The 2026 World Cup final at MetLife Stadium in New Jersey concluded with Spain defeating Argentina 1-0 after extra time, secured by a 106th-minute goal from Ferran Torres. However, a subsequent investigation by the Süddeutsche Zeitung and analysis from technical experts has challenged the validity of a late disallowed goal that could have altered the match’s outcome, raising questions regarding the precision and transparency of FIFA’s semi-automated offside technology.
The Disallowed Goal and the 3D Graphic Controversy
Seven minutes following the opening goal of extra time, Torres scored again on a counter-attack to put Spain up 2-0. The assistant referee immediately signaled for offside, a decision subsequently upheld by the video assistant referee (VAR) team. Spectators at the stadium and television viewers at home were shown a 3D graphic generated by FIFA’s semi-automated offside system indicating that Torres’s right shoulder and part of his head crossed the defensive threshold.
With the naked eye, the offside margin was undetectable. Yet, independent technical analysis commissioned by the Süddeutsche Zeitung suggests the broadcasted graphic may not accurately reflect the physical reality on the pitch. Pierre Sallet, head of the French firm Goodgame—which investigates match manipulation for sports clubs and governing bodies—examined the television broadcast and concluded that the displayed 3D graphic featuring the green offside line diverges from a precise 1:1 translation of the actual player positions.
Technical Discrepancies and Vertical Distortion
According to Sallet’s analysis, the FIFA graphic contained notable shifts in player body arrangement, the arm positioning of Argentina defender Nehuén Pérez (referenced in source reports as Paredes), and the boot color of Torres. Furthermore, Sallet identified an uncalculated optical effect termed “vertical distortion.” While horizontal adjustments were factored into the system, the vertical plane was not similarly calibrated, meaning Goodgame’s measured offside line did not match the line displayed on the official FIFA broadcast.
Tobias Weber, an astronomer who has previously studied semi-automated offside systems, also reviewed the available footage. Weber stated that, based on the images provided to him, the sequence did not constitute an offside position. These findings are compounded by operational delays during the match; referee Slavko Vinčić made an immediate ruling, and while the VAR review confirmed the call, FIFA’s broadcast feed required approximately four minutes to produce the graphic for television audiences, with a delay of roughly three minutes before it appeared on the stadium’s giant screens.
Transparency and System Limitations
Semi-automated offside technology relies on tracking data and automated ball sensors, but human operators within the VAR booth retain the ability to manually adjust the kick-off frame if automated markers appear imprecise. Because FIFA maintains strict confidentiality regarding the underlying data, images, and telemetry files, independent observers cannot conduct a full, transparent audit of the decision.
The incident echoes previous technical debates surrounding semi-automated offside systems deployed in domestic leagues and during the 2022 FIFA World Cup in Qatar. As governing bodies increasingly rely on automated adjudication to resolve tight margins, the lack of public data access continues to draw scrutiny from independent analysts examining high-stakes fixtures.
Keep reading
