Networks
Welcome to our curated selection of blockchain networks, each representing a unique ecosystem with its own set of features, innovations, and contributions to the decentralized landscape. These networks have been chosen for their exceptional capabilities and the impact they bring to the world of blockchain technology.
Why Explore These Networks?
In the ever-evolving realm of blockchain, it’s crucial to stay informed about the diverse projects shaping the industry. Our featured networks showcase a spectrum of functionalities, ranging from decentralized finance (DeFi) and smart contract platforms to specialized protocols catering to specific use cases.
Discover Each Network
Explore each network below to gain insights into their core principles, functionalities, and the innovative solutions they bring to the blockchain space. Whether you’re a developer, investor, or blockchain enthusiast, these networks offer a glimpse into the future of decentralized applications and services.
Supported Networks
| Chain | Staking APR | Staking APY | Action |
|---|---|---|---|
 Celestia | 8.28% | 100,000 | Stake |
 Osmosis | 8.28% | 100,000 | Stake |
 Namada | 8.28% | 100,000 | Stake |
 Penumbra | 8.28% | 100,000 | - |
 Chihuahua | 8.28% | 100,000 | Stake |
 Picasso | 8.28% | 100,000 | Stake |
 Source Protocol | 8.28% | 100,000 | Stake |
 Sommelier | 8.28% | 100,000 | Stake |
 chain4energy | 8.28% | 100,000 | Stake |
 Persistence One | 8.28% | 100,000 | Stake |
 quick-silver | 8.28% | 100,000 | Stake |
 Juno | 8.28% | 100,000 | Stake |
Services
Snapshot
We capture a daily snapshot for each node, and to optimize file server space, we routinely remove previous snapshots. These snapshots are tailored for node operators aiming to efficiently run a validator service on various chains like Evmos, Celestia, Composable, Chihuahua, Chain 4 Energy, Nomic, Osmosis, Persistence, and Source Protocol.
To ensure optimal disk space utilization, we employ specific settings to minimize the snapshot size while maintaining its viability for validator operations. It’s recommended to implement similar adjustments on your node. However, be aware that these optimizations may limit certain functionalities of your node, such as serving as an RPC endpoint. This limitation is intentional, as running an RPC endpoint on a validator node is not advisable.
Address Book
Address books play a crucial role in decentralized networks, serving as essential configurations for nodes. They enable nodes to efficiently locate and communicate with each other across the network. In the context of blockchain platforms like Evmos, Celestia, Composable, Chihuahua, Chain 4 Energy, Nomic, Osmosis, Persistence, and Source Protocol, the address book configuration is instrumental for establishing connections between nodes.
For each of these networks, the address book configuration is dynamically fetched using a specific command, as illustrated in the provided examples. This retrieval process ensures that nodes have updated and accurate information about the network’s peers, facilitating seamless communication and collaboration. Address books are integral components in the infrastructure of decentralized systems, contributing to the overall resilience and efficiency of blockchain networks.