LLA Technologies News & Press

Recordis Newsroom

Press releases, conference coverage, and clinical research updates from LLA Technologies on the Recordis™ Cardiac Sensor System. This page is updated as new announcements, study findings, and event coverage become available.

Latest Updates

LLA Technologies presenting seismocardiography research at SCAI 2026 Scientific Sessions, Montreal

LLA Technologies to Present Three Studies on Seismocardiography at SCAI 2026 Scientific Sessions in Montreal

April 21, 2026 No Comments

LLA Technologies Selected to Present Breakthrough Innovation at Healthy America 2025 Conference in Washington, DC

July 17, 2025 No Comments

Media & Press Inquiries

For interview requests, press kits, product imagery, or media inquiries about LLA Technologies and the Recordis™ Cardiac Sensor System, send a message using the form below. We aim to respond within two business days.

Materials for Your Review

Explore Our Resources

Access our complete library of clinical documentation, research briefs, and peer-reviewed studies.

Clinical Materials

Recordis Technology Overview
Comprehensive guide to seismocardiography (SCG) technology, cardiac timing measurement, and clinical applications of the Recordis system.
Clinical Reference Guide
Detailed technical specifications, cardiac timing metrics, and clinical implementation information for healthcare professionals.
Sample Clinical Reports
Example patient report with a basic selection of cardiac timing metrics, data visualization, and interpretation framework.

Clinical Research Briefs

Recordis™ for Aortic Stenosis
Standardized SCG-based cardiac timing analysis for aortic stenosis research and monitoring. Published validation and SCAI 2026 presented data on AS discrimination (AUC 0.93).
Recordis™ Cardiac Timing Intervals
Standardized measurement of myocardial performance index (MPI), ejection time, diastolic intervals, and isovolumic contraction and relaxation timing. Multi-study published validation.
Recordis™ for Strain (GLS)
SCG-derived correlation with echocardiography-derived global longitudinal strain (GLS). Preliminary research with application in cardio-oncology and heart failure monitoring.
Recordis™ for Rheumatic Heart Disease
SCG-based cardiac signal analysis for rheumatic heart disease (RHD) research. International screening program collaboration and validation study underway.

Application Guides

Mental Health & Stress Management
Objective cardiac timing markers for PTSD assessment, trauma-informed care, and stress-related physiological monitoring.
Primary Care & Preventive Medicine
Early cardiac assessment protocols for routine primary care practice and preventive medicine programs.
Remote & Underserved Communities
Deployment strategies for portable cardiac screening in rural, remote, and underserved healthcare settings.
Concussion Management
Post-injury cardiac monitoring protocols for concussion recovery, with applications in military, veterans, and sports medicine.
First Responders & Police
Trauma-informed cardiac monitoring for first responders, police, and high-stress professional populations.

Published Research

Our peer-reviewed studies demonstrate Recordis applications across diverse clinical settings:

Stress & Mental Health

Cardiac function and posttraumatic stress disorder: a review of the literature and case report
Literature review and case report on cardiac cycle changes in PTSD using seismocardiography.
Characterization of the cardiac cycle in Royal Canadian Mounted Police cadets
Baseline cardiac cycle timing intervals in RCMP cadets entering training, with sex-based differences in performance indices.

Post-Surgical & Interventional

Monitoring Cardiac Function Using Seismocardiography Post-Transcatheter Aortic Valve Implantation
First SCG-based study assessing cardiac timing and contractility pre- and post-TAVI, with changes consistent with echocardiographic findings.
Seismocardiogram-derived hemodynamics in patients presenting to the cardiac catheterization laboratory
Conference abstract on SCG-derived hemodynamic measurements in the cardiac catheterization laboratory.

COVID-19 Research

Novel effects of acute COVID-19 on cardiac mechanical function: Two case studies
Daily SCG monitoring of two COVID-19 patients showing sustained cardiac mechanical dysfunction through the acute infection period.
Cardiac impairments in postacute COVID-19 with sustained symptoms: A review of the literature and proof of concept
Literature review and proof of concept documenting elevated systolic time as a marker of persistent cardiac impairment in long COVID.

Sports Medicine & Concussion

Cardiac cycle timing and contractility following acute sport-related concussion
Twelve varsity athletes assessed within 5 days of concussion against pre-season baseline, showing altered systolic function during acute concussion.
Cardiac cycle timing intervals in university varsity athletes
Cardiac cycle baselines in 245 varsity athletes with sex- and sport-specific differences in timing intervals and performance indices.

Special Populations

Parkinson’s Disease and the Cardiac Cycle: A Rapid Literature Review and Case Series
Literature review and case series on cardiac cycle timing intervals in Parkinson’s Disease patients.
Effects of normobaric hypoxia on cardiac mechanical function using seismocardiography
SCG assessment of cardiac contractility and ventricular twist under simulated altitude hypoxia at rest and during exercise.

Additional Questions?

Our clinical team is available to answer questions about implementation, review your specific use case, or discuss how Recordis can integrate with your existing cardiac assessment protocols.