GreeNet

About GreeNet

Established in 2003, Wuhan GreeNet Co., Ltd. operates at the intersection of network management software and cybersecurity, positioning itself as a key equipment and solutions provider for carrier-grade networks. The company is headquartered in Wuhan's "Optics Valley of China," a major high-tech development zone, with a subsidiary in Beijing's Zhongguancun. GreeNet has established itself as a venture capital-backed, privately held entity that has successfully navigated multiple funding stages, including Series A and B rounds and a later-stage venture deal in August 2023.

The firm's business is centered on providing sophisticated technology to a clientele that primarily consists of telecommunications operators, government bodies, and other enterprise-level clients. Its market penetration is substantial, with solutions deployed across 31 provinces and in over 160 cities within China, managing an online traffic volume that surpasses 400 Terabytes. Revenue is generated through the sale of its specialized network equipment and integrated software solutions. The company's strategy involves significant investment in research and development in areas such as Deep Packet Inspection (DPI), big data analytics, and network information security.

GreeNet's core product offering is the Super-Intelligent Network Element (SINE), developed to address the evolving demands of 5G, SDN/NFV, and edge computing. This product integrates the functionalities of a Broadband Remote Access Server (BRAS) with edge computing, edge storage, and DPI capabilities, all built upon a universal x86 architecture. Key features include end-to-end IP network visibility, real-time analytics for traffic management, and a robust security suite providing protection against malware and DDoS attacks. This allows clients to achieve agile deployment, flexible scalability, and enhanced operational efficiency. The SINE platform is engineered to support both fixed-line and mobile networks, including 4G, VoLTE, and the Internet of Things (IoT), demonstrating its adaptability to various communication environments.