What you will get:
Clear definition of onchain growth loops
Three most common growth loops in DeFi
Step-by-step onchain growth framework
Metrics that confirm a loop is compounding
Warning signs that your growth is incentive-driven rather than self-sustaining.
Funnels vs. Growth Loops in DeFi
Growth is built like a funnel. Acquire users at the top. Convert some to active users. Lose some to churn. Repeat the acquisition cycle.
This growth model works in Web2 because the product captures attention and the switching cost is high. However in DeFi, capital is frictionless and incentives are temporary. Products without a sustainable growth loop requires constant re-acquisition, which means growth costs scale linearly with every new cohort. When switching costs are low, high churn and competition will overwhelm your ability to acquire new users.
DeFi apps that grow sustainably are not optimising their funnels. They are building loops. A loop is a system where usage generates more usage, without proportionally increasing what the team spends to make it happen. Liquidity attracts traders. Trading volume attracts liquidity providers. Deeper liquidity improves UX for the next trader. That is a loop. Each cycle makes the product stronger for the next. Understanding onchain growth loops, is what separates protocols that compound from those that flatline.
What Is an Onchain Growth Loop?
An onchain growth loop is a mechanism where user activity directly creates the conditions for more future usage. It is not a metaphor for growing fast. It is a specific causal chain: A happens, which causes B, which causes more A. When that chain holds without continuous external input, you have a loop.
The critical distinction from a funnel is feedback. A funnel is linear: users enter at the top and fall out at the bottom. A loop is circular: outputs from one stage become inputs for the next. In DeFi, the most common feedback mechanism is liquidity. More users add capital, more capital improves execution quality, better execution quality attracts more users. Each rotation of the loop compounds the protocol's competitive position.
Loops also differ from campaigns. A campaign is a discrete input, spend money, get activity, stop spending, activity drops. A loop is self-reinforcing: once it achieves sufficient velocity, it continues without proportional spend. Most DeFi teams run campaigns and call them loops. They are not the same thing. The test is simple: does the protocol grow between campaigns? If yes, there is a loop. If no, there is only a campaign cycle.
Definition: A growth loop is real when removing external incentives still leaves the protocol better positioned than before they ran. If the baseline resets, there was no loop.
The DeFi Growth Loops
DeFi has three structural loops that recur across protocol types. Understanding them is a prerequisite for designing your own. For a broader view of how these fit into the full growth model, see the onchain growth framework.
Loop 1: Liquidity Attracts Users
The most fundamental loop in DeFi starts with liquidity depth. A protocol with deep liquidity offers tighter spreads and lower slippage than competitors. Better execution quality attracts traders who need to move size without impact. Those traders generate volume. Volume generates fees. Fees attract liquidity providers seeking yield. Deeper liquidity improves execution quality further.
Liquidity creates structured feedback loops where every user interaction makes the product meaningfully better in a way competitors can’t shortcut. This loop is self-reinforcing because the product quality improvement is real and measurable. A trader can observe the slippage difference directly. They do not need to be convinced that the protocol is better.
This is also what makes liquidity a structural moat over time. Sid Ramesh points to Aave and Hyperliquid as the clearest examples: Aave has spent seven years building a risk architecture, staked reserves, and a loss coverage system that processed tens of billions in TVL with a near-clean bad debt record. A new protocol can replicate the codebase in an afternoon but cannot replicate that history or the trust behind it. Hyperliquid works the same way: as open interest grows, execution quality improves, which pulls in more traders, which grows the pool further. Each cycle raises the floor for the next.
Loop 2: Users Create Volume
The second loop operates through volume and revenue. More active users generate more transaction volume. Higher volume increases fee revenue. Fee revenue can be directed toward protocol improvements, liquidity incentives, or developer grants that expand the product's capability. A more capable product attracts more users. Volume-driven revenue is what makes this loop distinct from the pure liquidity loop: it creates a funding mechanism for compounding protocol development.
Protocols with strong volume-to-revenue loops tend to reinvest back into the protocol, integrations, and developer ecosystems. Each investment expands the surface area of the protocol and brings in users through new entry points.
Done well, this compounds into distribution that becomes structural. Hyperliquid illustrates how far this can go: a small team with no outside funding drove close to $3 trillion in trading volume and over $800M in revenue in 2025 by building the infrastructure that other builders wanted to build on. Their HIP-3 protocol opened up perpetual futures creation to external developers, and with over a million users and a large builder base now operating on the same layer, switching away means abandoning an ecosystem, not just a product.
=> (blockquote) Use our DeFi growth funnel guide covers how to map where your volume is entering and where it is leaking.
Loop 3: Volume Attracts More Liquidity
The third loop closes the cycle between the first two. Organic volume signals to liquidity providers that real economic demand exists. Unlike incentive-driven TVL, volume-attracted liquidity is sticky: it comes from LPs who are optimising for fee income from genuine trading activity, not from token emissions they can sell immediately. Sticky liquidity makes the protocol more resilient to market stress and competitor incentive campaigns.
When all three loops operate simultaneously, they create a flywheel. Each rotation of one loop accelerates the others. Liquidity improves UX, UX drives volume, volume attracts LPs, LPs deepen liquidity. The compounding is multiplicative, not additive, which is why the protocols that establish flywheels early tend to maintain dominant positions even as incentive spending is reduced.
Examples of Loop Mechanics
Abstract loop theory is useful. Concrete mechanics are more useful. Here are the three most common loop mechanisms in practice, and the conditions that determine whether each actually compounds.
Mechanism | How the Loop Is Supposed to Work | Condition for It to Actually Compound | Common Failure Mode |
LP Incentives | Token rewards attract liquidity providers. Deeper liquidity improves execution. Better execution attracts organic traders. Volume generates fees that sustain LPs without rewards. | Organic volume must grow enough during the incentive period to sustain LP fee income after rewards end. The loop only compounds if real traders arrive during the incentive window. | LPs farm tokens and exit when rewards change. Volume was never organic. Liquidity and activity reset to pre-incentive baseline. |
Referral Loops | Existing users refer new users who have a real job to do with the protocol. Referred users activate, use the protocol, and refer further users in turn. | Referred users must activate and retain independently of the referral incentive. If retention of referred cohorts matches or exceeds organic cohorts, the loop is compounding. | Referred wallets claim bonuses and churn. The referral programme brings in farmers, not genuine users. Retention of referred cohorts is near zero. |
Composability Loops | Protocol integrations put your liquidity or product in front of users from partner protocols. Those users transact, deepen your liquidity, and make the protocol more attractive to the next integration partner. | Integrations must drive actual onchain transactions, not just impressions. Each integration should increase baseline volume measurably. The loop compounds when integrations start attracting further integrations organically. | Integrations drive clicks and wallet connections but no transactions. Volume does not move. The integration is distribution, not a growth loop. |
Where Most Teams Fail to Build Loops
The most common mistake is treating one-off campaigns as growth loops. A campaign is a bounded input: spend budget, generate activity, campaign ends, activity reverts. This is paid growth, and there is nothing wrong with it as a distribution tactic. The mistake is believing it constitutes a loop simply because usage went up while it ran.
A related mistake is confusing correlation with causation. Usage increased after the campaign, therefore the campaign built a loop. But if usage increased only during the campaign and reverted after, the campaign did not build a loop. It generated temporary activity. The common DeFi marketing mistakes guide covers this failure mode in detail, including how to identify whether your growth spend is building anything durable.
Three specific patterns that look like loops but are not:
Incentive Cycling
A protocol runs an incentive campaign. TVL and volume increase. The team calls this growth. The campaign ends. TVL and volume return to pre-campaign levels. The team runs another campaign. This cycle can repeat indefinitely without any underlying growth occurring. The baseline never moves. The loop never closes.
Hollow TVL
A protocol attracts large TVL through token incentives. The TVL number looks like product-market fit. But if the TVL is not generating proportional fee revenue, it is not being put to productive use. Mercenary capital parks in pools to farm rewards, not to facilitate trading. When rewards change, it leaves. This is not a liquidity loop. It is rented capital with no feedback mechanism. See the distinction between TVL and active users for a deeper breakdown of why TVL alone does not signal loop health.
Integration Theatre
A protocol announces integrations with other DeFi products. The announcement generates attention. But if the integration does not route actual transaction volume through your protocol, it is not a composability loop. It is a marketing event. The test is whether the integration changes onchain behaviour measurably. If wallet connections increase but transactions do not, the integration is not part of a loop.
How to Design a Growth Loop Step-by-Step
Most growth loops in DeFi are not designed deliberately. They emerge accidentally when a product happens to create the right feedback conditions. Designing one deliberately produces a more durable and predictable loop. Here is the process, drawing on the broader onchain growth framework.
Step | Action | What to Ask | Output |
1 | Identify your value-creating action | What is the one onchain action that makes your protocol more valuable for the next user? Not for the user who performed it but for the next one. | A single clearly defined action: a liquidity deposit, a trade, a borrow, an integration transaction. |
2 | Map the feedback mechanism | How does that action directly improve the product for the next user? Trace the causal chain. If you cannot state it specifically, the loop may not exist. | A written causal chain: action A improves metric B, which improves experience C for the next user. |
3 | Find the friction point | Where does the chain break? Where is the feedback weakest or slowest? Is it the conversion from volume to LP interest? From integration traffic to actual transactions? | The specific stage where the loop loses velocity and what is causing it. |
4 | Remove the friction, not fund around it | Incentives fund around friction. Product changes remove it. Which does your proposed solution do? If incentives are required to keep the loop moving permanently, the loop has a structural flaw. | A product change, UX improvement, or structural fix that reduces friction in the loop without requiring ongoing spend. |
5 | Seed with distribution, not with the loop itself | Loops require an initial input to start rotating. What is your seeding mechanism? Campaigns, partnerships, and integrations are all valid seed inputs. The loop takes over after sufficient velocity is reached. | A defined seeding plan that is distinct from the loop itself, with a clear threshold for when you expect the loop to become self-sustaining. |
6 | Measure baseline movement, not spike height | After each loop rotation, does the baseline move up? Not the peak but the floor. If the floor is rising, the loop is compounding. If the floor resets, it is not. | A baseline metric tracked between campaigns that shows whether the loop is leaving the protocol stronger after each cycle. |
Metrics to Validate a Loop Is Compounding
Compounding loops show up in specific metrics. These are not the same as campaign performance metrics. They measure whether each cycle of usage leaves the protocol in a better structural position than before. For a full reference on which DeFi KPIs actually matter, see the linked guide.
Metric | What It Tells You | Compounding Signal | Non-Compounding Signal |
Baseline Volume Between Campaigns | Whether organic usage is growing independent of incentive spend | Floor rises after each campaign cycle | Floor resets to pre-campaign level each time |
Organic LP Growth Rate | Whether liquidity providers are arriving without being paid to do so | LP count and TVL grow between incentive programs | LP count tracks directly with emissions schedule |
Integration-Sourced Transaction Volume | Whether composability loops are generating real economic activity | Integration partners send wallets that execute transactions at meaningful rates | Integration partners send wallet connections with near-zero transaction conversion |
D30 Retention of Organically Acquired Wallets | Whether the loop produces users who return independently of rewards | Organic cohorts show rising D30 return rates between campaigns, not just during them. | Organic cohort retention collapses without ongoing incentives |
Fee Revenue Per Unit of TVL | Whether liquidity is being productively used or just parked for rewards | Fee revenue grows proportionally with TVL or faster | TVL grows but fee revenue is flat or declining as a ratio |
Warning Signs Your Loop Is Artificial
Incentive-only growth is the most common form of fake loop activity in DeFi. It produces the appearance of compounding without the underlying mechanics. These are the specific signals that indicate your growth is incentive-dependent rather than self-sustaining. For the full picture on distinguishing real from fake growth, see the guide to spotting fake retention.
Activity tracks emissions schedules precisely. If volume, TVL, and active wallets move in lockstep with your token rewards calendar, the loop is driven by incentives, not by product value. Real loops show activity that drifts from the incentive schedule over time.
Baseline metrics reset after every campaign. The floor of your key metrics returns to pre-campaign levels within weeks of rewards ending. This is the clearest signal that no loop is compounding. A real loop would leave a higher floor each time.
LP composition is dominated by mercenary capital. If the same wallets appear across every DeFi incentive program within weeks of launch, they are optimising for token rewards, not for your protocol specifically. Sticky LPs who were not present in the previous incentive cycle are the signal to look for.
Integration volume does not survive the announcement cycle. Integration announcements generate attention. If onchain volume from integration partners does not materialise or does not persist beyond the first week, the integration is not part of your loop.
Referral cohorts churn at the same rate as cold acquisition. If users acquired through referrals show the same retention profile as users acquired through paid campaigns, your referral programme is acquiring the same type of user through a different channel. It is not compounding.
Organic search and direct traffic are flat or declining. If your protocol is genuinely building a reputation through compounding usage, brand search volume and direct traffic should trend upward over time. Flat or declining organic traffic alongside rising paid activity is a signal that the loop is not creating durable awareness.
Audit Your Protocol's Growth Loop
Before designing a new loop or scaling your current growth spend, it is worth running a structured audit of what is actually happening in your protocol today. Most teams are surprised by what the data reveals when they look at it through a loop lens rather than a funnel lens.
Run through these questions with your data:
Does your baseline move?
Pull your volume, active wallets, and TVL for the period between your last two campaigns. Did the floor rise, hold, or fall? If it fell, you have a leaky funnel, not a loop. Use Formo's retention analytics to isolate baseline metrics from campaign-period noise.
Can you trace the causal chain?
Write down the specific causal chain you believe your loop follows. A implies B implies more A. Can you verify each link with data? If any link in the chain is assumed rather than measured, that is where your loop is likely broken.
What happens to volume from integrations?
For each active integration, check whether the wallets it sends complete onchain transactions at a meaningful rate. If wallets arriving from an integration are not completing onchain transactions at a meaningful rate, the integration is not part of a compounding loop. Use onchain attribution to trace transaction volume back to its source precisely.
What is your fee revenue per unit of TVL?
Calculate fee revenue divided by average TVL for the last 90 days. Then compare this ratio for incentive periods versus non-incentive periods. If the ratio is materially lower during incentive periods, your liquidity is being farmed rather than used. The ROI calculator can help you model whether your incentive spend is generating enough organic volume to justify its cost.
Are you measuring the right thing?
Most protocols measure peak metrics during campaigns. Loop health is measured in floor metrics between campaigns. If your analytics stack is not giving you clean separation between incentive-period and non-incentive-period behaviour, you are missing the data you need to evaluate your loop. Formo's wallet-level analytics makes this separation straightforward, connecting frontend events to onchain transactions so you can segment by acquisition source and incentive exposure simultaneously.
Audit Output: You are looking for one clear answer. Does usage, after incentives are removed, leave your protocol better positioned than before they started? If yes, a loop exists. If no, you have a campaign dependency to fix before scaling growth spend.
The Bottom Line
Growth loops are not a growth hack. They are the structural difference between a protocol that requires constant acquisition spend to maintain its user base and one that compounds. The protocols with the strongest loops do not necessarily have the biggest marketing budgets. They have the clearest feedback mechanisms between usage and product quality.
Building a real loop requires identifying the specific causal chain in your protocol, finding where it breaks, fixing the break with product changes rather than incentives, and measuring floor metrics rather than campaign peaks. The DeFi growth experiments guide covers how to run structured experiments to test whether a specific loop mechanic is actually compounding.
Start with the audit. Know your baseline. Trace the chain. Fix the friction. Then scale.
Measure and Validate Your Growth Loop with Formo
A growth loop you cannot measure is a hypothesis, not a strategy. Formo is the analytics and growth platform built for DeFi apps, giving DeFi teams the data they need to confirm whether a growth initiative is working or whether growth is incentive-dependent. Get full visibility of your entire funnel with unified analytics. Measure KPIs and ROI with onchain attribution.
Formo gives you:
Baseline vs. campaign separation — see retention analytics to isolate organic floor metrics from incentive-period noise across any time window
Integration-level transaction attribution via onchain attribution, so you can verify whether composability partners are driving actual transactions or just impressions
Wallet-level cohort analysis through wallet profiles, separating organic users from mercenary capital and referral farmers
Segmentation by onchain behaviour to identify which user types are generating compounding volume and which are one-and-done
Ask AI to query your loop metrics in natural language, without SQL or a data team in the loop
DeFi teams including Kyberswap and WalletConnect use Formo to drive growth onchain.
Explore the Onchain Growth Series
This article is part of Formo's onchain series, a collection of practical guides for DeFi founders and growth teams covering the full post-launch lifecycle. Each guide goes deep on a single growth challenge with frameworks you can apply directly to your protocol.
FAQs About Onchain Growth Loops
What does 'onchain growth loop' actually mean?
An onchain growth loop means user activity directly creates the conditions for more future usage. In DeFi, this shows up as liquidity improving UX, which brings in more users, which then increases volume. If usage does not make the product better for the next user, there is no loop. Marketing alone does not create a growth loop.
Why does our usage spike when we launch incentives, then drop right after?
Usage spikes and fast drop-offs usually mean growth is driven by short-term incentives, not real product demand. When rewards end, users who came only for yield leave. This shows the loop is not compounding. A real loop leaves higher baseline usage after incentives are reduced.
Are LP incentives a growth loop or just paid growth?
LP incentives are paid growth unless they permanently improve liquidity quality and user experience. If deeper liquidity leads to more organic volume and repeat users, the incentives helped to kickstart a loop. If liquidity disappears when rewards change, there is no loop. Incentives can start loops, but they are not the loop.
How do I tell if our protocol actually has a growth loop?
You have a growth loop if each usage cycle increases organic usage in the next cycle. Signals include rising baseline volume, more repeat users, and integrations driving real transactions. If metrics only move during campaigns, the loop is not real. Compounding shows up in long-term baselines, not short-term spikes.
Can integrations really drive growth on their own?
Yes, integrations can drive early and long-term growth when they send users who convert. For example, prediction markets such as Polymarket and Kalshi built early distribution through its broker partners: consumer apps such as Robinhood who embedded trading features into their application. Some users eventually moved from third party apps to onboard on their own. If an integration only adds impressions or clicks without transactions, it is not part of a loop. Composability works when usage through partners improves liquidity, volume, or utility. If integrations do not change onchain behaviour, they are distribution, not growth loops.
