Introduction to DePIN and Token Use Cases
DePIN — or Decentralized Physical Infrastructure Networks — are gaining attention for their promise to disrupt traditional infrastructure sectors by creating peer-to-peer networks that rely on participants sharing physical hardware and resources. Unlike purely software-layer DeFi or DeAI protocols, DePIN projects blur the lines between the virtual and physical worlds, with tokens that often represent access, governance, or rewards for running physical nodes.
I’ve followed these projects closely and what I find compelling is the variety of real-world applications they target — from wireless connectivity to bandwidth sharing, data storage, and compute power. Still, not all DePIN tokens are created equal, especially when it comes to their tokenomics and practical utility.
This guide compares four popular tokens within the DePIN and decentralized bandwidth spaces: Grass, NodePay, Honeygain, and Helium. We'll also touch on Filecoin for a broader perspective since it’s often mentioned alongside Helium due to its decentralized infrastructure focus.
If you’re asking, "How do these tokens really compare?" or "Is DePIN a better model than traditional infrastructure?" you’ll find clear explanations here. Plus, I share practical tips on buying, storing, and earning with these tokens — because holding DePIN assets requires specific security considerations.
Overview of Grass, NodePay, Honeygain, and Helium
| Token |
Primary Purpose |
Network(s) Supported |
Physical Asset |
| GRASS |
Decentralized AI data infrastructure and compute network |
EVM-compatible (Polygon-based) |
Edge compute nodes and data providers |
| NODEPAY |
Rewards for bandwidth and node operation in decentralized networks |
Ethereum, Binance Smart Chain |
Node operators sharing bandwidth |
| HONEYGAIN |
Monetizing unused internet bandwidth |
Ethereum-compatible chains |
Passive bandwidth sharing |
| HELIUM |
Decentralized wireless network & IoT connectivity |
Helium Blockchain (custom L1) |
Hotspots providing wireless coverage |
Grass (GRASS) is focused on creating a decentralized compute and AI data network. Whereas Helium and NodePay mostly reward physical network hotspot or bandwidth operators, Grass goes a step further by integrating compute and storage layers aimed at AI workloads. What I’ve found particularly interesting is how GRASS incentivizes participation via staking and data provisioning rather than just bandwidth sharing.
NodePay, by contrast, is more straightforward. It rewards node operators who provide bandwidth or data relay services and has a multi-chain presence enabling flexible staking and rewards across Ethereum and Binance Smart Chain.
Honeygain takes a consumer-friendly approach. It lets everyday users monetize idle internet bandwidth by sharing it securely, earning rewards in a token pegged to the underlying blockchain. Because it’s less about running complex nodes and more about passive sharing, its barrier to participation is lower.
Finally, Helium (HNT) has set the standard for decentralized physical networks by deploying thousands of wireless hotspots globally. It created a novel proof-of-coverage mechanism verifying that hotspot owners provide real wireless coverage. While it operates on a custom blockchain, its ecosystem is growing to support multi-chain bridges, improving how its token is held and used.
For those comparing projects like Filecoin — which focuses on decentralized storage — Helium differs by targeting wireless connectivity, but both challenge traditional centralized infrastructure providers with open, participant-owned networks.
Tokenomics Differences: Grass vs NodePay vs Honeygain vs Helium
| Feature |
GRASS |
NODEPAY |
HONEYGAIN |
HELIUM |
| Token Utility |
Staking, governance, data marketplace incentives |
Rewards for bandwidth provision |
Rewards for bandwidth sharing |
Proof of coverage rewards & network governance |
| Staking Options |
Native staking with lock-up |
Delegated staking available |
Limited staking (mostly rewards) |
Staking & validator nodes available |
| Inflation Model |
Managed inflation via token burn |
Moderate inflation typical |
Fixed supply with rewards |
Inflationary, linked to network growth |
| Lock-Up Requirements |
30-90 days typical |
Flexible across networks |
Minimal |
Variable lock-ups, some with cooldown periods |
| Realistic APR range |
5-15% depending on participation |
6-12% generally |
2-6% passive |
7-20% depending on hotspot and staking method |
One key difference lies in how these tokens reward participants. For example, Grass emphasizes longer-term lock-ups with staking that supports network integrity and data quality, which can mean your tokens aren’t liquid for a while. Helium's APR can look attractive, but unstaking sometimes has cooldowns, which caught me off guard early on.
Also, Honeygain rewards mostly come from sharing bandwidth passively, but they offer less flexibility for formal staking, making it more of an earnings token than a traditional “stake-to-earn” crypto.
NodePay balances flexibility with multi-chain support, so you can stake with different validators or directly, depending on the chain used.
Comparison: DePIN vs Traditional Infrastructure
Why DePIN Could Change the Game
Traditional infrastructure often relies on centralized providers — think cell towers owned by telecoms or data centers run by cloud companies. That centralization can slow innovation and create pricing opacity.
DePIN tokens represent access rights and rewards for individuals who help build physical networks, which can lower entry barriers, improve transparency, and reduce costs.
But managing decentralized physical assets is harder than software-only networks. Hardware failures, geographic distribution, and trust verification add complexity. That’s why tokenomics must align incentives properly — a balance that varies project to project.
Example
Helium’s novel proof-of-coverage algorithm attempts to solve trust issues with wireless nodes. Grass’s layered approach combines compute and data incentives, which could better support AI workloads that require reliability. NodePay and Honeygain provide bandwidth-focused alternatives, with different trade-offs in complexity and user participation.
How to Buy and Store These DePIN Tokens
All four tokens are available primarily on decentralized exchanges due to their niche status, but some (like Helium) have presence on centralized exchanges as well. Here's a quick breakdown:
| Token |
Common Networks |
Buying Options |
Storage Types |
| GRASS |
Polygon (EVM-compatible) |
DEXs on Polygon, some CEX listings |
Software wallets, hardware wallets |
| NODEPAY |
Ethereum, BSC |
DEXs across different chains |
Software and hardware wallets |
| HONEYGAIN |
Ethereum-compatible (ERC-20) |
Mostly DEXs and some CEXs |
Software wallets preferred for flexibility |
| HELIUM |
Helium blockchain (Layer 1) |
Centralized exchanges + native wallets |
Hardware wallets via bridges, software wallets supporting Helium |
For storage, there are trade-offs. Software wallets offer convenience for active staking or participation. But, when I keep long-term bags of AI and DePIN tokens, especially volatile ones like GRASS or HELIUM, I prefer hardware wallets for self-custody and added security.
Unlike many DeFi tokens, multi-chain support matters here because some rewards and staking take place on different networks. So, selecting a wallet with multi-chain capability helps avoid managing separate wallets for the same token on different chains.
Running Nodes and Earning Rewards: Practical Insights
Earning with DePIN tokens usually means running a physical node or sharing bandwidth.
Grass: Running a compute node means dedicating hardware resources (CPU, storage) and staking GRASS tokens to participate in the data marketplace. Rewards come both from staking and active service provision. When I first staked GRASS, I realized the importance of keeping node software up to date to avoid missing payouts.
NodePay: Easier to enter for bandwidth sharers. You stake NODE tokens or delegate them to validators who operate bandwidth nodes. Rewards depend on network usage, so uptime and quality matter.
Honeygain: Extremely passive from a user side — install the app, connect your internet, and start earning. The downside is smaller rewards and less governance influence.
Helium: Operating a Helium hotspot isn’t trivial. You need to place hardware strategically and maintain uptime. I’ve seen users miss out on rewards by neglecting network requirements or moving devices frequently.
Each token’s staking or earning mechanism involves trade-offs. For example, staking lock-ups limit liquidity; running nodes requires initial investment. But these incentives are what help maintain decentralized infrastructure.
Risks and Challenges in DePIN Token Holding and Staking
DePIN is a newer space, which means volatility is high — tokens like GRASS or HELIUM can swing sharply in price. And while narratives around decentralized networks are compelling, not all projects will survive long term.
Security is also a major concern. From AI-powered phishing scams mimicking node software updates to fake token airdrops impersonating popular DePIN projects, threats are real. What I’ve learned is never to approve token spending without verifying the source and always keep your recovery phrase offline and guarded.
Another risk relates to staking and lock-ups. Missing an unstake window or validator misbehavior can result in penalties or lost rewards. Plus, projects may introduce inflation changes affecting APRs.
Finally, the hardware aspect introduces physical risks: device theft, failure, or connectivity problems can hamper earnings.
Taking these into account, cautious participation and diversified holdings across projects may reduce overall risk exposure.
Conclusion and Next Steps
Grass, NodePay, Honeygain, and Helium each represent different facets of the growing DePIN movement, with distinct tokenomics, staking models, and user requirements. Whether you prefer the compute-driven model of Grass, the bandwidth focus of NodePay and Honeygain, or the wireless infrastructure pioneering of Helium, understanding these differences helps make smarter decisions about where to invest time and resources.
Remember: tokens earned or staked through physical infrastructure networks often need special care in storing and security. Software wallets provide flexibility, but if you’re holding significant amounts, cold storage is a must-have in my opinion.
For those new to staking or running nodes, start small, test the setup, and keep security top of mind. If you want detailed guides on storing or staking GRASS tokens, check out our staking GRASS tokens and storing GRASS AI tokens pages.
Interested in broader DePIN participation? Learn more about running a DePIN node and DePIN airdrops and rewards to catch all opportunities.
Ready to explore these tokens further? Take time to compare them against your own risk tolerance and infrastructure bandwidth. What suits one participant’s setup might not suit another’s.
And hey—don’t underestimate the learning curve. I’ve made my share of mistakes, but it’s always rewarding to see decentralized networks grow and know you’re part of something new.
Related resources
