The way cricket is watched is changing as fast as the way it is played. The 2026 ICC Men’s T20 World Cup, co-hosted by India and Sri Lanka across 55 matches and featuring 20 teams, is deploying broadcast technology that would have seemed impossible a decade ago — virtual pitch models tied to live performance data, AI that personalises what individual fans see, and edge-detection systems sharp enough to resolve edges that the naked eye cannot catch. Some of these tools are new. Others are upgraded versions of existing systems. All of them are changing what a cricket broadcast can be.
Pitchview: Turning the Surface into a Data Layer
Pitchview is the most technically ambitious of the broadcast innovations debuting at the 2026 Men’s T20 World Cup. Developed by Quidich Innovation Labs in partnership with CricViz analytics, it transforms the pitch from a passive backdrop into an active, interactive data model that viewers can understand in real time.
The technology works by visually mapping surface characteristics across the pitch — crack patterns, moisture readings, rough areas, footmarks — and overlaying that map with performance metrics: where the ball has been landing, how much it is turning or deviating from different zones, which areas are producing the most danger for batsmen. A commentator can point to a zone on the virtual model and explain precisely why a bowler is targeting that spot — the data tells the story that previously required either expert commentary to decode or a slow-motion replay to infer.
The implication for cricket broadcasting is significant. Pitch reading has always been one of the game’s most opaque skills — something experienced players and coaches understand instinctively but that is very hard to explain to a newer fan watching at home. Pitchview makes that expertise visible. When a leg-spinner starts attacking the rough outside off stump in the fifteenth over, Pitchview can show exactly why: the footmarks from the bowlers’ follow-throughs have created a zone of unpredictable grip, and the heat map of deliveries already bowled from that spot reveals the risk it is creating. The tactical battle that was previously hidden from most viewers becomes part of the broadcast narrative.
Skillview: Making Technique Visible to Every Fan
Skillview addresses a different gap in cricket broadcasting: the gap between what an elite player is doing and what a viewer can actually see. Cricket technique — the angle of a bat face, the wrist position at release, the hip rotation in a cover drive — is mostly invisible to a camera capturing a ball traveling at 140 km/h. Slow-motion replays help, but they require a technical eye to interpret. Skillview is built to bridge that gap.
The system uses precision-anchored virtual graphics that lock seamlessly to the field of play — not floating overlays that move independently, but graphics that track with players and the ball in real time. A commentary-driven interface means a broadcaster can call up a Skillview sequence on demand, instantly producing a visual breakdown of exactly what just happened technically. When a batsman plays an exceptional reverse sweep, Skillview can show the body position, bat arc, and contact point. When a bowler extracts sharp turn, it can show the wrist angle and release point that produced it.
The design philosophy is accessibility. Cricket broadcasting has historically assumed a certain level of technical knowledge on the part of the viewer — a knowledge that comes from playing the game or watching it for years. Skillview does not simplify cricket; it translates it. The difference is that a viewer who has never played the game can now follow the technical conversation that previously required background knowledge they didn’t have. This is particularly valuable for the T20 World Cup’s global audience, which includes millions of fans in the United States, Europe, and other markets where cricket literacy is still developing.
Field 360°: Seeing the Game the Captains See It
Fielding placements in cricket are a continuous tactical conversation. Where a captain places their seven fielders outside the powerplay, how they adjust when a batsman begins scoring down the ground, the deliberate gaps left to invite singles rather than boundaries — this tactical layer is almost entirely invisible to a broadcast viewer unless a commentator explains it.
Field 360°, also developed by Quidich, provides a virtual model of the entire field — an overhead view that shows every fielder’s position in real time and updates as the captain makes changes. Viewers can see at a glance whether a fielder has been moved a few yards to cover a batsman’s favoured gap or whether the captain is deliberately setting an attacking field against a new batsman who struggles to rotate strike. Fielding annotations allow commentators to highlight tactical setups — a leg-side trap, a sweeper moving to cover an expected big shot — before the ball is bowled.
For fans who watch cricket with tactical interest, Field 360° makes the captain’s thinking available to everyone in real time rather than only to those with the experience to read a field setting from the broadcast camera angle. For casual or newer fans, it provides spatial context that a single-camera feed cannot convey — where the fielders actually are relative to the whole ground, rather than the three or four fielders visible in any given camera shot.
Hawk-Eye, Ultra-Edge, and Real-Time Snicko
These are not new technologies, but the 2026 Men’s T20 World Cup is deploying upgraded versions that are substantially faster and more precise than previous iterations.
Hawk-Eye delivers off-bat tracking at the 2026 tournament alongside full DRS services — ball-tracking for LBW reviews, and edge detection (UltraEdge) for caught-behind and caught-at-slip decisions. The improvement is in resolution and processing speed. Earlier-generation edge detection worked from microphone arrays and required a few seconds of replay to produce a waveform indicating whether an edge was present. The latest systems are processing in near-real time, with the waveform available to the on-field umpire and broadcast graphics almost simultaneously with the ball passing the bat. The practical benefit is faster decision reviews and fewer cases where the technology appears to contradict what the viewer’s eye is telling them.
Real-time Snicko — the on-screen audio waveform aligned with the camera feed — is now sharp enough to be deployed live rather than only in replay. A genuine edge produces a distinct spike at the moment of contact. The improved synchronisation between audio processing and video feed means the waveform and the action are genuinely simultaneous rather than slightly offset, which was a frequent source of confusion in earlier implementations.
Ball path prediction — Hawk-Eye’s probabilistic model of where a ball would have continued after any interference point — has also been refined for the 2026 tournament. The accuracy margin for LBW predictions has tightened, and the visualisation for broadcast has been made clearer, distinguishing more sharply between “umpire’s call” territory (where the prediction is on the margin of hitting the stumps) and clear misses or clear hits.
AI-Powered Fan Experience: Google Gemini and Personalised Content
The ICC’s partnership with Google Gemini represents a different kind of broadcast innovation — one that operates not on the screen at the ground or in the production truck, but on the personal devices fans use to follow cricket alongside or instead of a traditional broadcast.
Gemini-powered AI generates personalised match highlights, statistics, and storytelling tailored to each fan’s stated interests and viewing history. A fan primarily interested in batting records gets a different highlight package than a fan focused on bowling spells or fielding. A fan following a specific player gets automatically generated summaries of that player’s contribution across the match. Stats context — “this is the highest partnership in this T20 World Cup” or “no team has successfully defended this total in the last 14 T20 World Cup matches” — is surfaced dynamically rather than requiring a fan to search for it.
This matters because the T20 World Cup’s audience is genuinely global and genuinely diverse in its cricket knowledge. A fan in Texas watching their first major cricket tournament has different information needs than a fan in Mumbai who has been following the game for decades. AI-generated personalisation, in theory, allows the ICC to serve both audiences simultaneously without producing a broadcast that is either too basic for experienced fans or too dense for newcomers. The practical quality of this experience will depend on how well the AI models are trained on cricket context — the gap between “surfacing a stat” and “telling a story around it” is real — but the framework is the right one for a sport trying to grow its global fanbase.
VR and AR: What Is Coming Next
Virtual reality and augmented reality cricket broadcasting is still in development rather than deployment, but the direction of travel is clear. The goal is immersive viewing experiences that put fans inside the ground without requiring them to be there physically — a virtual seat at an ICC final that delivers the crowd atmosphere, the ball-flight from the batsman’s perspective, and the tactical overlays of Pitchview and Field 360° all in one experience.
AR applications for second-screen viewing — overlaying stats, player data, and predictive analytics onto a live broadcast — are closer to deployment. Several franchise leagues including the IPL have been testing AR graphics that populate around the viewing frame as a ball is delivered, giving fans contextual data without requiring them to switch away from the live action. The limiting factor is hardware: AR experiences currently require either a high-end device or a dedicated headset, which constrains the addressable audience. As headset costs fall and mobile device processing power increases, the deployment barrier drops accordingly.
For drone-based broadcast cameras, the 2026 tournament already uses stabilised aerial systems for coverage that no fixed camera position can provide — particularly for wide fielding shots and the “follow the ball” aerial perspective that shows fielding runs and boundary saves from above. Fully autonomous drone cameras that track the ball without a human operator are being trialled in domestic franchise competitions and are likely to reach international deployment within two to three years.
What It All Means for Fans
The sum of these innovations is a broadcast experience that is simultaneously more informative for experts and more accessible for newcomers — which has historically been a difficult combination to achieve. A cricket broadcast that explains what’s happening on the pitch through Pitchview, translates technique through Skillview, shows the tactical picture through Field 360°, resolves controversial decisions in near-real time through Hawk-Eye, and personalises the highlights and statistics through AI is doing something qualitatively different from what broadcast cricket has offered before.
The viewing experience is still limited by what production teams choose to deploy at any given moment, and the best commentary remains more valuable than any graphic overlay. But the tools available to explain cricket to a global audience have never been better. For a sport that has spent two decades trying to grow beyond its traditional markets while holding on to the depth and complexity that makes it compelling, broadcast technology is one of the most important levers it has.
FAQ
What is Pitchview in cricket broadcasting?
Pitchview is a broadcast technology developed by Quidich Innovation Labs that turns the cricket pitch into a virtual data model, linking surface characteristics — cracks, rough, moisture — to performance metrics like scoring zones and bowling effectiveness from different areas. It debuted at the ICC Men’s T20 World Cup 2026, allowing commentators and viewers to see exactly why tactical decisions are being made based on the pitch conditions, rather than relying on expert inference.
What is Skillview?
Skillview is a broadcast graphics tool that translates batting and bowling technique into intuitive visual stories for fans. Using precision-anchored virtual graphics that lock to the field of play in real time, it allows commentators to instantly illustrate a player’s technique — bat angle, wrist position, contact point — in a way that is accessible to viewers without a technical cricket background. It was developed by Quidich Innovation Labs using CricViz data analytics.
What technology does ICC use for DRS in 2026?
For the ICC Men’s T20 World Cup 2026, Hawk-Eye provides ball tracking and LBW prediction alongside off-bat tracking and UltraEdge for caught-behind decisions. WTVision manages on-air graphics. Real-time Snicko delivers audio waveforms synchronised with the live feed for edge detection. The 2026 tournament deploys faster processing speeds and tighter accuracy margins compared to previous ICC events, with near-real-time decision support available to umpires during reviews.
