LifeSignals, UltraLinQ Unveil Cloud-Based Holter System for Faster ECG Diagnostics
The system is designed to reduce diagnostic delays by eliminating the need for device retrieval and manual processing of Holter monitor data.
LifeSignals Inc., an advanced wearable biosensor company, in partnership with UltraLinQ Healthcare Solutions, has launched the UbiqVue 2AYe Holter System at Heart Rhythm 2025 in San Diego.
The system is designed to reduce diagnostic delays by eliminating the need for device retrieval and manual processing of Holter monitor data.
Surendar Magar, Co-founder and CEO of LifeSignals, stated, “UbiqVue Holter is the first Holter system designed for the digital age. By removing complexities and cost barriers, we enable seamless wireless patient monitoring—from hospital beds to living rooms.”
Cloud Analytics Replace Manual Workflows
The UbiqVue system is a single-use, two-channel chest-worn biosensor that captures continuous ECG and event data for up to five days. The data is encrypted and transmitted throughout the monitoring period via a mobile app to a secure, cloud-based platform. Once monitoring concludes, cloud-based ECG analytics processes the data within minutes, allowing certified technicians to finalize reports for physician review quickly.
Moreover, the system addresses logistical inefficiencies by eliminating retrieval requirements. The disposable biosensor automatically connects to the app and can be applied in home or clinical settings, enhancing access and convenience.
“For over 15 years, UltraLinQ has empowered cardiologists with specialized tools, platforms, and expert support to optimize workflows and enhance diagnostic precision. We believe the UbiqVue Holter System’s reliability, ease of implementation, and scalability will exceed expectations,” said Theo Vouniseas, Head of Finance & Operations at UltraLinQ.
Designed for Home and Hospital Use
The system is suitable for home and hospital care settings, making applying and accessing data easier. Physicians receive final reports within hours, which allows them to make quicker diagnostic decisions and improve patient outcomes.
Additionally, the system's architecture minimizes administrative burdens while increasing the speed and reliability of cardiac monitoring.
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