The all-in-one AI ecosystem for fast bowling development. From advanced computer vision biomechanics analysis to custom training programs, tailored nutrition matrices, proactive injury rehab paths, and automated workload trackingβCricketIQ handles everything it takes to build an elite, injury-free fast bowler.
The Guesswork Trap
Your coach cannot see a 12-degree front leg brace collapse at 140 km/h. No human eye can measure hip-shoulder separation timing to the millisecond. The result is silent kinetic chain leakage β you lose 3β8 km/h of raw pace every session while accumulating the exact delivery stride mechanics faults that cause lumbar stress fractures, side strains, and shoulder impingement. Without cricket injury prevention software tracking your joints frame-by-frame, you are training blind.
How CricketIQ Works
CricketIQ combines recovery monitoring, personalized coaching, biomechanics, nutrition, rehabilitation and AI-powered bowling analysis to guide your improvement every day.
Tell CricketIQ about your age, height, weight, bowling action (Front-on, Side-on or Semi Side-on), experience, goals, injuries, diet preference and training availability. This creates your personalized athlete profile.
Every day, answer a quick check-in covering sleep, fatigue, pain and yesterday's bowling workload. CricketIQ calculates your readiness and understands how much training your body can safely handle today.
Based on your assessment and daily readiness, CricketIQ creates your complete daily program including:
β’ Ground training drills
β’ Strength training
β’ Bowling biomechanics drills
β’ Rehab exercises
β’ Meal-by-meal nutrition
Every recommendation is personalized to your goals, bowling action and recovery.
Complete your daily sessions while CricketIQ automatically tracks workload, consistency, readiness and progress through intuitive dashboards, graphs and leaderboards.
Upload a side-on bowling video anytime. CricketIQ uses advanced computer vision to automatically map your body structure, evaluate your biomechanics, and pinpoint the exact technical adjustments needed to increase velocity safely.
CricketIQ learns from your assessment, daily check-ins, workload history and bowling reports to continuously improve your future training, rehabilitation and nutrition recommendations as you progress.
The Science of Speed
What it is
The angle of your front knee at the exact moment of front foot contact through to release.
Impact
A soft knee absorbs energy. Bracing the front leg acts as a brake, forcing your run-up momentum directly up the kinetic chain and into the ball. Fail to brace, and you leak velocity into the turf while loading massive shear stress onto your knee joint.
What it is
The angular difference between your hip alignment and shoulder alignment at foot plant.
Impact
This is your torque engine. Staggering your hips and shoulders stretches the core, storing elastic energy like a slingshot. Poor separation limits your snap, forcing you to push the ball with raw shoulder muscle instead of whipping it with your entire body.
What it is
Your forward and lateral trunk flexion combined with the timing of your non-bowling arm's downward pull.
Impact
Pulling the non-bowling arm down hard drives the shoulders through, while forward trunk flexion increases your release height and follow-through leverage. Weak pull or premature trunk opening cuts your release angle short and sends rotational stress straight into your lower spine.
What it is
Real-time automated video landmark extraction, priority speed leak rankings, and adaptive training plans.
Impact
Our engine doesn't just show charts. It calculates your efficiency score, flags anomalies, and delivers targeted strength and mobility drills to build the single-leg strength and core torque needed to sustain a high-velocity action safely.
Capabilities
Our comprehensive athlete tracking ecosystem maps daily readiness, custom nutrition plans, and biomechanics training to systematically increase fast bowling speed.
Get frame-by-frame joint marker overlays, trunk lateral flexion analysis, front leg brace angle calculations, and actionable coach feedback instantly.
Utilizes advanced computer vision to extract key metrics across critical delivery phases (BFC, FFC, Release) without requiring physical motion capture labs.
The CricketIQ Standard
Fast bowling performance is an interconnected loop, yet players are forced to navigate it blindly. Every season, countless quicks suffer repetitive joint injuries, loss of pace, and career dropouts because their development is completely fragmented. Video analysis is separated from training programs, workload tracking is non-existent, and recovery nutrition is pure guesswork. Relying on subjective feedback means kinetic chain leakages go uncorrected until the body breaks down. Fast bowlers don't just need another video toolβthey need a unified ecosystem that tracks, benchmarks, and guides every facet of their athletic development.
CricketIQ replaces guesswork with a fully integrated, automated platform. By processing standard smartphone videos, our proprietary computer vision pipeline instantly maps 17 key joint coordinates to analyze delivery stride angles, body alignment, and explosive mechanics. That diagnostic data automatically triggers your entire ecosystem path: updating your dynamic strength routines, adjusting your workload caps, and tailoring your recovery nutrition matrices. Everything is managed in one central dashboard, translating raw biomechanical movement into direct, actionable tracking metrics.
Every threshold and advisory flag within the CricketIQ platform is strictly calibrated against established sports science data and professional fast bowling research. We eliminate generic coaching cliches and subjective theories. By mapping your personal tracking vectors against proven biomechanical standards, CricketIQ ensures that your speed development, injury mitigation strategies, and training adjustments are backed by measurable physical evidence used at the highest levels of global cricket.
Founding Beta
Join early access and help shape the future of fast bowling development.
Fast Bowling Knowledge
Evidence-based guides to help you bowl faster and stay injury-free.
How computer vision automatically identifies joint landmarks and instantly fixes kinetic leaks to boost velocity.
Preventing lumbar stress fractures and L4-L5 vertebrae loading through research-backed structural tracking.
Fueling explosive velocity, hypertrophy, and soft-tissue recovery without eating like a batsman.
Building high-force production, power metrics, and maintaining the gym-to-field mechanics feedback loop.
Join bowlers already using CricketIQ to train smarter and bowl faster.