VAR disallowed Croatia’s 103rd-minute equaliser for offside after Connected Ball Technology detected a tiny touch by Igor Matanović, confirming Portugal’s 2-1 victory and elimination of Croatia in the Round of 32 at the 2026 FIFA World Cup in Toronto.
- How did Connected Ball Technology determine offside in the Portugal Croatia World Cup match?
- What is the Adidas Trionda 2026 World Cup ball and how does its sensor work?
- Why was Croatia’s 103rd-minute goal ruled out for offside against Portugal?
- What were the match details and scoreline in Portugal vs Croatia at the 2026 World Cup?
- How did players, coaches and officials react to the VAR decision in Portugal Croatia?
- What impact did the Portugal Croatia VAR decision have on the 2026 World Cup tournament?
- What are the offside rules in football and how does VAR enforce them?
The incident occurred deep into extra time during the knockout tie at Toronto Stadium on 3 July 2026. Croatia’s Ivan Perišić delivered a cross from the left. Mario Pašalić appeared onside when the cross was played, but the ball took a barely perceptible deflection off teammate Igor Matanović’s head before reaching Pašalić.
That slight touch changed the offside calculation. At the moment of Matanović’s contact, Pašalić was in an offside position. Pašalić then squared the ball to Joško Gvardiol, who finished into the net. The on-field officials initially awarded the goal, triggering celebrations from the Croatian players and fans.
Referee Espen Eskas was instructed by the Video Assistant Referee to review the attacking phase at the pitchside monitor. The review used data from the Adidas Trionda match ball, which houses a 500Hz inertial measurement unit (IMU) sensor. This sensor records every touch, acceleration and spin 500 times per second and transmits the data in real time to the VAR room.
The IMU data showed a small spike in ball movement corresponding to contact by Matanović. Under the Laws of the Game, any touch by an attacking player resets the offside phase. Because Pašalić was offside when Matanović touched the ball, his subsequent involvement constituted an offside offence. The goal was therefore disallowed.
FIFA issued a post-match statement confirming the decision was correct. The statement read that Connected Ball Technology proved contact by Matanović, allowing the referee to correctly determine offside and disallow the goal. Portugal advanced to a Round of 16 derby against Spain.
How did Connected Ball Technology determine offside in the Portugal Croatia World Cup match?
Connected Ball Technology identified Matanović’s touch using a 500Hz IMU sensor inside the Adidas Trionda ball, providing real-time data that proved contact and reset the offside phase against Croatia in Toronto.
The system operates by embedding a 14-gram motion sensor chip in one panel of the Trionda. The sensor is an inertial measurement unit that captures ball speed, spin rate, trajectory and the exact point of contact 500 times per second. Counterweights in the other three panels maintain flight stability.
Before each match, the ball is placed on a wireless charging pad for about 90 minutes. The charge powers the sensor for up to six hours, covering warm-up, full time and extra time. When stationary, the sensor enters hibernation and wakes upon detecting motion above a threshold.
During the Portugal Croatia sequence, the cross from Perišić generated a stream of data. The IMU detected a micro-vibration consistent with a deflection off Matanović. Optical cameras alone could not resolve the touch, but the IMU data provided an empirical timestamp and magnitude of contact.
FIFA’s Semi-Automated Offside Technology fuses this ball data with player-tracking cameras. The system identifies the exact moment a pass or touch occurs and constructs a 3D offside line using skeletal tracking. In this case, the touch by Matanović reset the phase, and Pašalić was offside at that moment.
The VAR team viewed a visual “heartbeat” graphic representing ball contact. The spike aligned with Matanović’s position. This evidence was presented to the on-field referee, who then disallowed the goal. The decision was consistent with Law 11 on offside, which states that a player in an offside position at the moment the ball is played or touched by a teammate is penalised.
What is the Adidas Trionda 2026 World Cup ball and how does its sensor work?
The Adidas Trionda is the official 2026 FIFA World Cup match ball with a side-mounted 500Hz IMU sensor that tracks every touch and movement, transmitting data to VAR for precise officiating decisions.
The Trionda features four thermally bonded polyurethane panels, the lowest panel count in World Cup history. Deep macroscopic grooves and embossed microtexturing on the surface create a turbulent boundary layer, stabilising aerodynamics and preventing erratic flight.
Inside one panel, a 500Hz inertial measurement unit is embedded. The IMU contains an accelerometer and a gyroscope. The accelerometer measures linear acceleration. The gyroscope measures spin in revolutions per second. Together, they capture acceleration, spin and position in 3D space.
The sensor transmits data via ultra-wideband radio to the VAR system. The transmission rate is 500 Hz, meaning a data point every 2 milliseconds. This eliminates the 20-millisecond blind spot of 50 Hz optical cameras, providing continuous motion data even when the ball is obscured.
The side-mounted design replaced the centre-suspended system used in the 2022 Al Rihla ball. Engineers added counterweights to the other three panels to balance the offset mass. The entire assembly weighs 14 grams and is sealed within a specialized layer to preserve flight characteristics.
FIFA states that the technology enhances decision-making for offside, handball and ball-out-of-play incidents. The sensor identifies which player made the last touch and when. This capability was decisive in the Portugal Croatia match, where the touch was invisible to the naked eye.
Why was Croatia’s 103rd-minute goal ruled out for offside against Portugal?
Croatia’s goal was ruled out because Pašalić was in an offside position when Matanović touched the ball, making his subsequent involvement an offside offence under Law 11 of the FIFA Laws of the Game.
Law 11 defines offside as a player in the opponents’ half who is nearer to the opponents’ goal line than both the ball and the second-last opponent at the moment the ball is played or touched by a teammate. A player in an offside position is penalised if involved in active play by gaining an advantage.
In the sequence, Perišić’s cross was initially played when Pašalić was onside. However, the ball deflected off Matanović. Under the Laws, any touch by an attacking player resets the offside phase. The relevant moment became Matanović’s contact, not Perišić’s original cross.
At the moment of Matanović’s touch, Pašalić was nearer to the goal line than the second-last defender and the ball. This placed him in an offside position. Pašalić then received the ball and squared it to Gvardiol. Because Pašalić was offside when the ball was last touched by a teammate, his involvement was illegal.
The goal was therefore disallowed. The decision aligns with prior interpretations of offside where deflections by teammates reset the phase. The Connected Ball Technology provided objective evidence of the touch, removing ambiguity.
What were the match details and scoreline in Portugal vs Croatia at the 2026 World Cup?
Portugal defeated Croatia 2-1 in extra time in the Round of 32 at Toronto Stadium on 3 July 2026, with goals from Cristiano Ronaldo (penalty) and Gonçalo Ramos, after Ivan Perišić opened for Croatia.
Croatia scored first through Ivan Perišić. Portugal equalised when Cristiano Ronaldo converted a penalty awarded after a VAR review. The match remained 1-1 at the end of 90 minutes, forcing extra time.
In extra time, substitute Gonçalo Ramos headed a stoppage-time winner for Portugal. Croatia then scored in the 103rd minute through Joško Gvardiol, but the goal was disallowed after VAR review. The final score remained 2-1 to Portugal.
The result sent Portugal to a Round of 16 match against Spain on 6 July 2026. Croatia’s tournament ended in the Round of 32. The match is recorded as one of the most dramatic VAR-affected ties in World Cup history.
How did players, coaches and officials react to the VAR decision in Portugal Croatia?
Portugal coach Roberto Martinez stated there were no bad decisions and that Portugal were fortunate, while FIFA confirmed the correctness of the VAR call using Connected Ball Technology.
Roberto Martinez, Portugal’s head coach, addressed the incident in his post-match press conference. He said there were no bad decisions and that Portugal were fortunate. He acknowledged Croatia’s performance and expressed sympathy for their elimination.
Croatia’s coach Zlatko Dalić indicated disappointment but did not directly accuse officials of error. Croatian players and fans initially celebrated the goal before the reversal. The reversal triggered visible despair among the Croatian squad.
FIFA issued an official statement confirming that the decision was correct. The statement cited Connected Ball Technology data proving contact by Matanović. The statement reinforced the role of technology in supporting accurate officiating.
What impact did the Portugal Croatia VAR decision have on the 2026 World Cup tournament?
The decision eliminated Croatia from the 2026 World Cup in the Round of 32 and sent Portugal to a Round of 16 fixture against Spain, while highlighting the decisive role of Connected Ball Technology in modern officiating.
Croatia’s exit ended the campaign of a team that had reached the 2018 final and 2022 semi-final. Portugal advanced to face Spain in a high-profile Round of 16 derby. The match result shaped the knockout bracket.
The incident intensified debate on the use of technology in football. Commentators described it as one of the biggest VAR decisions in World Cup history. The case demonstrated the capability of ball sensors to detect touches invisible to cameras.
FIFA’s use of the Adidas Trionda sensor set a precedent for future tournaments. The technology provided objective evidence that resolved an otherwise ambiguous offside. The decision reinforced the trend toward data-driven officiating.
What are the offside rules in football and how does VAR enforce them?
Offside is defined in Law 11 of the FIFA Laws of the Game, and VAR enforces it by reviewing attacking phases using video and data to determine player position at the moment the ball is played or touched.
A player is in an offside position if they are in the opponents’ half and nearer to the opponents’ goal line than both the ball and the second-last opponent when the ball is played or touched by a teammate. Being in an offside position is not an offence unless the player becomes involved in active play.
Active play includes interfering with an opponent, interfering with play by playing or touching the ball, or gaining an advantage from being in that position. If a player in an offside position receives the ball directly from a teammate’s touch, the offence is penalised with an indirect free kick.
VAR reviews offside by examining the attacking phase leading to a goal or chance. The system uses Semi-Automated Offside Technology, which combines player-tracking cameras with Connected Ball Technology. The ball sensor identifies the exact moment of the last touch, and cameras determine player positions.
