We are excited to announce the release of Codee 1.5, which further improves the capabilities of our static code analyzer specifically designed to boost the performance of C/C++/Fortran applications. Codee 1.5 features a new “auto” mode that helps improve vectorization efficiency. It consists of a simple two-step process: first, use pwreport screening report to identify […]
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Codee 1.4 released
We are excited to announce the release of Codee 1.4, which further improves the capabilities of our static code analyzer specifically designed to boost the performance of C/C++/Fortran applications. In this release we keep improving our Fortran support in order to provide a functional automated inspection of Fortran code soon. New support for automatic, assumed-shape […]
Codee received the South Summit 2022 Startup Competition award for the vertical Connectivity & Data!
South Summit is a global innovation platform focused on discovering business opportunities and disruptive trends that brings together the leaders of the world’s entrepreneurial ecosystem. 100 startups were selected as finalists for the pitch competition. Codee participated in the Connectivity and Data vertical, together with the startups FOSSA Systems, Opticks Security, Formaloo, RepScan Technology, swiDch, […]
Codee 1.3 released
We are excited to announce the release of Codee 1.3, which further improves the first static code analyzer specifically designed to boost the performance of C/C++ applications. The major feature of this release is the cost model used to guide the performance optimization of a loop. This new analytical model estimates the cost of executing […]
Codee 1.2 released
We are excited to announce the release of Codee 1.2, which further improves the first static code analyzer specifically designed to boost the performance of C/C++ applications. The key highlight of this version is the new entry-level performance optimization report, which has been designed for the performance optimization roadmap. It reports the total number of […]
Codee classified to industrial Shenzhen Finals!
On November 5, 2021, Codee (formerly Appentra) participated in the Spain Division Final of the 5th China (Shenzhen) Innovation and Entrepreneurship International Competition (http://www.itcsz.cn/). The event was held in Shenzhen, connected via Zoom to the teams and the jury. This is a high-level competition aimed at mature Startup projects whose projects fit the profile of […]
Codee and Fujitsu sign a framework agreement for collaboration
Codee, formerly Appentra, and Fujitsu announce a framework collaboration agreement in Spain. The object of the agreement between both companies is to carry out projects or supplies in Spain, which allow transferring to the supercomputing market a joint value proposition in the optimization of applications for execution in parallel computing systems. “We are excited about […]
Codee 1.0 launched!
We are thrilled to announce the official launch of Codee 1.0, the first static code analyzer specializing in performance. During the last 2 years, over 200 early adopters have helped us shape Codee thanks to their invaluable feedback through the Early Access Program. Codee as an innovation company provides a revolutionary approach: Codee, the first […]
Matching the performance of parallel HACCmk with Parallelware Analyzer
Executive Summary Scientific simulations on high performance computing systems represent the type of problems where speed is of utmost importance. Even though those systems are fast, large simulations can take days or even weeks to execute. A way to make simulations faster is parallelization – distributing the task at hand to several CPU cores. Our […]
Image processing in lightning speed from smartphones to supercomputers: the story of Canny Edge Detection and Parallelware Analyzer
Executive Summary Canny image edge detection algorithm is used to detect edges in an image and it has a huge importance for feature extraction in machine learning. It has found application in many industries: optical character recognition, facial recognition, computer aided diagnosis, autonomous vehicles, space exploration, and many others. The performance of the algorithm is […]
