color: var(color-red-500) – Minority Mindset

Solana App Revenue: Why <a href="https://minority-mindset.com/sol-usd/">SOL</a> Needs More Than Memecoin Liquidity

Solana has recently seen a lot of activity, driven by things like trading activity directly on the blockchain and the popularity of new, often humorous, cryptocurrencies. While this attention is helpful, it’s important to consider what will give SOL lasting value. Quick gains from these popular coins are different from the steady growth of revenue from applications built on Solana. This article explores how Solana currently generates value and what needs to happen for continued success.

This analysis covers how fees and staking work, the impact of MEV and tips, how stablecoins affect demand for SOL, and which apps are most likely to consistently pay fees. We provide guidance for developers on connecting their business models to SOL, and for investors on identifying key metrics beyond just trading volume.

SOL thrives when apps create consistent income tied to user activity. This income should either use SOL directly (through fees or by permanently removing it from circulation), hold it within the system (like staking or rent-exempt balances), or direct value to those who help run the network (validators and stakers through tips or MEV). Simply moving SOL around doesn’t consistently achieve this.

Focusing on memecoin trading volume isn’t a reliable way to measure the long-term success of Solana (SOL). While it can cause short-term activity, these spikes are often temporary, and most of the profits go to traders and liquidity providers, not necessarily back into the network through mechanisms like fee burning.

Currently, SOL gains value through staking rewards, a portion of transaction fees that *may* be burned, rewards for validators (including MEV), and SOL that is locked up in rent-exempt accounts or used as collateral.

For apps to truly benefit SOL, they need to create consistent, ongoing revenue streams. This can be achieved through platforms like perpetual futures exchanges, payment systems, decentralized physical infrastructure networks (DePIN), and subscription-based consumer apps – all of which generate recurring revenue on the blockchain.

To further align revenue with SOL, apps should consider settling fees in SOL, implementing staking or bonding mechanisms, directing priority fees and tips to validators, and creating native fee sinks.

When evaluating SOL’s health, focus on key metrics like the number of unique fee payers, total fees and burns, the amount of tips distributed, the amount of SOL locked in the network, and app take-rates. These provide a more accurate picture than simply looking at the number of transactions.

While improvements to Solana’s speed and efficiency are good for user experience, they can also lower fees per transaction. To truly benefit SOL, this increased performance needs to be matched by increased, fee-paying activity.

Where SOL Value Comes From Today

When evaluating whether new developments benefit the Solana network, it’s best to begin by looking at how value is created and distributed within the system. These pathways are separate, yet connected to each other.

Staking economics: Validators secure the network; delegators earn staking rewards composed of protocol inflation, a share of fees, and, in practice, tips from users. Solana’s inflation schedule decreases over time toward a low terminal rate. The healthier the fee and tip layer becomes, the less reliance there is on inflation to pay stakers.
Transaction fees and burn: Users pay fees in SOL. By design, a portion of transaction fees may be burned, permanently removing SOL from circulation. The remainder typically supports validators. Priority fees can be added by users for inclusion in congested periods.
Priority fees and MEV tips: Competition for blockspace and orderflow creates optional tips (often facilitated by MEV infrastructure such as Jito) that flow to validators. This is real revenue that can strengthen staking yields without printing new SOL.
Rent‑exempt balances and state: Accounts on Solana commonly hold a minimum SOL balance to remain rent‑exempt. Those lamports are effectively locked as long as the account exists, reducing circulating supply.
Collateral and liquidity needs: SOL is used as collateral across DeFi protocols, for margining on perps, and to bootstrap liquidity. Each of these raises baseline demand when activity is durable.

While memecoin surges can temporarily affect things like rewards for network operators and short-term funding, they don’t usually create a steady base of users who consistently pay fees. For the Solana network to thrive long-term, it needs a large number of users making regular payments that aren’t just based on speculation.

The Memecoin Liquidity Mirage

New and experimental cryptocurrencies can quickly attract users, create online buzz, and increase trading activity. They also help test the speed and user-friendliness of blockchain networks and encourage more people to start using digital wallets. However, assuming that the popularity of these coins means the Solana blockchain itself is valuable is a mistake.

Cyclicality: Liquidity arrives rapidly and can leave just as fast. It clusters in short windows around new listings or narratives, which means fee intensity is sporadic.
Limited fee burn impact: Even with high transaction counts, low base fees and heavy competition to include transactions mean much of the incremental value accrues to validators through tips, not necessarily to fee burn that directly reduces SOL supply.
Stablecoin dominance: Many memecoin trades settle against USDC. When most value exchange is denominated in stablecoins, SOL’s role can shrink to gas and tips unless apps introduce additional SOL sinks.
Poor retention: After the peak, daily active fee payers and volumes often normalize. If an app’s model is just trading, there is no steady subscription, take‑rate, or service fee to capture.

Memecoins can be useful for testing systems and attracting attention, but they shouldn’t be relied on as a long-term foundation for any serious project.

What Counts as “App Revenue” on Solana?

As a researcher studying blockchain economies, I define ‘app revenue’ as the money users intentionally and consistently pay for a service – ideally, a predictable income stream for the app developers. On Solana, this revenue can manifest in a few different ways, which I’m currently investigating.

Protocol take‑rates: Perps and spot venues can earn a basis‑point fee on volume. Orderbooks retrieve fee income from makers/takers; AMMs earn swap fees that protocols may share.
Spread capture and matching: Brokers and aggregators can monetize price improvement, RFQ spreads, or orderflow rebates while still delivering competitive execution to users.
Subscriptions and seat licenses: Consumer or pro tools can charge recurring fees—paywalled analytics, portfolio apps, bots, or automation services—collected via on-chain payments.
Network services: DePIN projects (wireless, mapping, compute) can charge usage fees for real‑world services while settling microtransactions on Solana.
NFTs, gaming, and digital goods: Marketplaces earn maker/taker fees; games collect in‑app purchases or royalties (where supported by marketplace policy) and can implement on‑chain subscriptions for premium features.
Payments rails: Merchant acquirers and wallets can take a small fee for card on‑ramps, stablecoin settlement, or instant payouts, using token extensions and programmable approvals to manage compliance.

App revenue truly benefits SOL if it either: (a) increases demand and drives up fees on the network, (b) is paid in SOL or consistently converted into SOL, or (c) requires users to lock up SOL through staking or bonding. Without one of these, even popular apps might not significantly impact the value of SOL itself.

Design Patterns That Link App Revenue to SOL

Developers can design their projects to directly benefit from demand for SOL. Here are a few ways to get started:

Settle fees in SOL by default: Even if prices are quoted in USDC, collect fees in SOL or auto‑swap a defined share of revenue to SOL on-chain. This turns app growth into continuous buy pressure.
Use staking or bonding as a service tier: Require a minimum SOL stake to access higher API limits, lower trading fees, or premium features. Stake can be delegated to a validator set aligned with the app community.
Route priority fees strategically: Encourage users to attach priority fees during peak times; share a small rebate with stakers or use tips to support an aligned validator. This rewards network contributors while improving UX under congestion.
Leverage rent‑exempt accounts as value locks: Architect your app to maintain long‑lived accounts (e.g., PDAs, token accounts, subscriptions) that keep lamports deposited, shrinking effective liquid supply.
Bundle SOL with subscriptions: For recurring payments, pre-fund subscription vaults in SOL with auto‑top‑ups. This creates forward demand and reduces payment friction.
Deploy fee sinks: Burn a small share of app revenue in SOL or commit to periodic buy‑and‑burn events governed by a transparent on‑chain schedule. Communicate clearly and avoid promises you can’t maintain.
Tap token extensions and programmable transfers: Solana’s token extensions can enforce transfer fees, metadata, and compliance rules—useful for enterprise payments or fintech products that can generate stable, low‑volatility revenue.

A simple and transparent way to share revenue is best. If the process for handling fees or buying back tokens is too complicated, people won’t value it as much. A clear, automatic system built on the blockchain is more trustworthy than a promise someone could change.

Sectors Positioned to Pay Real Fees

Perpetuals, Order Books, and Liquidity Infrastructure

Solana’s speed and efficiency make it well-suited for platforms trading perpetual contracts and using traditional order books. These platforms can generate revenue through trading fees, lending rates, and penalties from closed positions. Additionally, aggregators can earn fees by finding the best prices and routing trades.

Key opportunities:

Transparent take‑rates: Publish on‑chain fee schedules and share a portion with a treasury or stakers.
MEV‑aware design: Partner with MEV infrastructure (e.g., Jito) to reduce toxic flow, improve fills, and direct tips to validators supporting your app’s operations.
Risk disclosures: Users should understand leverage, oracle dependencies, and liquidation mechanics. Protocols can embed guardrails like capped exposure and circuit breakers.

Payments, Remittances, and Wallet Commerce

Stablecoins are a popular application on the Solana network. Although simply using stablecoins doesn’t automatically create more demand for SOL (the network’s native token) beyond covering transaction fees, clever fee structures can encourage SOL usage.

Hybrid fee models: Quote merchant fees in USDC but net settle in SOL weekly via automatic swaps.
Subscription rails: Implement native, revocable approvals with token extensions to support recurring payments—charging small, predictable fees that accumulate.
On/off‑ramp spreads: Monetize instant payouts and card acceptance with transparent spreads; share a portion as a SOL sink.

To ensure reliable service and meet regulatory requirements, payment platforms need dependable connections to the Solana network, secure transaction methods, and clear tracking systems. Solana offers tools and integrations that simplify building checkout experiences and social commerce features.

DePIN and Machine‑Driven Microtransactions

Wireless networks that provide coverage, mapping, data collection, and computing power can generate revenue based on actual use and process small payments at a low cost. While these networks often reward users with their own unique tokens, they generally still require SOL for network fees and can create additional benefits.

Pay‑as‑you‑go billing: Charge usage in stablecoins while committing a fixed percentage of revenue to SOL purchases or validator support.
Device staking/bonding: Require a small SOL bond per device or node to encourage honest behavior and maintain state; release it on exit.
Data access tiers: Gate premium API or bulk data exports behind SOL‑denominated passes or subscriptions.

NFT Commerce, Gaming, and Consumer Apps

NFT marketplaces can consistently earn money through transaction fees if they help users easily find and trade items. Reducing the size of NFTs lowers costs and allows for wider testing with more users. Games can generate revenue by offering subscriptions for things like exclusive content, cosmetic items, and special features.

Royalty‑aware strategies: Even where royalties are optional, marketplaces can offer creator‑friendly incentives funded by platform fees.
Ad‑light monetization: Consumer apps can combine small subscriptions, in‑app purchases, and limited ads, all settled on-chain to produce steady revenue streams.

On‑Chain Compute and Data Services

Certain services like data indexing, storage access, automated tasks, and external data feeds may involve usage-based fees. Although some processing happens outside of the Solana blockchain, core functions and payments are always finalized on it. Service providers can set prices in USDC, but may automatically convert a portion to SOL to manage their finances or burn tokens.

Metrics and Dashboards Worth Tracking

As a researcher tracking Solana, I’ve found it’s more helpful to focus on metrics that demonstrate actual value being created, rather than just looking at how much activity is happening on the network. Understanding where value is flowing is key to assessing its long-term health.

Unique fee payers: The count of wallets paying any fee over time is a better signal of real users than raw transaction totals, which can be inflated by bots.
Total fees, burns, and tips: Track aggregate fees paid, the share burned (where applicable), and priority fee/tip flows to validators. Consolidated dashboards from analytics firms and explorers can be helpful.
Validator revenue mix: Observe how much validator income comes from inflation versus fees and tips. A growing non‑inflation share is healthy.
Rent‑exempt SOL and state growth: Monitor lamports locked in accounts and PDAs. Rising long‑lived state implies stickier SOL demand.
App take‑rates: For major DEXs, perps, marketplaces, and payments providers, look at fee schedules and realized take‑rate trends.
Stablecoin velocity on Solana: Rising stablecoin usage is good for the network, but evaluate whether builders are translating that flow into SOL sinks.

To get started, check out CoinGecko and CoinMarketCap for information about tokens. For data on fees, trading volume, and total value locked (TVL), DefiLlama is a great resource. If you’re interested in Solana specifically, use Solana’s native explorers to learn about validators and fees. Keep up with Jito’s updates and validator dashboards for insights into MEV and tips.

Risks, Headwinds, and How Builders Can Mitigate Them

Solana has big plans for the future and its community is constantly evolving. To successfully connect app earnings with the SOL cryptocurrency, it’s important to carefully consider potential risks.

Throughput vs. fee compression: Performance upgrades, including new validator clients such as Firedancer under development, can lower average fees per transaction. Builders should design models that benefit from scale (more paying users) rather than relying on high per‑tx fees.
Smart‑contract and custody risk: Bugs, oracle failures, and key compromise can erase revenue and trust. Use audits, formal verification where possible, circuit breakers, and battle‑tested libraries.
Regulatory and compliance uncertainty: Payments, stablecoins, and consumer finance are regulated. Token extensions and programmable compliance can help, but teams should seek legal counsel and implement strong KYC/AML where required.
MEV centralization and fairness: MEV can improve validator economics but may harm users if unchecked. Favor open relay designs, publish protection policies, and monitor fill quality.
Liquidity fragility: Overreliance on mercenary capital can leave gaps in market depth. Diversify venues, incentivize long‑term LPs, and implement risk‑based fee tiers.
Infrastructure concentration: Avoid single points of failure across RPCs, indexers, and custody partners. Multi‑region, multi‑provider setups increase resilience.

Here’s a helpful tip: Create a dashboard that clearly shows how money moves through your system, how much is held in reserve, and the safety measures in place. Transparency about these financial details builds user trust, especially when markets are volatile.

How Investors and Analysts Can Evaluate Projects

Not all growth is created equal. Here’s a quick framework for diligence:

Unit economics: What is the app’s revenue per active user or per dollar of volume? Is there a clear take‑rate, and is it defensible?
Revenue–SOL linkage: Does the model settle in SOL, swap to SOL, lock SOL, or boost validator revenues in a repeatable way?
Durability of demand: Are users paying for utility (execution quality, convenience, access) rather than speculation alone?
Risk controls: Are there transparent policies around MEV, liquidations, oracle reliance, and platform outages?
Distribution and retention: Are Actions/blinks, wallets, and partners driving sticky cohorts? Is churn visible and addressed?
Governance clarity: Are fee changes and treasury policies on‑chain and predictable, or ad‑hoc and discretionary?

Why SOL Needs More Than Liquidity Surges

A liquid market is important for its health, but simply having lots of trading activity doesn’t mean the underlying asset will increase in value. On Solana, the most common trading pattern looks like this:

Apps deliver utility that users are happy to pay for repeatedly.
Those payments cause on‑chain fees, SOL tips, and/or direct SOL purchases or locks.
Validators and stakers earn more from real activity, reducing dependence on inflation.
Developers and capital see durable revenue and reinvest, compounding the cycle.

Memecoins can initially attract users and test the technology, helping things get started. However, for continued growth, those users need to become paying customers – whether through fees on trading platforms, subscription-based services, or billing for using decentralized physical infrastructure. Solana needs consistent revenue from fees, not just a high number of transactions.

If you build on Solana today, design for this loop. If you invest, underwrite it.

For ongoing coverage of Solana ecosystem developments and data‑driven analysis, visit Crypto Daily.

Frequently Asked Questions

Does memecoin trading help SOL holders?

As a crypto investor, I’ve noticed that sudden bursts of activity can sometimes give Solana validators a little extra income and temporarily drive up transaction fees. But honestly, it doesn’t always translate into a big, lasting impact on how much SOL is burned or the overall demand for it. For that to happen, we really need those new users who show up during those spikes to actually *stay* and start using Solana for things beyond just quick trades – things like apps and services that require ongoing transaction fees.

What part of Solana fees is burned?

Solana is designed to reduce the overall supply of its token by ‘burning’ a part of the fees paid for each transaction. The rest of the fee goes to the validators who process those transactions. While most priority fees and tips also go to validators, the specific way these fees are divided can change with updates to the network. For the most accurate information, it’s best to consult Solana’s official documentation.

How do stablecoins on Solana affect SOL demand?

Stablecoins make payments and trading easier by avoiding big price swings, which improves how users interact with applications. However, if everything starts being paid for using stablecoins, the Solana (SOL) cryptocurrency could end up only being used to pay for transaction fees. To prevent this, applications can choose to collect fees in SOL, convert a portion of their earnings into SOL, or require users to stake or bond SOL.

Which sectors on Solana are most likely to produce durable revenue?

Certain types of crypto projects are likely to create consistent income that isn’t tied to market ups and downs. These include platforms for trading (like decentralized exchanges, which charge small fees), payment systems (with regular transaction fees), projects building physical infrastructure (billed based on usage), and popular apps like online stores and games (through subscriptions or purchases within the app).

Will performance upgrades like Firedancer reduce SOL fee revenue?

Increasing capacity could lower fees for each transaction, but it would also allow for a much larger volume of transactions that generate fees. Ultimately, whether this is beneficial depends on if apps can turn that increased capacity into more paying customers. The focus is on growing overall revenue through scale, rather than charging high fees to each individual user.

How can a project prove that its model supports SOL value?

Make policies clear and easy to check directly on the blockchain, including details about fees, automatic conversions to SOL, token burning, staking rules, and how validators are supported. Also, offer tools like dashboards and audits so users can follow transactions as they happen.

Is this financial advice?

Cryptocurrencies can be very unpredictable and come with risks related to the technology they use, market fluctuations, and changing regulations. It’s important to do your own thorough research and consider getting advice from a financial professional before investing.

2026-05-26 18:37