Entities

Glacis Labs

Industry
Founding Date
2024

Glacis Labs is a middleware protocol that empowers developers to simplify, secure, and manage their cross-chain applications. Glacis serves as a firewall, router, and universal adaptor for chain-agnostic messaging, offering a comprehensive solution for cross-chain operations. The platform provides a plug-and-play solution that eliminates the research and decision-making process in cross-chain processes, simplifying interchain execution. Developers can use Glacis to assign different security requirements to individual messages, such as m-of-n requirements, redundancy for bridge failure, dynamic retries for delivery failure, and more.

ABOUT GLACIS LABS

  • Glacis simplifies the utilization of multiple blockchain bridges, a traditionally intricate and risk endeavour.

  • It aims to standardize messaging, prevent vendor lock-in, ensure redundancy, and provide access controls and failover mechanisms. 

  • It offers user-friendly, open-source capabilities for building secure, multi-bridge apps, ensuring reliability and robust protection against.

  • Glacis eliminates the complexity of working across multiple blockchain networks, allowing developers to focus on creating robust decentralized applications without compromising security or functionality.


GLACIS FEATURES

  • Abstraction. 

Using Glacis in your cross-chain dApp lowers bridge provider risks and allows seamless switching for message dispatch without developer interface modifications.

  • Retry Management. 

Glacis enables resending or pushing through messages that are delayed or stuck, ensuring delivery by employing strategies ranging from “exactly once” and “guaranteed”.

  • Redundancy. 

Glacis streamlines cross-chain messaging with a system that sends messages through m-of-n bridges and enforces threshold matching.

  • Access Control. 

Glacis protects your smart contracts from unauthorized access and cross chain threats.

  • Routing. 

Glacis enables intelligent message routing and failover, directing high-value messages through secure, feature-rich bridges, while routing low-value messages.