Discuss your setup MYOSENZ CAPABILITIES
Explore muscle feedback, purposeful practice and a deeper understanding of movement.
Find a workflow for your workCompare attempts with the setup and context alongside them.
EXPLORE THE PLATFORM
Follow a muscle. Guide an exercise. Understand a walking pattern. Choose a module to see the possibilities and what each one needs.
All modules27 workflows
Capture
A guided setup connects the sensor, the person and the task before a session begins.
For every sessionChoose the movement, assign each pod to a body location and record the placement. Save the setup so the next session can follow the same approach.
See whether the recording is usable before asking someone to exercise. Flag excessive noise, clipped signals and gaps, then repeat the check after repositioning.
Record the signals with task notes and meaningful moments. Replay an attempt, add an annotation and return to the original recording when a question comes up.
Biofeedback
Simple targets can make activation, holding and release easier to follow. A practitioner chooses the task and an appropriate reference.
Training · Neuro · OrthoRaise an activity bar into a chosen band, then let it return toward the resting target. Use visual or audio cues to follow each part of the task.
Follow a configurable work-and-rest sequence. Review completed holds, time in the target band and how consistently the person releases between attempts.
Display a chosen activation pattern beside the current attempt. Compare when effort starts, how long it lasts and when it ends, rather than chasing a single score.
Show two monitored muscles together. The clinician chooses an activation target for one and an appropriate range for the other.
Games
Connect an agreed muscle-control goal with a simple, adjustable challenge.
Guided practice · Paediatrics · Older adultsUse a selected muscle to lift a balloon, hold it inside a target zone and release to bring it down. The round follows an activation–hold–release task.
Meet a sequence of visual gates with timed effort and rest. Adjust the pace and target size to keep the task understandable and achievable.
Use two monitored muscles to guide alternating actions. Review successful turns, release timing and unwanted overlap during the chosen task.
Movement & ROM
Follow a segment, examine a joint or compare repetitions—with the sensing setup matched to the question.
Exercise · Occupational practice · ErgonomicsSee the movement of a selected segment alongside its muscle signal. Explore when activity changes as the segment starts, stops or changes direction.
Review a calibrated joint-angle curve, its range and the timing of the movement. A knee exercise, for example, needs a view of the thigh relative to the shank.
Align repetitions to compare duration, movement phases and muscle-activity timing. See which parts of a repeated task are consistent and which change.
Guide a chosen grasp-and-release task or examine activity and rest periods during a repeated work task. Put forearm effort beside the action being observed.
Bring selected segments into a shared body view, then inspect their movement and joint curves together. Expand the setup around the task rather than starting with a fixed full-body package.
Gait
Connect step timing, selected muscle activity and calibrated movement analysis.
Walking assessment · Gait practice · Running researchReview cadence, step and stride time, plus stance and swing duration. Connect the numbers to detected contacts on a replayable timeline.
View side-specific timing and variability across accepted strides. Understand the difference between a consistent side-to-side pattern and a few unusual steps.
Align activity from selected muscles with stance and swing. Compare activation timing across steps or revisit the same walking task in a later session.
Estimate step or stride length and walking speed within a supported setup. Keep spatial estimates connected to the conditions under which they were calculated.
Progress
Build a record of the same task over time, with the context needed to understand what changed.
Session review · Practitioner communicationRecord a baseline task, practise with a chosen cue, then repeat the task. Review the measured response together to inform the next conversation.
Compare selected sessions, overlay accepted repetitions and build a report around the question being assessed. Keep notes beside the measurements.
Connect assigned tasks, feedback settings and recorded home sessions with practitioner review before a follow-up.
Explore how selected EMG amplitude and frequency features change during a controlled task. Use the trend as one part of a protocol-specific assessment.
Research & integrations
Inspect recordings, reproduce an analysis and connect the right external measurements to a research question.
Research · Custom applications · Specialist assessmentTake raw and processed signals into a research workflow with their timestamps, event markers and setup details. Retain the information needed to understand every channel.
Replay a movement and its sensor traces together. For custom applications, discuss the dataset and streaming interface your research needs.
Use a defined muscle or movement event as an input to a research application. Experiment with mappings that adapt an interface to a person’s chosen action.
Bring external force, pressure or physiological measurements into the same review when the question requires them.
THE PRACTICAL DETAILS
Understanding the requirements is part of choosing a useful measurement.
Module availability, supported tasks and sensor configuration are confirmed during your walkthrough. Tell us your goal so we can identify the right fit.
A pod with suitable EMG and IMU hardware can capture electrical activity at a selected muscle site and movement at that location. Outputs beyond those signals depend on the software, placement and calibration. More muscles, relative joint angles and bilateral gait questions may require additional synchronized sensors.
The best site for EMG skin contact is not always the best site for detecting foot contacts or tracking a rigid segment. Gait analysis therefore needs a specified sensor map and tested algorithms. Timing measures and spatial measures also have different requirements.
EMG measures muscle electrical activity. Its amplitude is affected by placement, skin contact, anatomy and the task, so it is not a direct measurement of strength or force. Force measurements require suitable external hardware or a separately validated estimation method.
Larger targets, clear cues, suitable sensitivity and manageable rounds can make a task easier to follow. A practitioner selects the activity and supervision. Game scores describe task completion, not recovery, fall risk or independence.
Compare the same task with consistent placement, reference values and processing. Reports should describe the recorded change and its context. Diagnosis, treatment decisions and return-to-sport decisions remain with the qualified professionals responsible for the person’s care.
Explore the principles behind EMG, biofeedback and movement analysis through these independent technical resources.
BUILT AROUND THE QUESTION
Tell us about your task, the people you work with and the measurements that would make a difference.
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