E-Optimize is a dynamic acceleration service that helps enterprises deliver accelerated and secure access to non-cacheable applications for users worldwide. Powered by CDNetworks’ expansive global network, it uses advanced optimization technologies to boost the performance of TCP/UDP applications, ensuring a consistent and real-time user experience without the need for costly dedicated infrastructure.
Enables fast access to data from the edge servers closest to the requesting end users and origin.
Adapts to changes in network conditions and chooses the optimal path that offers the best speed and success rate for end users to reach the origin.
Improves overall transmission performance with rapid retransmissions, adaptive algorithms, and intelligent congestion control.
Transmits data over multiple paths to ensure reliable and high-speed application delivery over congested networks.
Origin masking, encrypted transport, and access controls protect traffic from hijacking and unauthorized exposure.
Deployment can be completed in minutes without requiring additional hardware or software.
Acceleration at the transport layer (TCP/UDP) and above, whether gaming, email, or file transfer, ensuring optimized internet access for every application.
With 2,800+ globally distributed PoPs and advanced optimization technologies, E-Optimize offers superior application acceleration performance with high efficiency.
Extensive domestic backbone resources and regulatory expertise ensure smooth and compliant access in China, with or without ICP certification.
Discover our expansive global network infrastructure, spanning 2,800 PoPs across more than 87 countries and regions.
E-Optimize works by establishing a highway (or E-Optimize “tunnel”) between the end user and the origin through our global PoP network. The platform continuously monitors network conditions and dynamically adjusts the tunnel accordingly. Through the tunnel, E-Optimize applies protocol optimization and multi-path transfer techniques to improve data transmission performance.