We have crafted a consulting room ecosystem that brings curated LABS, SCANS and AI to the Consulting Room to mix with time tested traditional Clinical methods.
Currently the doctor looks with the eyes, examines with the hands and listens with a stethoscope, with our novel framework, we equip the doctor to see the inside of a patient with Bedside POCUS, sees inside the blood of a patient with Bedside Microscopy, documents and thinks faster with Bedside AI assistant. We are creating Smart doctors .
Welcome to the new frontier of clinical medicine—an era defined by the dynamic convergence of time-honored clinical expertise and cutting-edge technological innovation.Traditional medical practice follows a sequential, stepwise diagnostic pathway—beginning with history acquisition, followed by physical examination, laboratory testing, and imaging—before arriving at a definitive diagnosis. While methodical, this linear approach often spans hours to days, risking possible breaks in care continuity as well as creating opportunities for critical delays in care delivery. During these intervals, patients may experience clinical deterioration, and opportunities for timely intervention can be lost, particularly in acute or rapidly evolving conditions.
Our novel Framework, The Integrated CPDA (Clinical-Pocus-Diagnostics-AI) collapses this timeline to minutes!
Join Us! Lets Create Smart Clinicians.
We are building better clinicians who deliver FIRST: The complete clinical advantage that transforms bedside practice.
Master the complete bedside diagnostic workflow through our structured curriculum. Each module builds essential skills in the CPDA framework.
This comprehensive introductory module establishes the foundational framework for integrated Point-of-Care Ultrasound (POCUS), bedside microscopy, and AI-assisted clinical documentation. Learn the core principles, safety protocols, and integration strategies that form the basis of modern bedside diagnostics across all specialty applications.
Understanding ultrasound physics, probe types, and machine optimization
Proper scanning techniques, ergonomic principles, and probe manipulation
Adjusting ultrasound settings for optimal image quality and diagnostic accuracy
Optimal patient positions and approaches for different clinical scenarios
Extended Focused Assessment with Sonography in Trauma - Rapid trauma assessment
Rapid Ultrasound in Shock & Hypotension - Differentiate shock in minutes using integrated ECG and POCUS
Bringing the Laboratory to the Bedside - Immediate hematological, glucose, and point-of-care testing
Transforming Documentation from Burden to Clinical Asset - Reduce documentation time by 70% while improving quality
The Complete Clinical Picture: POCUS + ECG + Labs + Glucose + AI + Clinical Reasoning
Understanding microscope optics, light physics, and equipment optimization for bedside microscopy
Proper microscope setup, slide handling, and ergonomic principles for prolonged use
Adjusting microscope settings for optimal image clarity, contrast, and diagnostic accuracy
Proper specimen collection, slide preparation, and optimal positioning for microscopy
Systematic bedside blood smear evaluation for urgent hematological diagnosis
Bedside microscopy for rapid identification of infectious agents and inflammatory patterns
Comprehensive bedside urine microscopy for renal and urinary tract assessment
Understanding glucometer technology, biosensor principles, and point-of-care glucose testing equipment
Proper blood glucose testing technique, lancet use, and sample collection methods
Ensuring accurate results through proper technique, quality control, and error prevention
Optimal patient positioning and site selection for accurate blood glucose testing
Systematic bedside glucose evaluation for emergency and critical care situations
Understanding and interpreting CGM data at the bedside for comprehensive glucose management
Comprehensive approach to diabetic emergencies with ECG correlation for potassium and cardiac effects
Synthesizing glucose monitoring with POCUS and microscopy for comprehensive metabolic evaluation
Understanding cardiac electrophysiology, lead placement physics, and ECG machine technology
Proper electrode placement, patient preparation, and ergonomic setup for optimal tracings
Adjusting ECG settings for optimal waveform clarity and diagnostic accuracy
Optimal patient positions and preparation for accurate cardiac electrical assessment
Advanced synthesis of all bedside modalities: POCUS + ECG + Microscopy + Glucose + AI + Clinical Reasoning
Understanding ultrasound physics, transducer technology, and echocardiography machine optimization
Proper transducer manipulation and standard echocardiography view acquisition
Optimizing echo images and performing standardized cardiac measurements
Comprehensive assessment of normal anatomy, LVH, and septal hypertrophy in PLAX view
Systematic evaluation of cardiac structures in short axis views at multiple levels
Comprehensive evaluation using apical 4-chamber, 2-chamber, and 3-chamber views
Specialized views for comprehensive cardiac assessment
Principles and applications of pulsed-wave, continuous-wave, and color Doppler
Comprehensive evaluation of LV systolic and diastolic function
Systematic evaluation of cardiac valves using echocardiography
Comprehensive evaluation of right ventricular function and pulmonary pressures
Detection and characterization of pericardial pathology and cardiac masses
Fundamental echocardiographic evaluation of common congenital heart defects
Focused echocardiography for rapid assessment in critical care settings
Principles and interpretation of exercise and pharmacological stress echocardiography
Synthesis of all echocardiographic data into comprehensive clinical assessment