The Pocket Network Math at Current Prices
A Pocket Network node went online yesterday, and another went online last week. Both nodes staked 15,000 POKT to help relay traffic for over 50 blockchains. Today, the POKT token price is $0.01248. That's down 99.6% from its all-time-high price of $3.11. That doesn't sound like a success story. It doesn't have to be, when you know what's coming with the new tokenomics.
Pocket Network DAO passed PIP-41 in January 2026. PIP-41 hardcoded the mint ratio to 97.5% into the Shannon protocol. Of the total POKT relay fee earned each cycle, 100% is burned. Then only 97.5% of that will be re-minted and sent to nodes as a reward. That 2.5% that doesn't get minted is programmable deflation. At 2 billion POKT in circulation and a network that already relays over 1 billion pieces of data daily, the math becomes very favorable for operators who can consistently net relay volume.
The pocket network price doesn't need to moon for node economics to work. All it needs is sustained increases in relay demand. A Reddit post from 2023 observed negative real returns for node ops and estimated ~$41,100 of daily sell pressure from node operators selling rewards. Pre-Shannon. The deflationary mechanism changes the math, but not as significantly as some optimizers think. Current network node operators have claimed anywhere from 50-200 POKT/day per node based on location and number of chains covered. At $0.01248 that comes out to $0.62 to $2.50/day. Operators will need to keep overhead low with that profit margin.
Hardware and Staking: The Real Cost to Run a Node
The minimum staking required to run a Pocket Network node is 15,000 POKT. At current price, that's around $187. Cheap. Hosting is where prices start to differ. A dedicated VPS with at least 4 CPU cores, 8GB RAM, and 200GB SSD storage is needed to run the base Pocket node binary, as well as host a couple of relay chains at most. Most users report paying $30 to $80 a month for hosting fees, depending on provider and location.
Running hardware locally is an option, but uptime expectations are high. Nodes dropping below 80% uptime for a session will not be granted relays, and earn nothing for that window. What trips people up when getting started is that in addition to needing a POKT node, full or archive nodes for each blockchain being serviced are also required. Relaying Ethereum data? A full node synced to Ethereum's chain is required. Polygon? Another full node. More chains equals more storage and compute.
To run 10+ chains, a serious operator will need a minimum of 32GB RAM, 2TB+ NVMe storage, and dependable connectivity with low latency. That hardware runs $150-300 per month on cloud infrastructure, or $1,500-2,500 up front for bare metal. Pocket's Bitcoin relay chain consistently ranks among the highest-demand chains on the network. Roughly 600GB storage is needed to run a Bitcoin full node alongside the POKT node, with moderate CPU. Bitcoin is actually one of the cheaper chains to support when comparing relay demand to resource requirements. The problem is that even after selecting the best possible chains, the dollar-denominated yield literally covers the cost of cloud hosting for most small operators.
Step by Step: Deploying a Node on Shannon
Step one: acquire 15,000 POKT and transfer it to a non-custodial Shannon protocol enabled address. This means Token Pocket wallets and native Pocket wallet. Confirm the transaction in Pocket Network explorer before proceeding.
Step two: run a server. The OS requirement is Ubuntu 22.04 LTS Server. Dependencies include the Go programming language version 1.21 or higher (only if building from source), LevelDB, and the latest stable release of Pocket core binary from GitHub (as of April 2026, this would be v1.8.0). Grab a copy of the repository from GitHub and follow the build from source and run instructions. This includes verifying the binary matches the published hash. Operators commonly skip this hash check and use compromised binaries. Do not do that.
Step three: edit the node's chains.json file. This file contains which relay chains the node will serve data for. The chain ID, full node URL of the chain running locally, and the port must be supplied. Including a chain without actually serving data for it will cause the node to fail relay checks and get down-weighted in session selection. Only list chains with a fully synced, responsive node running.
Step four: stake 15,000 POKT by sending a stake transaction from the node operator address. The stake transaction must include the service URL (the public endpoint the node will listen for relay requests at) and the chain IDs from the config file. Stake transactions take 1 block to confirm.
Step five: monitor. Configure logging and uptime alerts. The pocket network crypto community maintains open-source monitoring dashboards that show relay counts, session allocations, and rewards per node. If a node goes down and loses sessions, zero rewards are earned for that duration. There is no partial credit.
| Setup | Stake | Gross yearly | Net after hosting |
|---|---|---|---|
| 1 POKT node (top tier) | $187 | $912 | -$288 |
| 10 POKT nodes (shared box) | $1,872 | $9,120 | +$5,520 to $6,720 |
| 32 ETH solo staking | ~$76,000 | $2,700-$3,200 | $2,700-$3,200 |
Pocket Node Returns vs ETH Staking: An Honest Comparison
Rewards for staking 32 ETH are currently around 3.5-4.2% APY. That's over $76K of dollar-cost USD invested at current ETH prices for approximately $2,700-$3,200 worth of predictable, stable, top-5 asset denominated yield. A POKT node has $187 committed in staked capital. At the very top payout tier for relaying (200 POKT/day, $2.50) that's $912/year before hosting costs. Throw in $100/mo for mid-tier VPS hosting and the result is negative $288/year as an operator. Single-node math doesn't work at these price levels unless hosting runs under $40/mo or relay earnings are significantly higher.
The rejoinder from multi-node operators is that better economics come from sharing underlying infrastructure. Running 10 nodes on the same box (150,000 POKT staked, ~$1,872) earns $9,120 POKT per year in rewards while paying $200-300/month to host on a properly-specced multi-chain server. Positive cash flow of $5,520-$6,720/year on under $5,000 in total capital invested (stake plus annual hosting costs). Better than ETH staking on a pure percentage basis. Risk-adjusted, less obviously.
POKT carries delisting risk (BingX already categorized it as "ST" under review), upgrade maintenance risk (Bithumb froze deposits during the February 2026 upgrade), and the persistent reality of a coin trading at 99.6% below ATH. ETH has zero of those risks. Comparing the raw yield percentage between POKT and ETH without this caveat is dishonest.
The counterargument has validity. The Shannon upgrade opened up a use case for Pocket Network token beyond blockchain RPC data into AI models, Web2 APIs, indexers, and oracles. If sufficient demand for relaying arises from these new verticals, there is room for node revenue to scale meaningfully. Kleomedes (14 Cosmos chains) and OverProtocol (South Korean Web3 infrastructure) partnerships feel like positive steps toward this volume growth. The only question is if that volume will come quickly enough to offset the risk.
Managing Downside While Chasing Relay Revenue
Infrastructure redundancy is the first step in risk management for POKT node operators. Have backup nodes. In the event the main node goes offline, the failover should seamlessly pick up relaying requests within minutes. Penalties for session discontinuity are all or nothing: either online earning payouts, or offline losing out. Lost sessions cannot be "made up."
Trade off chain coverage with discrimination. Chains with highest relay demand (Ethereum, Polygon, Bitcoin, Arbitrum) should account for the majority of revenue for the most consistent month-over-month stability. Chains with less demand (some Cosmos ecosystem relays) have fewer nodes, which means fewer operators to divide a reward pool by.
The sell pressure factor can't be ignored either. The 2023 report concluded $41,100 of net daily sell pressure from node operators, which has not been fully compensated by PIP-41's deflationary burn. The 2.5% difference between burn and mint tamps down inflation but does not fully account for operators' financial incentive to sell rewards to cover hosting costs. A node operator with $200/month in fiat currency hosting expenses needs to sell 16,000 POKT per month at current prices just to break even on infrastructure costs.
Shannon upgrade and programmable deflation have changed the tokenomics and moved the supply needle. Broader DePIN momentum (277% 30-day growth per Gate.com) is pumping wind in its sails. But good sentiment doesn't pay the bills. Relay volume does.
POKT token trading volume over the last 24 hours increased 41% to $922,000. Whether that trading volume represents long-term demand for relays or short-term speculator activity is the difference between making money with a node and having an expensive hobby. The next major release of Pocket Network protocol, v1.9.0, will be released in Q3 2026. This release is expected to reduce the manual configuration needed per chain to onboard, which has been a bottleneck for operators scaling their node deployments. It should reduce the marginal cost per chain for operators that already have infrastructure deployed, pushing the economics closer to profitability. For anyone thinking about running a Pocket Network token node, waiting for this update may be worthwhile.
