Cricket is in the middle of a structural conversation that will define the game for the next generation. The format landscape is shifting — a fourth format has launched, T20 franchise leagues have reshaped the global player market, and broadcast technology is making the game more accessible than ever before. Against that backdrop, the sport’s governing bodies are debating changes to Test cricket’s structure, exploring AI-driven officiating, and investing in stadium experiences that bear little resemblance to what watching cricket looked like even a decade ago. Some of these changes will happen within years. Others are still contested, opposed, or waiting for the technology to catch up with the ambition.
Here is where each major development actually stands — what is confirmed, what is under active discussion, and what is still on the horizon.
The Two-Tier Test System: What It Is and Where It Stands
The most contested structural proposal in international cricket is the two-tier Test system — a framework that would split the 12 ICC Full Member nations into two divisions, with promotion and relegation between them. The idea has been circulating in cricket governance discussions for the better part of a decade, and it has returned to serious consideration in the 2025-2026 planning cycle for the World Test Championship from 2027.
The argument for it is straightforward. The current WTC cycle produces significant variation in match quality and competitive meaning — a top-ranked team playing Zimbabwe in a bilateral series has a fundamentally different competitive significance than that same team playing England or Australia. A two-tier system would concentrate top-division Test cricket among the strongest nations, making every match within that division a meaningful contest, while giving lower-ranked nations a genuine incentive (promotion) and a more competitive peer group in Division Two.
The proposed split, based on ICC rankings, would place the top six nations in Division One: historically, India, Australia, England, New Zealand, and South Africa, with a sixth team dependent on current standings. Pakistan, West Indies, Bangladesh, Sri Lanka, Zimbabwe, Afghanistan, and Ireland would form Division Two. An eight-member ICC working group led by CEO Sanjog Gupta was formed specifically to evaluate this proposal.
The opposition is also clear. Pakistan, Sri Lanka, West Indies, and Bangladesh have all raised concerns — and those concerns are not merely self-interested. A two-tier system concentrates the most commercially valuable bilateral series (India playing England, India playing Australia) in Division One and deprives Division Two nations of access to those fixtures for however long they spend in the lower division. For boards whose revenue depends heavily on a home series against India, exclusion from Division One is not just a sporting demotion — it is a financial one. When the proposal was put to an ICC meeting, it failed to achieve the two-thirds majority required for adoption. The 2027-29 WTC cycle is currently heading toward a 12-team structure without formal division tiers.
The underlying problem the two-tier proposal was trying to solve — how to make Test cricket consistently meaningful and commercially sustainable across all 12 members — has not been resolved by the proposal’s failure. It will come back in some form, because the mismatch between the cricket that fills stadiums and television rights deals and the cricket that runs at half-empty grounds with minimal broadcast interest is a structural tension the WTC framework cannot fully paper over.
AI-Powered Umpiring: How Close Is It?
The idea of replacing human on-field umpires with automated systems has moved from theoretical speculation to active research and development. The technology components required for AI umpiring already exist in various forms: ball-tracking systems (Hawk-Eye), edge detection (UltraEdge), automated no-ball calling (already deployed in the IPL), and computer vision systems capable of tracking fielder positions and catches in real time.
Automated no-ball calling is the technology nearest to universal deployment. The IPL introduced automated no-ball detection in 2022 using cameras positioned to track the bowler’s front foot in real time, with an alert sent to the third umpire who then signals the no-ball to the field. This removes a category of decision that was previously dependent on a square-leg umpire’s reaction time and positioning — a category where human umpires were demonstrably inconsistent. The ICC has been evaluating the system for international adoption, and its extension to all formats is a matter of when rather than if.
LBW decisions via ball-tracking are already partially automated through DRS: the third umpire calls up Hawk-Eye’s ball-path prediction after a player review. The step from “available as a review check” to “used as the primary decision” is not a technical one — the technology is already there — but a governance and cultural one. Umpires and the ICC have historically been cautious about how much decisional authority is transferred to technology, partly because prediction models carry inherent uncertainty margins (the “umpire’s call” zone in DRS exists precisely because Hawk-Eye’s predictions are probabilistic rather than certain within a defined accuracy band).
The realistic near-term trajectory is an expanded DRS — more reviewable decisions, more automated alerts for clear errors, and a continuing shift of marginal decisions to the third umpire using technology. Fully automated on-field umpiring, where the white-coat officials become primarily crowd-facing rather than decision-making, is likely to arrive in franchise cricket before it reaches international cricket, and in T20 before Test cricket. The 2026 T20 World Cup’s broadcast technology investment is partly infrastructure for this: the same camera systems and data pipelines that power Pitchview and Skillview can support umpiring decision systems with relatively modest additional development.
Smart Stadiums: In-Seat Connectivity and Fan Interaction
The smart stadium concept — a ground where fans’ personal devices are integrated into the live experience — is emerging from pilot phase in several major cricket venues. The vision is a venue experience substantially richer than the current standard: in-seat Wi-Fi strong enough for streaming, push notifications with live statistics tailored to what’s happening in the match at that moment, interactive replays on personal screens rather than waiting for the giant scoreboard, and real-time poll or prediction features that let fans engage with the game rather than just watch it.
The technical barrier is stadium connectivity infrastructure. Most cricket grounds were not built with dense Wi-Fi or 5G small-cell deployment in mind, and retrofitting a venue like Lord’s or the MCG with the kind of per-seat bandwidth that a rich interactive experience requires is expensive. The IPL’s newer venues and the stadiums built or refurbished for the 2024 T20 World Cup in the USA are ahead of the older Test grounds in this respect — a new-build stadium can be designed with connectivity infrastructure from the ground up.
Second-screen features — where a fan’s phone or tablet shows additional data layers while they watch the live match — are already being deployed without requiring full stadium smart infrastructure, because they work over the fan’s existing mobile data connection rather than venue Wi-Fi. The ICC’s Google Gemini partnership for the 2026 Men’s T20 World Cup delivers personalised content to fans on personal devices regardless of whether they are in the ground or watching from home, which demonstrates that the fan interaction model does not depend entirely on the smart stadium being built out first.
Wearables, Biometrics, and Injury Prevention
Player workload management and injury prevention have been central concerns in cricket for a decade — particularly around fast bowlers, who face career-threatening stress fractures and soft-tissue injuries at rates that have shortened careers and distorted selection across all formats. The data-driven response has been workload metrics (counting balls bowled, monitoring rest periods), but these are blunt instruments compared to what biometric wearables can provide.
Several franchise leagues, including the IPL and The Hundred, have been trialling wearable sensors that track biomechanical data in real time during training and matches: ground reaction forces through the front foot, shoulder rotation angles, hip-to-shoulder separation, and fatigue indicators from heart rate variability. The goal is not just to count how much a bowler has bowled but to flag when their mechanics are deteriorating in ways that precede injury — the point at which a tired fast bowler begins compensating their action and loading joints differently rather than reducing pace.
Predictive models built on this data are still in early development, but the direction is clear: within a format cycle or two, coaching staff at elite franchise and international level will have real-time alerts when a player’s biomechanics reach a threshold associated with elevated injury risk. This shifts the management question from “how many overs has this bowler bowled?” to “what is this bowler’s mechanical state right now?” — which is a fundamentally more useful input for selection and rotation decisions.
Drone Cameras and Autonomous Broadcast Technology
Drone cameras in cricket broadcasting are no longer experimental. The 2026 ICC events are deploying aerial systems for specific types of coverage — the wide fielding shot that no fixed camera can achieve, ball-tracking from above the bowler’s arm, and boundary saves from a following perspective that shows both the fielder’s athleticism and the ball’s path simultaneously. The current systems are operator-controlled, requiring a trained drone pilot to track the ball and the action.
Autonomous tracking drones — which lock onto a ball in flight using computer vision and follow it without a human operator — are being trialled in domestic competitions. The technical challenge is less about tracking the ball (which is well-understood in fixed-camera systems) and more about operating in a crowded aerial environment with spectators and other equipment nearby, under the safety regulations that govern drone flight in stadiums. The regulatory pathway in India and the UK, where the highest-profile cricket is broadcast, involves CAA and DGCA approvals that are still being worked through.
When autonomous drone cameras do reach international cricket, the broadcast possibilities expand significantly. A drone that tracks every delivery from above the bowler’s hand gives viewers a perspective that no fixed camera can provide: the overhead view of spin bowling’s turn, the aerial tracking of a yorker’s path to the crease, the fielding positions relative to where the ball is travelling — all of it updated automatically for every delivery. Combined with the data overlays from Pitchview and Field 360°, this turns a cricket broadcast into something considerably richer than the current set of fixed-angle cameras and slow-motion replays.
The Bigger Picture
Cricket in 2026 is simultaneously the most globally accessible it has ever been and the most structurally complex. A viewer in any timezone can stream a T20 World Cup match in a language of their choice with AI-generated personalised highlights. A 15-year-old from a non-Test-playing nation can enter a globally accessible talent identification system for a new format. The Laws just received their biggest overhaul in years. And the governing bodies are still arguing about whether the two oldest and most valuable bilateral Test series should be in the same division as Zimbabwe and Ireland.
None of those tensions resolve in a single cycle. Cricket has always managed the friction between its oldest traditions and its newest commercial imperatives by finding structural compromises that satisfy enough stakeholders to get adopted. T20 cricket was that compromise in 2003 — a format that made the sport commercially relevant to a new generation without formally replacing what came before. Test Twenty, the MCC’s 2026 law overhaul, and the broadcast technology revolution are all, in different ways, the same kind of negotiation: how do you modernise the game without losing what makes it worth watching in the first place? For the full context of how T20 cricket’s first format revolution unfolded, the story of how T20 cricket was invented is the right place to start. For where the game currently stands at the highest level, the broader structural comparison of cricket’s governance challenges puts the reform agenda in context.
FAQ
What is the ICC two-tier Test system proposal?
The two-tier Test system would split the 12 ICC Full Member nations into two divisions — roughly the top six and bottom six ranked Test nations — with promotion and relegation between them. The proposal was evaluated by an ICC working group for the 2027-29 World Test Championship cycle but did not achieve the required two-thirds majority when put to an ICC meeting, with Pakistan, Sri Lanka, West Indies, and Bangladesh among those opposed. The current plan is a 12-team WTC cycle without formal tiers, though the structural debate is likely to continue.
Will cricket ever use AI umpiring?
Some AI-assisted umpiring is already in use. Automated no-ball detection — using cameras to track the bowler’s front foot in real time — has been deployed in the IPL and is under evaluation for wider ICC adoption. DRS already uses Hawk-Eye ball-tracking for LBW decisions on review. Fully automated on-field umpiring, where computers replace human officials for real-time decisions, is in development and is likely to arrive first in franchise T20 cricket. International Test cricket is expected to be the last format to transition, given the governance complexity and the cultural significance of on-field umpires in the five-day game.
What are smart stadiums in cricket?
Smart stadiums integrate fans’ personal devices into the live match experience — delivering live statistics, interactive replays, personalised highlights, and in-seat connectivity that goes beyond passive viewing. Several newer IPL venues and T20 World Cup grounds have been built or upgraded with the required dense Wi-Fi and 5G infrastructure. The ICC’s Google Gemini partnership for the 2026 Men’s T20 World Cup delivers AI-personalised content to fans on their devices, which works over existing mobile data connections regardless of whether a smart stadium is in place. Full smart stadium deployment — in-seat interactive features for all major Test venues — is an ongoing investment across cricket’s host nations.
