This cybersecurity platform provides intelligent interconnection and smart security policies for heterogeneous computing resources. It facilitates secure collaboration between entities through asset discovery and service distribution. The platform enables interoperability across diverse systems, enhancing overall network security.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional network security models rely on perimeter-based defenses, which are vulnerable to internal threats and lateral movement by attackers who breach the initial security layer. Complex configurations and management overhead associated with legacy VPNs and network segmentation further exacerbate these security challenges.
Solution
Feiyueyun (also known as Flying Over Cloud) offers a zero-trust networking solution that creates a secure, software-defined mesh network for connecting distributed computing resources. The platform uses WireGuard protocol to establish end-to-end encrypted connections, ensuring that no user, device, or network traffic is inherently trusted. It provides fine-grained access control based on identity authentication and authorization, enabling secure collaboration and resource sharing across diverse systems. The solution can be deployed in minutes without complex configurations, offering a simplified approach to network security and management.
Target Audience
The primary target audience includes enterprises, teams, individuals, and developers seeking a secure and easy-to-manage networking solution with zero-trust security principles.
Features
- Zero-configuration networking for rapid deployment and ease of use
- Full mesh network topology for secure and direct connections between devices
- End-to-end encryption based on WireGuard protocol
- Fine-grained access control with identity-based authentication and authorization
- Multi-platform support for Linux, macOS, Windows, Android, and iOS clients
- Integration with various identity providers for seamless authentication
- Private deployment option for enhanced data privacy and control