Hlo , Everyone 

Today I am sharing some interesting technology that use during a live cricket that we watch .

What we see vs what actually works behind the scenes.

A live cricket match looks effortless on screen.

But in reality, dozens of technologies work together every second to keep the game fair, accurate, and entertaining.

Hawk-Eye (Ball Tracking System)

This is the brain of modern cricket decisions.

It uses multiple high-speed cameras placed around the stadium to:

Track the ball from hand to bat/pad

Measure swing, seam & bounce

Predict the ball’s future path (LBW decisions)

Without Hawk-Eye, LBW calls would still be pure guesswork.

UltraEdge / Snickometer

Used to detect tiny edges between bat and ball.

How it works:

Sensitive stump microphones pick up sound

Software converts sound into wave spikes

If sound + visual contact match → edge confirmed

Even a feather touch can’t hide now.

Super Slow-Motion Cameras

These cameras shoot at hundreds or thousands of frames per second.

They help in:

Catch decisions (ball touching grass or not)

Run-out & stumping calls

Bat impact analysis

That cinematic slow motion? That’s pure tech

magic.

DRS (Decision Review System)

DRS is not one technology — it’s a combination:

-Hawk-Eye

-UltraEdge

-Ball-impact visuals

Important thing: 👉 Technology provides data

👉 Umpires still make the final decision

That’s why Umpire’s Call exists.

Speed Gun (Ball Speed Measurement)

Ever seen “145 km/h” flash instantly?

Radar guns track:

Speed at release

Speed after pitching

It helps analyze:

Fast bowler intensity

Fatigue over spells

Pitch Map & Wagon Wheel

Used for tactical analysis.

They show:

Where the bowler is pitching

Where the batter is scoring

Patterns, weaknesses & strengths

Teams use this data during the match, not after it.

Live Analytics & Win Probability

Behind commentary boxes, computers calculate:

Win percentage after every ball

Required run rate pressure

Player vs player success rate

Commentators get this data in real time.

Spidercam & Cable Cameras

Those flying camera shots?

Controlled using:

Computer-guided motors

Laser-measured paths

Pre-programmed movement routes

One mistake and the match stops — that’s how precise it is.

Broadcasting & Signal Technology

A live match involves:

Dozens of cameras

Audio feeds from stumps & field

Satellite & fiber transmission

A central broadcast control room

There is usually a few-second delay to sync everything perfectly.

Player Fitness & Wearable Tech (Limited Use)

In some formats & training sessions:

GPS trackers

Heart-rate monitors

Load & fatigue sensors

This helps teams manage injuries and work

load.

LED Stumps & Bails

They light up instantly when disturbed.

Used mainly for:

Run-outs

Stumpings

No human reaction can beat LED precision.

Match Timers & Over-Rate Systems

Officials track:

Time per over

Break durations

Slow over-rate penalties

Everything is digitally monitored now.

Modern cricket isn’t just played by:

Batsmen

Bowlers

Fielders

It’s also played by:

Cameras

Sensors

Algorithms

Data systems

Technology doesn’t remove human emotion —

it protects fairness and enhances drama.

@iQOO Connect ♥️

@Manab10 @YasirTheJOD @Swagg_rohit @Tutan @ARITRA @VikashYadav @sharon @NITIN @TechSAM009 @JStreetS @ayuu @RZ Nitin @parakram_h @NipunMarya @ParthNirmal @MKJEDI 

Thank-you 

Signing Off 

@Manishkumar1709