Networks limit rewards for nodes sharing IP addresses, treating them as a single operator rather than independent participants. DePIN networks are particularly strict about this — multiple nodes from the same IP receive the reward allocation of a single node, nullifying the benefit of running additional instances.

Datacenter IPs are deprioritized or blocked by decentralized networks designed for broad residential participation. Networks like Grass and Nodepay are designed to distribute bandwidth contribution across many residential users, and they actively filter datacenter traffic that contradicts their decentralization goals.

Multiple nodes on the same IP subnet trigger anti-sybil mechanisms that reduce or eliminate staking rewards across all associated nodes. Even different IPs from the same hosting provider often share the same /24 subnet, causing the network to treat all your nodes as a single sybil cluster.

DePIN networks like Grass, Nodepay, and Gradient require residential-grade IPs for bandwidth contribution eligibility. These networks verify that participating IPs are residential (not datacenter) before crediting bandwidth contributions and distributing reward tokens.

Deprioritized or blocked by most decentralized networks. DePIN networks specifically filter datacenter traffic to maintain genuine residential distribution. Sybil detection targets datacenter IP ranges, reducing or eliminating rewards.

Better than datacenter for DePIN eligibility, but shared residential proxy pools mean your IP may already be in use by other node operators. This creates IP overlap that networks detect and penalize.

Carrier IPs qualify as residential-grade traffic accepted by all DePIN and decentralized networks. Each proxy provides a unique IP dedicated exclusively to your node. Full reward eligibility maintained with 99.9% uptime on dedicated hardware.

Assign Proxies

Dedicate one 4G proxy per node instance so each node operates with a unique carrier IP identity. Configure your node software to route all network communication through the SOCKS5 proxy. For DePIN browser extensions (like Grass), configure the proxy at the browser profile level.

Configure Nodes

Route node traffic through SOCKS5 proxy for full TCP support covering any node protocol. This includes P2P gossip protocols, validator communication, bandwidth contribution (DePIN), and RPC synchronization. The proxy handles all TCP traffic transparently without requiring protocol-specific configuration.

Run Continuously

99.9% uptime on dedicated modem hardware ensures nodes run continuously without proxy interruptions. DePIN networks and validator protocols reward consistent uptime, so reliable proxy infrastructure directly translates to higher earnings. Our automated monitoring detects issues within minutes.

Earn Rewards

Each node appears as an independent residential participant to the network. Full reward eligibility is maintained because the carrier IP qualifies as residential traffic and is unique to your node instance. No reward splitting, no sybil penalties, no deprioritization.

Node Identity

Unique carrier IP per node instance from Polish mobile networks. Each node appears as an independent residential network participant. The IP is dedicated exclusively to your node — no sharing with other customers.

99.9% Uptime

Dedicated modem hardware runs continuously with automated health monitoring. Critical for node operations where uptime directly affects reward eligibility and earnings. Our infrastructure is designed for 24/7 operation.

Full TCP Support

SOCKS5 protocol supports any node software including validators, light clients, DePIN browser extensions, P2P gossip protocols, and custom node implementations. No protocol restrictions.

Residential Grade

Carrier IPs from T-Mobile, Orange, Play, and Plus qualify as residential for networks that require non-datacenter participation. Geo-IP databases correctly classify these IPs as mobile/residential, passing all DePIN verification checks.

Unlimited Bandwidth

No data caps or throttling. Nodes can process, relay, and contribute as much bandwidth as the network requires. Essential for DePIN bandwidth contribution nodes like Grass where data throughput directly determines rewards.

IP Management

Keep sticky IPs for consistent node identity that networks reward, or rotate when you need a fresh address. Long-term sticky sessions are recommended for node operations to maintain consistent participation history.

Yes. Each proxy provides a unique carrier IP for each node instance. DePIN networks like Grass, Nodepay, and Gradient see each node as an independent residential participant, maintaining full reward eligibility for every instance. This is the most reliable way to scale DePIN node operations because each node has its own dedicated IP that is not shared with any other customer or node.

Yes. All proxies include unlimited bandwidth on dedicated 4G hardware. DePIN bandwidth contribution nodes like Grass benefit from the full throughput of the 4G carrier connection. For lighter node operations (validators, light clients), the bandwidth is more than sufficient. There are no data caps, no throttling, and no overage charges regardless of usage.

We maintain 99.9% uptime with dedicated modem hardware and automated monitoring. Each proxy runs on a physical 4G modem operating continuously. For node operations that require maximum uptime (and most do, since uptime directly affects rewards), our infrastructure is specifically designed for always-on operation. If a modem experiences issues, our monitoring system detects it within minutes and triggers resolution.

Yes. DePIN networks require residential-grade IPs (not datacenter), and mobile carrier IPs qualify as residential in all geo-IP databases and IP classification services. We have verified compatibility with Grass, Nodepay, Gradient, BlockMesh, and other DePIN networks. Carrier IPs pass all residential verification checks that these networks perform.

Yes. Our SOCKS5 support handles any TCP-based protocol including custom node software, P2P gossip protocols, validator communication, bandwidth contribution protocols, and Stratum mining connections. Configure your node software to route through the SOCKS5 proxy address and port for full traffic tunneling.