Validator Requirements

Whitepaper Menu

Revolutionizing Secure, Scalable, and Quantum-Resistant Blockchain

Addressing Security and Privacy Threats

Global Payments and Accessibility

Research Behind Anryton

Initial Exploration and Challenges

Consensus Mechanism: Tendermint

Quantum-Resistance Integration Timeline

Validator Security and Penalties

Anryton has strict measures in place to ensure validators operate securely and consistently, minimizing risks of network disruptions:

Signed Blocks Window: 35000 | Min Signed Per Window: 0.5

Validators must sign at least 50% of the blocks within a window of 35,000 blocks, ensuring that they actively participate in block validation.

Downtime Jail Duration: 7200s (2 hours)

Validators that miss block validations are subject to penalties, including being jailed for a 2-hour duration during which they are restricted from participating in network activities.

Slash Fraction Doublesign: 0.02 | Slash Fraction Downtime: 0.0001

If a validator is found double-signing blocks, they are penalized with a 2% slash of their staked tokens. Validators that experience significant downtime are penalized with a minimal slash of 0.01%, encouraging continuous uptime and proper validator behavior. Anryton’s architecture ensures a robust, secure, and decentralized blockchain network. By maintaining a well-balanced governance model and incentivizing validators appropriately, it aligns with its vision of privacy, security, and decentralized innovation.

EVM Compatibility and Developer Ecosystem

Anryton’s architecture is built on the Evmos framework, making it fully EVM-compatible. This allows developers to easily deploy Ethereum-based applications on Anryton with minimal changes. Key benefits of this EVM compatibility include:

Metamask Integration

Since Anryton is compatible with EVM, it can be added to Metamask, allowing users to interact with Anryton dApps directly through a familiar interface.

Smart Contract Development

Developers can continue to write smart contracts using Solidity, the widely adopted language for smart contract development on Ethereum. This minimizes the learning curve for developers who are already familiar with Ethereum’s development environment.

Consensus Mechanism: Tendermint

Anryton utilizes Tendermint as its consensus algorithm, a proven and highly secure protocol widely used across the Cosmos ecosystem. Key advantages of Tendermint include:

Security

Tendermint is recognized as one of the most secure consensus algorithms in the blockchain space, ensuring safety and liveness even under adversarial conditions.

Open-Source

As an open-source algorithm, Tendermint enables transparency, community-driven innovation, and regular security audits to maintain its robustness.

Performance

Tendermint provides fast finality, making Anryton capable of handling high-throughput applications and enterprise solutions without compromising on security.

Token Supply and Economics

100 Million MOL: Reserved for network operations, validator rewards, and staking. This supply ensures that the Anryton network can run efficiently for several decades, even under extreme conditions. In enterprise use cases, the network could potentially sustain itself for up to a century.

mol vs MOL

The smallest unit of MOL is mol, similar to how ETH is broken down into WEI. 1 MOL equals 1,000,000,000,000,000,000 mol, enabling precision in transaction handling and staking.

Validator Staking Requirements

Validators are integral to maintaining the security and consensus of the Anryton network. The following staking structure applies to validators:

40 MOL must be staked by each validator to join the network, incentivizing honest behavior and securing their role in block production.

This staking model not only incentivizes network participation but also ensures that only committed and reliable validators are involved in the network’s consensus process.

Manual Network Addition in Metamask

To interact with the Anryton network using Metamask, users need to manually add the network by entering key details such as the Chain ID and RPC URL, which are laid out in the network’s official documentation. This allows users to seamlessly connect to Anryton’s ecosystem through Metamask and use MOL for transactions, staking, and governance.

Strategic Vision

Anryton’s long-term vision is to create a blockchain network that combines the best of both worlds— Ethereum’s EVM ecosystem and Cosmos’s scalability and security. This hybrid model ensures that developers can seamlessly transition from Ethereum to Anryton while leveraging the scalability and performance benefits provided by Cosmos.

The 400 million MOL supply ensures the longevity and sustainability of the network, with strategic reserves in place to fuel ecosystem growth, future partnerships, and technological advancements.

Anryton’s combination of advanced architecture, developer-friendly environment, and robust security makes it well-positioned to lead in decentralized innovation across both B2B and decentralized finance (DeFi) sectors.