Overview of SKALE Network
The #SKALENetwork is a Layer 2 scaling solution for Ethereum that uses an elastic blockchain approach to provide high throughput, low latency, and cost-efficient execution of dApp transactions. It emphasizes staking, validator delegation, and active node management to ensure its decentralized infrastructure operates efficiently. The #SKALE ecosystem has tools for analytics, monitoring, and user engagement to facilitate staking and validation.
Key Metrics from the SKALE Ecosystem
1. Super Nodes and Nodes:
- Super Nodes: The post mentions 111 super nodes. Super nodes have significant computational power and storage, hosting multiple SKALE chains.
- Active Nodes: There are 888 active nodes. These nodes are critical for the operation of SKALE chains, contributing to the decentralized infrastructure.
2. Staking and Delegations:
- Total Staked: Over 2.4 billion $SKL tokens are staked across validators. Staking is crucial in SKALE’s proof-of-stake (PoS) consensus mechanism to secure the network.

- Delegation Analytics: The SKALE ecosystem enables users to delegate SKL tokens to validators. Each delegation includes details such as the address, state (e.g., accepted, proposed), delegation ID, and period.
3. Validators:
- Validators are entities or individuals who secure the network by validating transactions and blocks. They run nodes on the SKALE network.
- Validators operate within a framework of delegations, where SKL token holders delegate tokens for staking.
Validator Node Data
A key component of the SKALE Network is its validator nodes, which are responsible for maintaining the integrity and functionality of the system. Here are some specifics:
1. Node Status:
- Active nodes are "Full of SKALE chains," meaning they are fully utilized to support dApp operations.
- Some nodes are marked as "Left," indicating they are no longer active in the network.
2. Node Details:
- Each node has an associated index, validator ID, domain name, and unique Ethereum address. For example:
- Signia-node-9 is an active node with validator ID 33 and started operating on April 2, 2021.
- Blockware3 (validator ID 13) started on May 29, 2021.
- Nodes like skale-17-staked and jupiter-5 represent other operational validators.
3. Node Performance:
- Nodes vary in their configuration, such as the number of SKALE chains supported and operational dates.
- Nodes like Chorus One 6 and Signia-node-13 have "Left" status, meaning they have exited the network.
SKALE Delegation Table
Delegation refers to the process by which SKL holders assign their tokens to validators. Each delegation comes with specific parameters, including:
1. Address: Ethereum addresses associated with delegators.
2. Delegation ID: Unique IDs for tracking delegations.
3. State: Status of the delegation, such as:
- Proposed: Waiting for acceptance.
- Accepted: Tokens are currently being staked.
- Delegated: Active staking state.
- Canceled: Delegation was revoked.
4. Transaction Details: Delegation records track multiple stages:
- Delegation transactions (Delegate Tx).
- Acceptance timestamps (Accept Tx).
- Cancellation or undelegation timestamps, if applicable.
Example data:
- Delegation ID 6687 was accepted for 228,314 SKL tokens, starting on November 2, 2024.
- Delegation ID 6685 was proposed for 106,010 SKL tokens on November 1, 2024.
Key SKALE Features
1. Elastic Blockchain Functionality: SKALE enables dApps to run on their own dedicated chains, ensuring scalability without compromising Ethereum's decentralization and security.
2. Staking and Validator Economy:
- SKL token holders participate in staking by delegating tokens to validators.
- Validators earn rewards based on the number of tokens delegated and their performance.
3. Monitoring Tools:
- The SKALE platform provides a detailed analytics suite for tracking node activity, validator delegations, and staking operations.
Visualizations and Analytics
1. Pie Charts and Tables:
- The data includes visual representations such as pie charts and validator delegation analytics tables for better insights into network operations.

2. Key Metrics Displayed:
- Node performance.
- Delegation states.
- Super node and active node counts.
Significance of SKALE in the Blockchain Ecosystem
SKALE is addressing Ethereum’s scalability challenges by providing a cost-effective and user-friendly solution for developers and end-users. With a focus on high-speed transactions and decentralized security, SKALE enables projects to scale without congestion or high gas fees.
Conclusion
The SKALE Network represents a significant step forward in blockchain scalability. By combining elastic blockchains, robust staking mechanisms, and comprehensive analytics, it provides developers and users with a powerful ecosystem for decentralized applications.
special thanks to Dune Analytics