Why Markerless Motion Capture Matters: A Founder’s Case for Camera-Based Movement Analysis
Markerless motion capture matters because useful movement data has to survive real rooms, real schedules, and real operators.
Read Full ArticleExploring the future of human motion analysis through clinical research and technical innovation.
Markerless motion capture matters because useful movement data has to survive real rooms, real schedules, and real operators.
Read Full ArticleClinical adoption depends on repeatability, reporting clarity, staff confidence, and explicit evidence boundaries, not only impressive demos.
Read Full ArticleSingle-camera joint angle analysis depends on pose estimation, kinematic constraints, temporal consistency, and protocol transparency.
Read Full ArticleThe next shift is not only cheaper capture. It is movement data becoming repeatable infrastructure for teams that make daily decisions.
Read Full ArticleA useful running form app should turn camera-based movement signals into trends, context, and next-step decisions, not a vanity score.
Read Full ArticleLongevity care needs objective functional signals, because gait, balance, strength, and variability reveal how the body behaves over time.
Read Full ArticleThe founder story behind HoloMotion is about translating research discipline into usable, evidence-aware movement analysis products.
Read Full ArticleAn inside look at the Microsoft GSIC global sports innovation ecosystem, and how HoloMotion became the first Chinese company to join this transformative network.
Read Full ArticleA step-by-step guide to installing, configuring, and using the HoloMotion App — from device connection to generating your first assessment report in 5 minutes.
Read Full ArticleMusculoskeletal disorders (MSDs) are the #1 cause of workplace injuries globally. Learn how companies use HoloMotion for ergonomic assessment and proactive intervention to reduce injury costs.
Read Full ArticleHoloMotion has officially joined the Microsoft Global Sports Innovation Center (GSIC), marking a milestone in our mission to bring AI-powered motion analysis to the global sports ecosystem.
Read Full ArticleA practical guide to interpreting RMSE claims for markerless motion capture workflows.
Read Full ArticleA real-world clinical case demonstrating how HoloMotion provides precise landing impact force analysis in sports rehabilitation, supporting data-driven treatment plans.
Read Full ArticleRunner's knee is a common problem. Learn how HoloMotion's biomechanical analysis can decode your running form in 60 seconds to prevent injuries at their root cause.
Read Full ArticleFalls are the leading cause of injury-related death in adults 65+. This article covers screening tools, functional fitness tests, and multi-dimensional intervention strategies for fall prevention.
Read Full ArticleHow HoloMotion compares markerless RGB-D motion analysis with optical reference workflows under documented capture conditions.
Read Full ArticleFrom injury recovery to return-to-running, scientific rehabilitation assessment is essential. This guide covers ROM testing, strength evaluation, and gait analysis for safe sports return.
Read Full ArticleAn in-depth comparison of markerless vs. traditional marker-based motion capture across accuracy, cost, and usability — and why markerless technology is becoming the new clinical standard.
Read Full ArticleGait analysis uses scientific methods to study human walking patterns. This guide explains core metrics, underlying technology, and applications in rehabilitation, sports science, and health management.
Read Full ArticleHow markerless 3D motion analysis transforms rehabilitation outcomes by providing objective, quantifiable data for tracking patient progress throughout the recovery journey.
Read Full ArticleHow HoloMotion's 3D posture screening technology helps identify scoliosis, posture asymmetry, and growth-related musculoskeletal issues in children and adolescents.
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