Gravity is a high-performance Layer 1 blockchain system created by Galxe to support decentralized applications and credential-based systems. This article explores how Gravity works and what problems it addresses.
How Galxe’s Gravity Works
Gravity is a purpose-built Layer 1 blockchain system designed to boost efficiency and enhance cross-chain functionality. It operates under a custom consensus mechanism known as Jolteon Consensus, which achieves transaction finality in less than a second while maintaining decentralization.
Key components of Gravity include Zero-Knowledge Proofs (ZKPs) that provide verification of information without exposing sensitive data, particularly important for dApps and identity services. Gravity is fully EVM-compatible, enabling developers to utilize existing Ethereum smart contracts with minimal changes.
What Makes Gravity Different and What It Offers
Gravity stands out among other Layer 1 blockchains by offering native cross-chain functionality, allowing for multi-chain execution as a core feature. This eases asset flows and dApp logic for developers.
The system also features integration with protocols like Symbiosis Finance, along with built-in identity infrastructure via Galxe Passport, enabling credential-based verification and reputation mechanisms, significantly enhancing user experience and security.
The Problems It Doesn’t Solve—and the Ones It Might Create
Despite its advantages, Gravity is not a silver bullet and raises new questions about scalability and security. It does not eliminate redundancy in the multitude of Layer 1 blockchains and may face competition from established systems like Ethereum and Layer 2 solutions.
Moreover, the complexity of dealing with validators and restaking protocols may create dependencies on external systems. Issues regarding security and regulatory compliance also require attention given the involvement of sensitive data and identity handling.
Gravity marks a shift towards purpose-driven infrastructure for Web3, focusing on identity and engagement. Successful implementation of this system could play a significant role in the future evolution of decentralized technologies.
