More powerful than a proxy
Start with AVAP CloudSmarter, Powerful Gateway for
Optimized API Traffic
AVAP Gateway Advanced is a high-performance, intelligent solution that goes beyond basic proxy functionality. Powered by LUA programming, it intelligently assesses traffic consumption patterns, history, and set parameters to dynamically redirect to optimal servers. With seamless compatibility across all language servers, it enables flexible and scalable routing. Offering high-level security with TLS 1.3 and a dockerized platform for easy scaling, AVAP Gateway Advanced ensures efficient API traffic management, optimized performance, and enhanced security.

AVAP Gateway Advanced enables the management of virtual proxies, allowing for the creation and customization of multiple proxy instances. This flexibility ensures optimized routing, load balancing, and resource allocation across different environments.
AVAP Gateway Advanced uses advanced algorithms to assess API consumption patterns, historical data, and real-time parameters to make intelligent decisions on traffic redirection. It goes beyond simple proxy functionality by dynamically adjusting routing paths based on current system load, server performance, and external conditions.


The gateway supports flexible configurations, including the nesting of multiple instances, to handle complex routing requirements. It is designed to be easily scalable, thanks to its dockerized structure, allowing businesses to deploy additional instances of the gateway as needed. Whether scaling vertically to increase capacity or horizontally to add more instances.
Optimized API Performance
Intelligent traffic routing reduces latency and ensures that requests are directed to the most efficient servers, improving overall performance.
Seamless Scalability
The dockerized infrastructure enables effortless scaling, adapting to changing traffic loads without disruption.
Enhanced Security and Reliability
Robust encryption methods and secure protocols, combined with advanced routing capabilities, ensure secure redirection, enhance system reliability, and minimize downtime across all environments.
