Balance Assessment Made Simple: Why the Basic Platform Is Perfect for Beginners
- Ana Souto
- Aug 18
- 5 min read
Updated: Aug 19
Low-Cost, High-Impact
Understanding the Real-World Barriers
For many clinics and professionals, the idea of integrating technology into balance assessment and training is appealing, but often feels out of reach. Several practical challenges stand in the way:
Cost: High-end systems can be prohibitively expensive, especially without a clear financial return.
Space: Smaller clinics may not have room for large or complex equipment.
Complexity: Learning to operate and interpret advanced systems takes time that many professionals simply don’t have.
Communication: Explaining results to patients in a clear and relatable way can be difficult, reducing confidence in the system’s value.
These factors make the decision to invest in balance technology feel risky, particularly for those just starting out. Here's why the Basic Platform is perfect for balance assessment.
Introducing the Basic Balance Platform System
The Basic Balance System was designed specifically to address these concerns. It offers a practical, affordable, and user-friendly solution for professionals who want to begin offering balance assessments and training.
This system is:
Economical: A low-cost entry point for clinics with limited budgets.
Compact and portable: Easily connects to a laptop via USB, requiring minimal space.
Simple to use: Features an intuitive interface with guided protocols and exercises.
Clinically effective: Includes six assessment protocols that generate objective data and clear reports.
Who Is It For?
Physiotherapists, ENTs, Audio physicians, Audiologists, or any other professional investigating and treating balance disorders. Perfect for:
Small or recently established clinics
Professionals new to using technology in clinical practice
Facilities with limited space or resources
What Does It Offer?
The Basic Balance System provides a streamlined experience without compromising clinical value. Key features include:
Six assessment protocols with comprehensive reports
Visual biofeedback training through interactive exercises and games
Easy navigation and fast setup
Objective data tracking to monitor patient progress over time
This makes it possible to deliver meaningful assessments and training with a minimal learning curve
Simplifying the Approach: Focus on What Matters
For those not ready to interpret the full scope of posturography data, which often includes more than 30 variables, the system allows you to focus on specific protocols with simple yet clinically meaningful parameters. Let us look into two essential tests that are widely recognized in clinical literature:
Modified Clinical Test of Sensory Interaction and Balance (mCTSIB)
This test assesses the contribution of various sensory systems to postural stability. By analyzing balance control across four conditions, clinicians can identify which systems may be impaired or compensating. It constitutes a static balance evaluation, and for this reason, it is also important to consider applying a more functional balance assessment, like the Limits of Stability Test Protocol.
Limits of Stability Test Protocol
A functional test that assesses dynamic balance and fall risk. It measures how far and how effectively a person can shift their center of pressure within their base of support, critical for maintaining balance during everyday activities.
But what Can These Tests Tell Us?
The Center of Pressure (COP) is the most common measure in posturography. It shows where the body’s weight is applied to the ground. By tracking COP, we can see how the body makes small adjustments to stay balanced. Depending on the test, COP data can reveal important insights into balance control (you can read more about this in our previous article). Today, we are focusing on two specific tests, each with one key parameter we will highlight.
mCTSIB - Ellipse area (95%)
Description: Area of the prediction ellipse with 95% of the COP values.
Clinical Meaning: In this patient with bilateral vestibular hypofunction, the large ellipse area observed in condition 4 of the posturography indicates significant postural sway, reflecting increased instability. Since condition 4 isolates the vestibular system, the result clearly shows the patient’s difficulty maintaining balance when relying mainly on vestibular input.
Limits of Stability - Area of Stability
Description: Total area of the maximum distances reached in the 8 directions.
Clinical Meaning: A Functional boundary within which a person can safely control their COP without losing balance or needing to take a step. A larger area suggests a greater ability to control posture dynamically, which is generally associated with better balance and lower fall risk.
The results on the left show a clear increase in the Area of Stability after the intervention. This is evident from the larger shaded area in the recent assessment compared to baseline, and confirmed by the bar graph.
Of course, there is more to be said regarding these two tests; you can learn more about the Limits of Stability Protocol and the mCTSIB by reading our previous blog posts.
What Makes the Basic Balance System Stand Out
Portable and space-efficient – Easy to transport and fits into small clinical environments.
Fast, objective assessments – Six protocols with reports generated in under five minutes.
Biofeedback training – Engaging exercises for both patients and clinicians.
Excellent cost-benefit ratio – One of the most affordable systems on the market.
Progress monitoring – Enables tracking of patient improvement over time.
User-friendly interface – Intuitive and modern design for easy daily use.
Professional reporting – PDF reports and Excel data export for documentation and sharing.
Supports clinical routine – Easily integrates into existing workflows.
Enhances clinic image – Projects a tech-forward, high-value perception to patients.
Business growth potential – Enables new services, attracts new clients, and supports return on investment in under six months.
Ready to start using technology in your rehab practice without breaking
the bank?
Ana Souto
Meet Ana, a physiotherapist with a
master's degree in human physiology and certified by the American Institute of Balance.
Ana currently serves as the clinical specialist at PhysioSensing, a cutting-edge Balance Assessment and training device. Her approach is firmly rooted in the latest scientific findings, ensuring that PhysioSensing users receive the most effective and up-to-date care. In addition to her role in designing tailored programs, Ana plays a pivotal role in guiding new clients through the learning process of using PhysioSensing. She also provides advanced training and support to existing customers seeking to further deepen their clinical practice knowledge and stay on top of the latest scientific advancements.
