Modern cricket has adopted various advanced technologies to improve accuracy, fairness, and entertainment. These technologies assist players, umpires, coaches, and viewers by providing real-time data, performance analysis, and decision-making support. Here’s a clear and concise description for “Advanced Technology Used in Cricket” — suitable for reports, presentations, or practical notebooks 👇 --- Advanced Technology Used in Cricket Modern cricket has adopted various advanced technologies to improve accuracy, fairness, and entertainment. These technologies assist players, umpires, coaches, and viewers by providing real-time data, performance analysis, and decision-making support. 1. Hawk-Eye Technology Purpose: Tracks the trajectory of the ball. Use: Helps in LBW (Leg Before Wicket) decisions and analyzing ball movement. Working: Uses multiple high-speed cameras around the field to triangulate and predict the ball’s path. 2. UltraEdge / Snickometer Purpose: Detects faint edges when the ball passes the bat. Use: Used in DRS (Decision Review System) to confirm caught-behind or LBW appeals. Working: Converts sound vibrations into visual waveforms to detect contact between bat and ball. 3. Hot Spot Purpose: Identifies contact between bat, ball, or pad. Use: Helps in close edge and LBW decisions. Working: Infrared cameras capture heat generated by impact, showing bright spots on contact areas. 4. Ball Tracking and Speed Guns Purpose: Measures ball speed and movement. Use: Used by commentators and analysts to show bowling speed and swing. Working: Uses radar technology to measure the velocity of the ball. 5. Stump Cameras and Microphones Purpose: Provides close-up visuals and sounds near the wicket. Use: Enhances broadcast quality and assists umpires in decision-making. Working: Mini cameras and mics embedded in stumps capture fine details. 6. DRS (Decision Review System) Purpose: Ensures fair umpiring decisions. Use: Players can challenge the on-field umpire’s call. Working: Combines technologies like Hawk-Eye, UltraEdge, and Hot Spot for review decisions. 7. Smart Bails and LED Stumps Purpose: Detects when the bails are dislodged. Use: Used in run-out, stumping, and close wicket decisions. Working: Embedded sensors and LEDs light up instantly when contact is broken. 8. Data Analytics and AI Purpose: Analyzes player performance and match strategies. Use: Coaches and analysts use it for team selection, training, and predictive modeling. Working: Uses AI algorithms and statistical software to interpret large datasets. --- Conclusion Advanced technology in cricket has revolutionized the game, making it more transparent, accurate, and engaging. It bridges the gap between human judgment and machine precision, ensuring fair play and improving viewer experience. --- Would you like me to shorten this for a school record/practical note format (around 100–150 words) or expand it for a presentation/report (300

1. Technology in
cricket
Presented by
Aakash J
Alagar G
Kathir S

2. WHY TECHNOLOGY TAKES THE FIELD?
 Accuracy In Decision Making
 Fair Play
 Global Reach
 Player Development
 Enhanced Viewing Experience

3. SNICKOMETER (ULTRA EDGE)
oTo detect whether the ball has nicked
the batsman’s bat,glove or pad.
oUses slow-motion cameras and audio
sensors to detect the slightest edge or
contact
oMicrophones placed in the stump-sound
wave generated when ball passes
through the bat-graphical
representation of sound wave-snick

4. HAWK EYE
oTo track the trajectory of the ball
and predicts its path
oHelps umpire make accurate
decision on LBW
oHigh speed cameras (6-8) placed
around the field-advanced
algorithms to track the ball’s
movement- 3D graphics to
visualize the ball’s trajectory

5. SPIDER CAM
oHigh-definition camera system to capture
high quality and 360-degree coverage
oUsed for replays ,analysis and live broad
casting
oCan be zoom , tilt to focus on specific areas
of the field i.e batsman’s face or bowler’s
action
oEnhance fan engagement and provides
valuable insights for players , coaches and
commentators

6. SPEED GUN
oTo measure the speed of the bowler’s
delivery
oIt uses Doppler radar technology to
measure speed in kph or mph
oDisplays the speed on screen or score
board
oHelps umpire to monitor bowler’s speed
oHelps bowlers to track their
performance and improve their skills

7. STUMP CAM
o A camera placed behind the stumps on
the field.
o It provides a unique view of the
action.
o It captures the ball’s impact , bat’s
edge and wicket falls from the unique
perspective.

8. LED BAILS
o It is a electronic bails that light up
and fall off when wicket is
disturbed i.e.,dismissals.
o It provide a clear visual
indication of when a batsman is
out.

9. DRS (Decision Review System)
o It allows players to challenge the on-field
umpire’s decision during the match
o It uses the technology like hawk eye ,
snickometer, hotspot and ball tracking
o It aims to minimize the human error and
verify the correctness of decision

10. BOWLING MACHINE
o It is a high-tech ,user friendly and
portable machine that simulate
bowling action of different
bowler(spin or fast)
o Helps to improve the batsman’s skills
o It can bowl at the speed of up to
95mph(153kph)

11. CHALLENGES
o Cost
o Integration
o Technical fault
FUTURE PROSPECTS
o Automated decision making
o Enhanced fan engagement
o Increased accessibility for disable peoples