditions change, and executed only when the market meets the project’s terms.
Carbon DeFi gives projects the infrastructure to do that with maker-style Limit Orders and Range Orders — 100% price certainty, no expiry, zero maker fees, irreversible full and partial fills, sandwich attack immunity, reusable orders, and a built-in solver system that accesses liquidity across the chain.
Visit app.carbondefi.xyz to create your buyback strategy on Carbon DeFi.
Recommended Reads
How One Decision Saved This Trader Thousands
How to Scale In/Out Using Range Orders on Carbon DeFi
Honest question- Why are you still swapping on AMMs?
Redefining Liquidations in DeFi: Introducing the Automatic Auctioneer Powered by Carbon DeFi
