Is This the Way to Broadcast Cricket Matches to Fans Around the World?
The much-loved game of cricket has origins in the 16th century. Cricket was conceptualized in the south-east of England, becoming a national sport in the UK by the 18th century. Since then, cricket has caught on like wildfire, and is played with passion across all the Commonwealth countries. Cricket in the modern age is a spectacle to behold. Players, managers, umpires, coaches, and fans get to enjoy all the hard-hitting action, the slogs, the drives, the cuts, the singles, the dot balls, and the wickets, courtesy of cricket broadcasting.Which Networks Have Broadcast Rights for International Cricket Matches?
The International Cricket Council (ICC) has issued multiple ICC broadcast licences to licensees around the world. In the UK, Sky Sports dominates, in Pakistan it's PTV and Ten Sports, and in India it's Doordashan, Star Sports and Star Sports HD. Across Africa and the islands off the coast of Africa, it's SuperSport, and in the Caribbean islands it is ESPN. Channel 9 has broadcast rights in Australia, along with Fox Sports. In Malaysia, it is Fox International channels, and in New Zealand it is SKY Sport. These licensees are responsible for bringing the great game of cricket – Test cricket, One-Day International cricket, T20, et al – to fans everywhere.At national, and state-level, top-tier cricket teams get coverage by major networks. However, the vast majority of club-level cricket matches, including provincial cricket matches go without broadcast coverage. A big part of the problem when it comes to broadcasting live cricket matches is the prohibitive cost of hiring skilled camera crews, and securing satellite TV broadcasting rights, and generating enough hype from the cricket matches to make it all worthwhile. A low-cost sports broadcasting solution is certainly a value proposition, and that is precisely what Pixellot brings to the field of play.
This company is a leader in AI-automated sports production. It manufactures high-end robotic sport cameras capable of deep learning, with an AI engine. The system does not require any skilled cameramen, sports broadcasters, or technicians. Pixellot is ideal for bringing sports action direct to fans by way of a live streaming broadcasts. Unlike expensive broadcasting solutions through major networks, Pixellot AI-sports broadcasts are offered at cut rate prices, with fully customizable viewing options for cricket managers, cricket coaches, cricket players, and cricket fans.
What Benefits Does the Pixellot AI Sports Broadcasting System Confer?
With Pixellot, cricket teams get to access the creme de la creme of what artificial intelligence technology is capable of. This tech mimics the actions performed by professionals, including video editors, and camera crews. Now, amateur cricket teams and semi-professional cricket teams can broadcast all of their games live over the Internet to fans. It's no longer necessary to have camera people positioned all over the field at strategic points filming the action as bowlers, batsmen, fielders, and umpires are at play.Thanks to the Pixellot system, each camera covers a section of the field, and the more cameras you add, the greater the coverage. Fortunately, the gameplay can seamlessly be stitched together for free-flowing continuity. The AI technology creates a panoramic view of the action, which gives fans unimpeded access of the entire cricket field.
Beyond visuals, the technology is so advanced that it is possible to effectively think like a human being. The cameras have predictive abilities and these systems are superior in many instances to human operators. In cricket, the ball is small, and it takes high-tech AI technology to keep the action on the field, with several seconds lead time. Ball tracking is one such example of how this technology is superior to cameramen.
In cricket, the ball is small, either white or yellow – and the algorithms must be on song to be able to retain focus on that ball. Lighting, crowds, players, and uncontrollable variables such as litter on the field, animals, or other anomalies can disrupt the efficacy of AI technology. That's why it is important to carefully calibrate the AI systems during the installation phase of proceedings.
98% Broadcasting Accuracy and Growing Fast
The Pixellot AI sports broadcasting cameras currently boast an accuracy rate of around 98%. While there is room for improvement, this figure is off the charts in terms of camera's capabilities. The accuracy of the algorithm increases through exposure. By broadcasting more matches, the AI engine learns to improve its capabilities over time. Already, this system is used for capturing sports content, broadcasting production, filming, and live streaming. Many world-class teams now utilize this system, including Real Madrid, FC Barcelona, Bayern Munich, and Benefica.The AI engine delivers top quality coverage for cricket matches all over the world. The applications of this technology are far-reaching, with many powerful coaching solutions, from sports analytics and video breakdowns, to all round cricket management. The video solutions offer far more than recording of gaming content; it is the behind-the-scenes analytics, marketing potential, coaching potential, and deep learning that make this AI broadcasting technology such a coveted solution.
