While much of the decentralized physical infrastructure space is quietly declining — reward incentives shrinking, enthusiasm waning — there are two protocols that are doing something that is going against the grain. HELIUM AND GEODNET,Pioneering DePIN protocols on Solana, Continue generating high fees And maintain some of the highest transaction volumes on the entire network. This kind of flexibility, in a slow market, is worth paying attention to.
Key takeaways
- Helium and GEODNET are the top DePIN protocols on Solana in terms of transaction volume and fee generation.
- Both networks provide a real benefit – decentralized wireless connectivity and highly accurate GPS services – which supports real on-chain demand.
- The broader DePIN sector is facing low bonus incentives and a general slowdown, making its resilience notable.
- Data from SolanaFloor confirms continued high usage, indicating structural demand rather than speculative activity.
- Solana’s efficient throughput and low core fees create the infrastructure conditions that allow these protocols to operate at scale.
Solana’s DePIN segment is led by Helium and GEODNET
The DePIN narrative has been one of the most talked about cryptocurrency topics over the past couple of years. The premise was straightforward: use token incentives to crowdsource to build real-world infrastructure—wireless networks, GPS networks, sensor arrays—without relying on central operators. The problem is that code-driven growth is cyclical in nature. When reward incentives compress, engagement declines, and usage metrics tend to follow.
This pattern is widespread across the DePIN sector at the moment. What makes HELIUM AND GEODNET What’s interesting is that they seem to be breaking up with him.
Services provided by Helium and GEODNET
The reason both networks hold up under pressure is because of what they actually do. Provides helium Decentralized wireless communicationproviding an alternative infrastructure layer for IoT devices and mobile data. GEODNET delivers High precision positioning servicessupporting applications in agriculture, autonomous vehicles, surveying, and logistics – sectors where accuracy requirements are non-negotiable and switching costs are real.
These are not speculative use cases. They are services with specific end users and functional dependencies. This fundamental benefit is what separates sustainable fee generation from the kind of activity that evaporates the moment token prices drop.
Market position amid sector slowdown
The broader DePIN market is seeing a contraction in bonus incentives – a structural slowdown that is arguably inevitable after the aggressive incentive cycles of recent years. For many protocols, lower rewards mean less participation, leading to weaker usage numbers and lower fees.
HELIUM AND GEODNET I did not follow this scenario. According to data from SolanaFloor, Both networks continue Ranking among the most active in Solana, maintaining high utilization despite sector-wide headwinds. This difference is important. This suggests that protocols have moved beyond incentive-based activity to something closer to true product-market fit.
Continued generation and use of high fees
Generate fees in Blockchain networks It is one of the cleanest signals of real demand. Unlike the price of a token or the total value locked — metrics that can be inflated by speculation — fees reflect actual on-chain activity: transactions are served, processed, and settled because someone needs a service badly enough to pay for it.
Data insights from SolanaFloor
SolanaFloor data puts Helium and GEODNET in between Highest fee generating DePIN protocols on Solana. The sustained nature of this activity – maintained during a period when the broader sector was declining – indicates structural utility-driven demand rather than a temporary increase.
This distinction is important for how observers interpret the signal. High fees can be a buzz. Continuing high fees Over time, in a declining market environment, it is a completely different type of data point.
Driving transaction volume
Far from generating fees, both networks remain afloat Top users by number of transactions on Solana. This is especially evident in the context of blockchain, which processes a massive volume of transactions daily across DeFi, NFTs, and other sectors. Maintaining a top-ranking position in transaction volume while a sector-wide slowdown is emerging is no small feat.
The efficiency of the Solana network supports DePIN activity
None of this happens in isolation from basic infrastructure. The role Solana plays in enabling this activity is structural rather than incidental.
Productivity and fee structure
DePIN protocols require high transaction throughput to operate on a real-world scale. Wireless network usage logs, GPS correction signals, device logging – these generate a constant stream of on-chain activity that can be too expensive or simply too slow on networks with higher core fees or limited throughput. Solana’s efficient throughput and low transaction fees Remove these limitations, allowing Helium and GEODNET to operate at the scale their services require.
This is a competitive differentiator for Solana as a platform. The fact that two of the most flexible DePIN protocols on the market have adopted it — and continue to drive significant on-chain activity — reinforces the network’s position as a leading infrastructure layer for real-world applications.
Demand implications for the chain
The generation of sustainable charges from Helium and GEODNET carries broader explanatory weight. He points out that Demand for these services across the chain remains strong Even as the speculative enthusiasm for the DePIN class fades. This is a healthier sign of the protocol’s long-term viability than any amount of incentive-based activity – because it means that demand doesn’t disappear when rewards shrink.
From a network perspective, high-volume, fee-generating protocols are directly valuable to Solana’s own metrics. It helps demonstrate the network’s utility beyond financial applications, an argument the ecosystem has been building for some time.
What does this indicate for the next phase of the DePIN sector?
The DePIN refrigeration market is an effective candidate. Protocols that were mostly incentive driven will continue to struggle as a reward for reward compression. Those who actually adopt the product – real users, real services, and real switching costs – have a structural ground beneath their activity that purely speculative networks do not have.
Helium and GEODNET appear to be on the right side of this dichotomy. The fact that market observers now point to their performance as a measure of the value of the broader Solana network reflects how the conversation around DePIN has evolved: away from total addressable market expectations and toward operational proof points.
The question the sector faces now is not whether or not DePIN as a category can grow, but rather which protocols have built something robust enough to grow through the cycle, not with it.
Instructions
What are Helium and GEODNET?
Helium and GEODNET are Solana’s leading DePIN (Decentralized Physical Infrastructure Network) protocols. Provides helium Decentralized wireless communicationwhile GEODNET provides high-precision GPS services used in industries such as agriculture, surveying, and autonomous vehicles.
How are Helium and GEODNET performing in the current DePIN market?
Both protocols continue to generate high fees and maintain top-tier transaction volumes on Solana despite the broader slowdown and reduced reward incentives across the DePIN sector, according to data from SolanaFloor.
What role does the Solana Network play in supporting these protocols?
Solana’s efficient throughput and low transaction fees allow Helium and GEODNET to handle the high volumes of cross-chain activity required by real-world services, with a cost structure that makes continuous operation viable.
What are the performance implications of Helium and GEODNET for Solana?
Consistent fee generation and transaction volume leadership strengthen Solana’s competitive position as an infrastructure layer for real-world applications, and may positively impact market perceptions of the network’s value in the long term.
The article was produced with the help of artificial intelligence and reviewed by the editorial team.
