Introduction:The outcome following Anterior Cruciate Ligament (ACL) repair depends largely on post-surgical rehabilitation protocol. Recovery map is generally quantified using ROM of knee, outcome score, and seldom muscle activity is considered. The aim is to bring about objective outcome measures during ACL rehabilitation programs where evidence-based feedback assists clinicians to develop dynamic treatment protocols and encourages remote personalized patient care.This study advocates physiotherapists to integrate ROM, sEMG in ACL rehabilitation, establishing a comprehensive technologically advanced approach.Methods:This study includes a single participant who experienced ACL injury, underwent reconstruction surgery followed by post rehabilitation regime, and was remotely monitored using the wearable device. In this case study, ROM and sEMG data were acquired using a novel app-based wearable device Pheezee®.The study employed quantitative analysis of prehab to post-surgical rehabilitation for one year. The objective data was interpreted and compared from the pre-operative to post-operative stages.Results:A satisfactory flexion of 139º and extension of 4º was achieved during post-op, which was comparable to the pre-op range. This is also reflected in the weekly muscle strength trend, where the quadriceps muscles have drastically improved (especially Vastus Lateralis), responsible for knee extension.Conclusion:Knee joint movement is improved from pre- to post-surgical states by adhering to Pheezee® based weekly assessments and exercise protocols. We observed that the acquired data is beneficial for both the physiotherapist and the participant in achieving their goals and making informed clinical decisions leading to modifications in the exercise protocols, use of brace, and walking aids. Further studies are required to determine correlation of subjective perceptions with objective outcomes.Implications:Real-time data helps in making informed clinical decisions, and tailor-made interventions insisting on an evidence-based approach and technology-enabled rehabilitation for effective, comprehensive, and personalized patient care.