Covage
Jonathan Renault is a skilled Python Developer with extensive experience in web development and business development. Currently employed at COVAGE since October 2021, Jonathan previously held a dual role as Developer and Business Developer at jemeuble.com, where work focused on packaged furniture sales for investors. Notable projects include Jon's Game Studio, a personal initiative showcasing video games, and various web applications developed during tenure at NFactory School, including a financial prospect application and a digital escape game. Jonathan's participation in multiple hackathons further demonstrates expertise in creating accessible solutions for individuals with disabilities. Educational credentials include a Bachelor's degree in Web Development and Applications from Nfactory School and a BTS in Sales of Tourist Products from Ecole Pratique du Tourisme.
This person is not in any teams
This person is not in any offices
Covage
Telco operator specialized in fiber deployment and IP services. In 2006, Axia formed Covage, a French company jointly owned by Axia Networks France, a wholly owned subsidiary of Axia, and our then French partner, VINCI Networks (VINCI), a wholly owned subsidiary of VINCI Construction France. In May 2011 Cube Communications Infrastructure Fund purchased all of the shares previously owned by VINCI, and today Axia and Cube each hold 50% of Covage. Covage's Next Generation Network (NGN) is comprised of 19 public initiative networks and a 3,700-kilometre national fibre backbone that creates a ringed network from Paris to Montpellier in the south of France. Together, the NGN serves 1,809 communities with a population of 5.1 million people and almost 34,000 businesses of all sizes. The fibre backbone, with an available bandwidth of 400 Gbps (expandable to 800 Gbps), has improved Covage's service offering to current and prospective customers by enabling customers to connect directly to Paris, the global gateway for France. It also enhances Covage's competitive position with respect to new prospective network segments.