Most optimization solutions today seek to optimally route and manage content to provide resilience, speed or reduced CPU or bandwidth utilization. They typically enable better performance of a specific area of the infrastructure (network, servers or page delivery), but do not optimize the end-to-end application content delivery across the entire infrastructure.
Codekko’s patented Hyper-Processing™ technology enables the optimization of web applications directly on the server. This increased efficiency allows for faster page loads due to the software optimization and increases the transaction speeds as well as Web application performance and results in an overall infrastructure reduction. Language-based development environments enable rapid software design and development, utilizing thousands of instructions and therefore consuming CPU and bandwidth as well as driving up power and cooling.
Enterprises benefit from a strong business case reducing capital and operating expenses, while end-users benefit because web pages are executed and delivered faster improving transactions and overall satisfaction.

Hyper-Processing™ Technology utilizes patented code optimization techniques that involve selective source code pre-processing, selective compression, and compiler level optimizations which greatly improve execution efficiency and data transfer rates for web applications.
How it Works
Hyper Processing™ Technology improves the execution time and delivery speed of web application source code by improving source code efficiency and decreasing overall data size. The result is improved CPU utilization and delivery times enabling one server to double or triple existing capacity and throughput.

Page execution time is reduced by up to 70% and delivery times are reduced by up to 10X or more. This enables a server to process up to 3X more requests and improves delivery speeds to end users.


Hyper-Processing™ Technology optimization enables web pages to execute in an optimized, pre-compressed state to increase server efficiency, reduce page result sizes, and speed page loads.