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Vitls

by Vitls · Based in United States → — Developer of a wearable vital sign monitoring device designed to enable remote, continuous patient monitoring.

Critical Care Hospital Medicine Internal Medicine

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Overview

Vitls Inc. offers a wireless remote monitoring system with cloud-based data analysis that provides continuous physiological data. The Vitls Platform consists of Tégo, a small, unobtrusive, flexible, waterproof, and disposable wearable device with a 5-day battery life, which continuously records vital signs such as body temperature, pulse rate, heart rate variability, respiration rate, blood oxygen levels (SpO2), and activity (including fall detection). The data is sent to the Vitls Cloud, where algorithms convert it into actionable intelligence, and then made available to clinicians via the Vitls App and can be integrated with hospital EHR systems. This enables clinicians to view vital sign trends, receive instant notifications, and make informed decisions, aiming to improve patient outcomes, shorten hospital stays, and enhance patient satisfaction by making continuous vital sign monitoring the standard of care in various healthcare settings, from hospital to home, for patients 2 years and older.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

Unobtrusive, flexible, waterproof, disposable Tégo wearable device
Wireless vital sign monitoring
5-day battery life for continuous monitoring
Continuous data collection (temperature, pulse rate, HRV, respiration rate, SpO2, activity/fall detection)
Cloud-based data analysis and actionable intelligence
EHR system integration
Vitls App for clinicians and patients
Live dashboard for real-time data
Instant notifications for vital sign changes
Patient data trends and history viewing

Use Cases

Postoperative care monitoring to assess complication risk and shorten hospital stays
Emergency room triage and efficient patient assessment
Continuous monitoring for clinical trial participants
Remote patient management from hospital to home
Chronic disease management
Reducing healthcare worker exposure to infectious patients (e.g., COVID-19)

What Physicians Need to Know

Evidence Base

Vitls leverages continuous patient data from its Tégo device, which captures five vital signs (blood pressure, SpO2, respiration rate, body temperature, and pulse rate). This data is then analyzed by Odin, Vitls' AI clinical decision support system. Clinical decision support systems (CDSS) generally use clinical knowledge bases and patient-specific data to provide assessments or recommendations. The effectiveness of CDSS is strongly supported by evidence, with studies showing positive results.

Alert Fatigue Management

Vitls addresses alarm fatigue by moving beyond fixed-threshold alarms. Its Odin AI analyzes patient-specific thresholds, aiming to reduce unnecessary alerts and highlight only clinically significant changes. Alarm fatigue is a significant patient safety concern, as frequent non-actionable alarms can desensitize staff. Personalized vital sign thresholds have been shown to decrease alarms significantly while maintaining sensitivity.

Differential Diagnosis Support

Vitls' Odin AI analyzes continuous vital sign data to provide clinical decision support. While not explicitly stated as a differential diagnosis tool, CDSS generally offer new insights to improve diagnostic accuracy and therapy planning. Differential diagnosis tools, especially AI-powered ones, help clinicians consider a broad range of possibilities and reduce diagnostic errors.

Clinical Workflow Integration

Vitls aims to streamline vitals capture and documentation workflows. The Tégo device wirelessly transmits continuous patient data to a mobile application for nurses and physicians, eliminating the need for manual data entry. This integration helps reduce manual steps, improve consistency, and ensure cleaner documentation by syncing patient data directly into the Electronic Medical Record (EMR). Vitls is designed to integrate with existing EMR systems.

Physician Tip

For physicians utilizing Vitls, focus on how Odin's AI-driven personalized vital sign thresholds can significantly reduce alarm fatigue, allowing for more focused attention on truly actionable alerts. Leverage the continuous, real-time data from the Tégo device for earlier detection of patient deterioration and more informed treatment decisions. Integrate the data seamlessly into your clinical workflow to minimize manual charting and improve documentation accuracy. Remember that while the system provides robust monitoring and analysis, clinical judgment remains paramount, using the tool as an enhancement to your expertise.

Vitls is designed for EHR integration, facilitating a connected workflow where vital signs data flows directly into patient records. This eliminates manual transcription and supports a more standardized and efficient documentation process. Seamless integration with existing systems is a key benefit, allowing healthcare providers to leverage their current infrastructure while enhancing monitoring capabilities.

At a glance

Deployment Cloud, Mobile App

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Details

Category	Clinical Decision Support & Reference, Wearables & Remote Monitoring (RPM)
Pricing	Unknown
Deployment	Cloud, Mobile App
Mobile App	1
API Available	Unknown
Compliance
BAA Available	Unknown
HIPAA Compliant	Unknown
FDA Status	Cleared AI-estimated
Integrations
EHR	Not specified
Specialties	Critical Care, Hospital Medicine, Internal Medicine

What the Web Says

Vitls appears to be a well-regarded remote patient monitoring solution, particularly praised for its user-friendly interface for both patients and clinicians, and its ability to provide continuous, real-time vital sign data. Reviews highlight its potential to improve patient outcomes and reduce hospital readmissions, though some concerns exist regarding cost and integration with existing EHR systems.

Overall: Positive

Strengths

Continuous, real-time vital sign monitoring
User-friendly for patients and healthcare providers
Reduces hospital readmissions and improves patient outcomes
Comprehensive data collection (ECG, SpO2, temp, respiration, heart rate)
Supports proactive clinical intervention
Good customer support

Limitations

Cost can be a barrier for some institutions
Potential challenges with integration into existing EHR systems
Learning curve for some staff members
Battery life concerns for extended use without charging
Data overload for clinicians if not managed effectively
Limited availability of detailed public reviews from a wide range of sources

Based on reviews from: G2, Capterra, Healthcare IT News, MobiHealthNews, Reddit (limited mentions), Physician reviews (aggregated from industry articles)

Last updated: 2026-10-25

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Press & Coverage

Business Wire

Vitls Inc. Announces FDA Clearance of Its Clinical-Grade Platform for Accurate and Continuous Vital Sign Monitoring in the Hospital and Home.

Vitls Inc. received 510(k) clearance from the U.S. Food and Drug Administration (FDA) for its platform, which continuously and remotely monitors vital signs in various healthcare settings, including hospitals and homes. This clearance enables earlier intervention and improved patient outcomes through continuous, remote monitoring.

2020-07

fda.gov

Vitls Platform FDA 510(k) Premarket Notification

The FDA granted 510(k) premarket notification for the Vitls Platform, classifying it under regulation number 870.291023. The applicant is Vitls, Inc., with the correspondent being O'Connell Regulatory Consultants, Inc.

2026-10

NIH.gov

Contactless Vital Sign Monitoring: A Comprehensive Review of Multi-Modal Sensing and Multi-Task Learning Approaches

This review explores contactless vital sign monitoring, a transformative healthcare technology, focusing on multi-modal sensing and multi-task learning. It categorizes existing technologies by sensing modalities and application domains, highlighting their ability to monitor various vital signs concurrently.

2025-08

manchester.ac.uk

The completeness, accuracy and impact on alerts, of wearable vital signs monitoring in hospitalised patients

A study assessed the completeness, accuracy, and impact on alerts of wearable vital signs monitoring in hospitalized patients. The study found poor agreement between vital signs recorded by wearable sensors and traditional methods, suggesting that wearable sensor data should not be used in existing track and trigger systems.

2025-04

jmir.org

Continuous Monitoring of Vital Signs in the General Ward Using Wearable Devices: Randomized Controlled Trial

This article discusses a randomized controlled trial on the continuous monitoring of vital signs in general ward patients using wearable devices. Preprints of this paper were first published in July 2019.

2020-06

scilit.com

Monitoring of Vital Signs with Flexible and Wearable Medical Devices

This publication reviews the latest developments in flexible and wearable human vital sensors, outlining essential components, sensing mechanisms, fabrication, power, and data processing requirements. It highlights the potential of flexible and stretchable sensors combined with low-power silicon-based electronics for medical monitoring.

2016-02

Videos

Product demos, reviews, and walkthroughs for Vitls.

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Frequently Asked Questions

How does Vitls integrate with existing EHR systems to support clinical decision-making?

Vitls aims to integrate with existing EHR systems to streamline data flow and support clinical decision-making. Ideally, vital sign data from Vitls' wearable devices would be transmitted directly into a patient's electronic health record, reducing manual entry and potential transcription errors. This integration allows clinicians to access real-time patient data within their familiar workflow, enabling more informed and timely interventions.

What are the limitations of Vitls in terms of data accuracy and its impact on clinical decision support?

While continuous monitoring devices like Vitls aim to provide accurate data, limitations can exist. Some studies have noted discrepancies between manual and continuous monitoring, and the precision of readings can vary. The utility of vital signs in clinical decision-making can also be affected by factors like patient anxiety or stress, and the data may not always be acted upon even when recorded. Ensuring the correctness, completeness, and timeliness of vital sign data is crucial for effective clinical decision support systems.

What are the regulatory and compliance aspects physicians should be aware of when using Vitls?

Vitls has received 510(k) clearance from the FDA for its platform, indicating it meets certain safety and effectiveness standards for continuous vital sign monitoring. Physicians should ensure that the use of Vitls, like any medical device, complies with relevant regulations such as HIPAA, which governs the privacy and security of protected health information. This includes secure data transmission, storage, and access controls.

What are the alternatives to Vitls for continuous remote patient monitoring and what are their key differentiators?

Several alternatives to Vitls exist for remote patient monitoring (RPM), each with varying features. Some prominent options include Health Recovery Solutions, CareSimple, Optimize Health, Accuhealth, and Heads Up, which offers AI-powered clinical intelligence beyond just vitals. Other companies like VitalConnect focus on wearable post-acute monitoring, while platforms like HealthArc provide comprehensive RPM solutions including software, devices, and care management. The best choice often depends on specific patient populations, desired monitoring parameters, and integration needs.

What is the typical pricing structure for Vitls for a physician's practice or healthcare system?

Specific pricing for Vitls for physician practices or healthcare systems is not publicly available and typically requires direct inquiry for a pilot program. However, pricing models for similar healthcare technologies can vary, including subscription models, per-patient fees, or custom enterprise solutions. Factors influencing cost often include the scale of deployment, integration requirements, and the level of support needed.

How does Vitls specifically aid in clinical decision support beyond just displaying vital signs?

Vitls aims to go beyond simply displaying vital signs by incorporating clinical decision support features. Its AI component, Odin, analyzes the collected data and can highlight significant changes rather than just fixed-threshold alarms. This can help clinicians identify patient deterioration earlier, enabling more proactive interventions. Effective clinical decision support systems leverage patient data, including vitals, to provide alerts, recommendations, and risk scores within the clinical workflow.

What is the expected patient compliance with wearing the Vitls device, and how might this affect data continuity?

Vitls uses a disposable, wireless, and waterproof wearable patch called Tégo, designed to be unobtrusive and have a battery life of up to five or six days. This design aims to minimize impact on daily activities and sleep, potentially improving patient compliance. High patient compliance is crucial for continuous data collection, as interruptions in wearing the device can lead to gaps in vital sign monitoring, which may affect the ability to detect trends or early deterioration.

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