Stunning new technologies that made it to the 2022 World Cup
FIFA President Gianni Infantino predicts that at least 5 billion people from across the world will watch the 2022 FIFA World Cup in Qatar.
Because of the competition’s use of some of the most cutting-edge technologies in the game for both players on the field and spectators in the stands, there have been many discussions about the relationship between football and technology, and how technology has continued to shape our much-loved game of football.
This post showcases some of the fantastic new technologies that have been integrated into the game in preparation for the 2022 Qatar World Cup and how they will help match officials, teams, and facility authorities make the right judgments.
The phrase “Web 3” entered the global vernacular a year after the last World Cup, which was hosted in Russia in 2018, making this year’s championship the first World Cup to utilize the term.
Official and unofficial sponsors are now aiming to capitalize on the tournament’s buzz by producing new interactive technologies (NFTs), virtual worlds (VMs), augmented reality (AR), and other cutting-edge technical developments.
Here are a few instances of how the web3 and NFT spaces have recently piqued the curiosity of well-known corporations.
Face recognition software
At the event, there will be 15,000 cameras, some of which will use facial recognition technology, so everyone will be observed. With over a million spectators expected in Qatar, the government is keeping a watchful eye out for security dangers like terrorism and hooliganism.
The Aspire Command and Control center, the technology hub in charge of operations for the eight stadiums where the matches will be held, will be in control of the monitoring network and may give instructions such as opening a door or all of the stadium doors from there.
The control center will monitor all nearby metro trains and buses. Drones manufactured by Qatar University specialists can count the number of people in the city.
The official match ball for Qatar 2022 is named Al Rihla, which means “the journey” in Arabic. It is the most technologically advanced World Cup ball to date.
The Adidas Suspension System of the ball has a 500 Hz inertial measurement unit motion sensor, but it is so small that it is hardly noticeable. The battery-powered sensor gives previously unreachable information on the trajectory and velocity of the ball. Data from the balls may be utilized to detect questionable touches, which improves the efficacy of semi-automated offside detection technology.
Video Referee Assistance System
A VAR system is a piece of technology that assists referees in making judgments. The approach made its debut at the 2018 FIFA World Cup and has since been utilized in over a hundred more events across the world. The technology assists referee judgments in four game-changing situations: goals and offenses leading to a goal; penalty decisions and offenses leading to a penalty decision; direct red card occurrences alone (not a second yellow card or caution); and mistaken identification.
The VAR team assists the referee using the finest available angles gathered by 42 broadcast cameras from a centralized video operation room (VOR) in Doha, Qatar. Through a fiber-optic link, the VOR gets all eight stadium camera feeds from the host broadcasters. The on-field referee at each stadium connects with the VAR team through a high-tech fiber-linked radio system.
Throughout a match, the VAR team is on the lookout for these four potentially game-changing errors. To prevent distracting the referee, the VAR team only calls out obvious mistakes or big missed incidents.
FIFA has developed a VAR information system that employs a networked touch tablet to keep broadcasters, commentators, and informationtainment up to date on the progress of reviews, as well as the decisions and reasons behind them. The video assistant referee information system will also be used to develop VAR-specific graphic templates for transmission and the stadium’s enormous video board automatically.
Stadium Cooling Systems that are Efficient and Use Cutting-Edge Technology
Due to the intense heat in the Middle East during the summer (which may exceed 50 oC or 122 oF), the event was rescheduled to November and December, when temperatures are expected to range from 21 oC (70 oF) to 26 oC (79 oF).
For the comfort of visiting teams and fans from across the globe, seven of the eight state-of-the-art stadiums hosting matches at the 2022 FIFA World Cup in Qatar will utilize cutting-edge cooling equipment to maintain an ambient temperature of roughly 68 degrees Fahrenheit.
Partially Automated Offside Technology
Semi-automated offside technology has also been utilized to assist match officials, both video and on-field, in making consistent and timely offside calls.
According to FIFA, the new system uses 12 specialized tracking cameras positioned in the stadium ceiling to monitor the location of the ball as well as up to 29 data points for each player 50 times each second. The 29 data points gathered accounted for all limbs and appendages required to define offside status.
By merging limb and ball tracking data and using artificial intelligence, the novel technology immediately warns video match officials in the video control center of any offside scenario.
After personally checking the suggested judgment by analyzing the kick point and offside line determined by the computer, the video match officials inform the on-field referee. This happens swiftly, in a matter of seconds, and enables more accurate offside calls.
The same coordinate system is also utilized to construct a 3D animation illustrating the best viewing angles in an offside situation.
FIFA Player App.
The FIFA Player App will allow each player to immediately get insight into his or her individual performance data after each match.
The software was developed with the help of a group of football performance experts and professional players, and it intelligently records a variety of measures related to each player, such as their improved football data metrics, physical performance metrics, and enhanced Football Intelligence metrics.
These metrics record the distance traveled at various speeds, the number of actions performed at speeds greater than 25 kilometers per hour, and the peak speed recorded for use in placing heat maps. The offensive team’s ball carrier’s phase of play, line breaks, catch locations, and defensive pressure will all be observed.
We have built a calm and comfortable viewing area to suit guests with sensory access requirements. The major target audience is those with autism, learning difficulties, or other sensory access requirements.
The sensory room, located in one of the stadium’s sky boxes, allows spectators to watch the game in a tranquil, dimly lit atmosphere meant to aid people who feel anxiety during large events. It’s intended to be a peaceful environment where spectators may enjoy the game without being concerned about their personal safety. To keep the youngsters entertained, the Qatar Institute for Speech and Hearing provided toys and comfortable chairs. “Feelix Palm” and “Bonocle”
The visually challenged will be able to attend the 2022 FIFA World Cup thanks to Bonocle and Feelix Palm. Bonocle is the world’s first digital entertainment platform wholly written in Braille. By using transcoding technologies and Bluetooth technology, those who are blind or have limited vision may watch the World Cup just like everyone else.
The tactile palm communicator, Feelix Palm, will also be used in Qatar, a Middle Eastern nation. Feelix Palm is a gadget that transmits braille-like information to visually impaired people without restricting their movement or aural abilities.