Sportyn - Empowering Athletes Software

No.1 platform to Connect, Fund & Advance Sport Careers. diese App is a community platform where up-and-coming athletes can connect, promote, fund, and advance their sports careers. It is the world’s first online hotspot for all athletes, their game/video clips or practice session performances, and unique digital sports CVs – diese App IDs. What can the diese App app do for you? It pays to create sports content Less than 3% of athletes worldwide (out of 700 million) achieve desired visibility using existing social media platforms or competing in sporting events. diese App is here to change that by utilizing an AI-powered native and web application that connects athletes with targeted audiences in seconds. diese App app rewards your sports content, views, and standings. Train, play, and get funded Sports are economically demanding, with sports investment available for very few, mostly occurring only after achieving success. diese App is enabling anyone to support their favorite athlete financially easily and securely using a crypto wallet and granting athletes the token back rewards for creating content and tracking their game, event, and training sessions. Fill in diese App ID Complete your personalized CV which can be easily transported to .pdf document. diese App ID enables you to connect with recruiters all around the world. Be supported by the sports community diese App is changing the world’s energy by allowing anyone to become a philanthropist effortlessly every day. With active daily engagement using the diese App app, all users automatically earn a portion of STYN tokens which they can give away/donate to any athlete in the world in just one click. For professional use Every sports recruiter, club, college, agent, or manager that owns STYN will have the option to get a unique recruiter badge that unlocks a lifetime discount to purchase a Recruiter Premium Account with access to the diese App platform’s premium features, utilize the platform’s big data, and AI-based analysis extrapolated from a large amount of target-specific content.