KrakenD is a stateless, distributed, high-performance API Gateway that helps you effortlessly adopt microservices
KrakenD is a high-performance API Gateway optimized for resource efficiency, capable of managing 70,000 requests per second on a single instance. The stateless architecture allows for straightforward, linear scalability, eliminating the need for complex coordination or database maintenance.
For Roofers, Remodelers, Contractors, Home Service Industry
Track leads, jobs, and tasks from one easy to use software. You can access your information wherever you are, get everyone on the same page, and grow your business.
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PyPosPosLO v0.15 (and above) provides the means to easily create Poser Mechanical Character.
Results can be seen here: https://sharecg.com/v/94509/view/11/Poser/Hawker-Tempest-Character-v2
This project is the central engineering hub for the JESUBOTs FRC Robotics Team #5809. We intend to use Sourceforge to share all of our present and future robot hardware designs and software with anyone that is interested.
The team transitioned to SolidWorks in the 2018 season since our local universities all teach using SolidWorks.
Our rookie year was 2016 when we were honored to win the Rookie All-Star Award and had the pleasure of attending the FRC World's Competition in St. Louis...
This project is a simulation of an electromechanical computer based upon the design presented in Charles Petzold's book "CODE: The Hidden Language of Computer Hardware and Software"
Tifad is a framework to deal with Natural Gas (NG) dispatching for thermoelectrical generation networks. Project blog can be browsed here: https://tifadframework.wordpress.com/
For SaaS businesses to monetize payments through its turnkey PayFac-as-a-Service solution.
Exact Payments delivers easy-to-integrate embedded payment solutions enabling you to rapidly onboard merchants, instantly activate a variety of payment methods and accelerate your revenue — delivering an end-to-end payment processing platform for SaaS businesses.
A collection of implementations of the Lovins stemmer as described in "Development of a Stemming Algorithm" by Julie Beth Lovins (published in "Mechanical translation and computational linguistics", 11:22-31, 1968).