Caregility

by Caregility  · Based in United States → — Connecting Care Everywhere
Critical Care Geriatrics Hospital Medicine

Contact for pricing
Regulatory Status Disclosed

Overview

Caregility is an enterprise connected care platform designed to support hybrid care delivery by unifying virtual nursing, remote patient observation, and clinical collaboration. Operating across inpatient, outpatient, and home care settings, the platform is utilized by diverse specialties including critical care (ICU), emergency medicine, pediatrics, and behavioral health.

The platform integrates directly into clinical workflows, offering compatibility with Epic EHR systems to streamline documentation and patient tracking. By deploying adaptive bedside endpoints with local edge computing, Caregility processes data directly in the patient room, reducing the need to stream sensitive audio-visual data to the cloud.

Notable capabilities of the Caregility platform include:

  • Augmented Observation: Edge-based computer vision AI that analyzes patient positioning, movement, and room activity to detect fall risks and alert care teams.
  • Clinical Notes & Documentation: Hands-free, real-time ambient AI documentation integrated with Microsoft Dragon Copilot to capture and summarize bedside patient-provider conversations.
  • Vitals Trending: Continuous capture and visualization of vital signs data to assist clinicians in identifying subtle physiological changes over time.
  • Voice Commands & Duress Monitoring: Hands-free voice controls to activate virtual support and trigger alerts during critical events.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • AI-enhanced virtual care platform
  • Virtual patient observation (iObserver)
  • Virtual nursing support
  • Virtual visits and consultations (iConsult)
  • AI-driven insights and alerts (e.g., fall detection, vitals trending, duress monitoring)
  • Purpose-built smart room devices and sensors
  • EHR and other digital health device integrations
  • Centralized virtual care operations and device management (Control Hub)
  • Real-time communication and collaboration tools
  • Multilingual phrases and interpreter services

Use Cases

  • Continuous patient observation to prevent falls and self-harm
  • Virtual nursing for admissions, discharges, education, and routine check-ins
  • Remote specialist consultations and multidisciplinary rounding
  • Virtual behavioral health services
  • Tele-ICU and Tele-ED for critical care and emergency support
  • Hospital-at-Home and remote patient monitoring

What Physicians Need to Know

Video Quality & Reliability
Caregility offers dual HD cameras with 1080p resolution, 40x power zoom, and a 5x wide-angle field of view for clear visual interactions and AI feeds. Their devices include night vision for viewing in dark settings without disturbing patients and high-quality microphone arrays for clear communication in noisy environments. The platform is designed for reliable transmission of high-resolution video, even with heavy video traffic, and can adapt to various networks and bandwidths. Caregility devices are self-healing, proactively monitored, and remotely managed to ensure reliability. Some users have reported experiencing technical issues such as poor video quality and audio problems.
Remote Patient Monitoring
Caregility's Connected Careu2122 platform supports remote patient monitoring through its hospital-grade smart room devices and AI services. The iObserver application allows remote caregivers to continuously observe up to 16 patients simultaneously, with AI enhancements supporting ambient listening, contactless vitals trending, and computer vision-based risk detection. The platform can detect warning signs of patient falls, elopement, and self-harm, alerting care teams for faster intervention. Caregility's AI solutions, embedded directly into APS devices, can identify fall risks, early signs of bedsores, and room entry/exit without requiring cloud uploads or extensive training.
Peripheral Device Support
Caregility's APS endpoints are expanding hardware compatibility to support USB peripheral devices like stethoscopes and video scopes for remote patient assessment. They have an integration partnership with Eko's digital stethoscope to facilitate remote auscultation. The platform also supports other biosensors such as digital thermometers, pulse oximeters, respiratory rate monitors, electrocardiogram patches, blood pressure kits, and accelerometers for remote patient assessment.
Virtual Waiting Room
The iConsult application features a virtual waiting room, content sharing, and a patient hold option during private consultations with team members.
E-Prescribing Integration
The provided information does not explicitly mention E-Prescribing Integration for Caregility.
State Licensure Compliance
Caregility Connected Careu2122 is HIPAA, GDPR, and CCPA compliant and ISO and SOC certified to protect patient data. While Caregility itself focuses on secure and compliant infrastructure, state licensure for telehealth and home care agencies varies significantly by state, with different requirements for training, background checks, and liability insurance.
Bandwidth Requirements
Caregility's platform is designed to support a multitude of networks and bandwidths, adapting to varying locations and network structures without sacrificing reliability or quality. However, effective virtual care requires networks designed to handle bidirectional video communications, and bandwidth restrictions can lead to strain during peak usage. Caregility advises isolating high-intensity connections like tele-ICU traffic to a VLAN and hardwiring virtual care devices whenever possible.
Recording & Documentation
Caregility's APS devices offer in-room recording capabilities that securely store content on local storage servers for compliance, safety, and quality assurance. The platform also supports ambient listening to simplify clinical notes documentation and integrates with Microsoft Dragon Copilot for hands-free, real-time AI documentation, capturing clinical conversations to reduce documentation burden for nurses. For virtual visits, it's crucial to note the use of two-way audio/video and patient consent, and HIPAA regulations generally do not allow video visits to be recorded.
RPM Device Compatibility
Caregility's ecosystem supports integration with various digital health assessment devices, including digital thermometers, pulse oximeters, respiratory rate monitors, electrocardiogram patches, blood pressure kits, accelerometers, and digital stethoscopes (e.g., Eko). Their APS endpoints are expanding hardware compatibility to support USB peripheral devices.
Physician Tip

When utilizing Caregility's platform, prioritize clear communication by facing the camera and making eye contact to build rapport with patients in a virtual setting. Leverage the AI-enhanced features for remote patient monitoring, such as fall risk detection and contactless vitals trending, to augment your clinical insights and intervene faster. Ensure you are aware of and compliant with HIPAA regulations regarding patient privacy and documentation, noting the use of two-way audio/video and patient consent for virtual visits. For optimal performance, especially with high-resolution video and multiple concurrent sessions, ensure your network infrastructure is optimized to handle the bandwidth requirements, potentially utilizing VLANs for video traffic and hardwired connections for devices.

Caregility's Connected Careu2122 platform emphasizes seamless integrations with existing healthcare ecosystems. It integrates with EHRs like Epic (MyChart, MyChart Bedside, CareLink, Monitor, Hyperspace, Canto, Haiku, Rover) using Context-Aware Linking (CAL) and Embedded Context-Aware Linking (eCAL) for launching virtual visits and responding to alerts directly within Epic workflows. The platform also supports integrations with digital health assessment devices, interactive patient care (IPC) systems (like OneView), interpreter services (such as LanguageLine), clinical decision support (CDS) systems, and nurse call systems. Caregility also offers integrations with third-party clinical service solutions to augment staffing. Recent advancements include integration with Microsoft Dragon Copilot for ambient AI documentation.

Details

Category Telehealth & Virtual Care, Triage & ER/ICU AI, Wearables & Remote Monitoring (RPM)
Pricing Contact for pricing
  • Subscription-based model; pricing structured to accommodate different organizational needs, ensuring flexibility and scalability
DeploymentCloud-based platform with on-premise hardware (smart room devices)
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status 1 AI-estimated

Caregility's telehealth enablement platform and APS systems have completed FDA registration and earned international safety certification (IEC 60601-1), affirming they meet specific requirements for the basic safety and essential performance of medical electrical equipment.

Integrations
EHR Not specified
Specialties Critical Care, Geriatrics, Hospital Medicine

What the Web Says

Caregility is a telehealth platform designed for healthcare institutions, connecting physicians with patients across various care settings. It offers features like virtual visits, remote patient monitoring, and clinical consultations, aiming to streamline care delivery and improve patient outcomes. The platform is HIPAA-compliant and integrates with existing electronic health record systems.

Overall: Positive

Strengths

  • Reduced hospital readmissions through remote monitoring and early problem identification.
  • Improved patient outcomes by providing access to specialists and diverse healthcare providers.
  • Increased patient satisfaction due to convenient and accessible care, and enhanced patient-family engagement.
  • Reduced healthcare costs by preventing unnecessary readmissions and offering efficient care.
  • Ease of use for both clinicians and patients.
  • Robust security measures ensuring patient data privacy and HIPAA compliance.

Limitations

  • Pricing can be a barrier for smaller healthcare organizations.
  • Some users desire more customization options to tailor the software to specific needs.
  • Reports of technical issues such as poor video quality, audio problems, and connectivity disruptions.
  • Expressed dissatisfaction with the level of customer support.
  • Steep learning curve for staff with limited technical experience.
  • Limited mobile app functionality, restricting use outside fixed clinical settings.

Based on reviews from: SelectHub, FeaturedCustomers, KLAS Research, Caregility (Official Website), Gartner Peer Insights, Indeed.com

Last updated: 2026-09-11

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Press & Coverage

Caregility
Caregility Secures U.S. Design Patent for Smart Room Connected Care Device
Caregility announced it has been granted a U.S. design patent for its APS200 Duo endpoint, a device purpose-built for virtual care and smart room workflows. This patent reflects Caregility's commitment to designing healthcare technology around the needs of patients, clinicians, and the modern hospital room.
2026-07
PRWeb
Caregility Expands Careforce Ecosystem with DataSource Technology to Scale Customer Support
Caregility announced that DataSource Technology (DST) has joined its Careforce ecosystem to provide on-site preventive maintenance support for Caregility customers. This partnership aims to ensure the reliability of installed technology as health systems scale virtual care and AI across more facilities.
2026-08
Caregility
Caregility Achieves ISO/IEC 42001 Certification, Reinforcing Commitment to Responsible AI Use in Healthcare Applications
Caregility has achieved ISO/IEC 42001 certification for its computer vision capabilities, the world's first international standard for Artificial Intelligence Management Systems. This certification reinforces Caregility's commitment to responsible AI governance, transparency, and trust in healthcare.
2026-08
Caregility
Caregility Collaborates with Microsoft to Bring Hands-Free, Real-Time AI Documentation to the Patient Bedside for Nurses
Caregility announced its Connected Care Platform will integrate with Microsoft Dragon Copilot, an AI clinical assistant, to provide hands-free, voice-activated documentation for nurses. This collaboration aims to reduce the cognitive burden on nurses and improve workflow efficiency.
2026-06
Caregility
What's New: Caregility July 2025 Update
Caregility's July 2025 update includes major enhancements to future-proof APS endpoints with OS upgrades, expanded hardware compatibility, and refined virtual consultation experiences. The update also highlights advancements in AI capabilities like Ambient Listening and Augmented Observation.
2025-07
Caregility
A Year of Momentum: Caregility's Biggest Moments of 2025
Caregility's 2025 highlights include securing $25.1 million in funding, launching the 'Lens on Organizational Performance' (LOOP) analytics framework, and introducing the iCare Coordinator. The company also expanded its global reach and received an Epic Toolbox designation for Inpatient Virtual Care.
2025-12
Business Wire
Caregility Unveils Next-Gen Virtual Care Coordination and AI-Powered Innovation at HIMSS 2025
Caregility showcased its iCare Coordinator and ambient AI solutions at HIMSS 2025, aiming to optimize clinical workflows, enhance patient safety, and combat workforce burnout. The iCare Coordinator acts as a centralized command hub for virtual care coordination.
2025-02
Signify Research
Caregility's New Telehealth Systems Highlight Growing AI Uptake within High-Acuity Telehealth
Signify Research reported on Caregility's new class of telehealth devices designed to support hybrid care models and augment bedside workflows, emphasizing the growing role of AI in high-acuity telehealth. These systems integrate into Caregility Cloud, combining bedside care, virtual encounters, and AI services.
2024-01

Videos

Product demos, reviews, and walkthroughs for Caregility.

View all on YouTube

Frequently Asked Questions

Caregility utilizes AI primarily through its 'Caregility Connect' platform to enhance virtual care delivery. AI-powered tools can assist with patient monitoring, identify trends in patient data, and potentially flag critical changes, allowing physicians to prioritize interventions and optimize their time.
Caregility emphasizes its commitment to HIPAA compliance and robust data security protocols. They employ end-to-end encryption, secure cloud infrastructure, and adhere to industry best practices to protect patient health information (PHI) processed through their platform, including any AI-driven analytics.
Caregility offers integration capabilities with various EHR systems to streamline workflows and ensure data continuity. The implementation process typically involves an assessment of the practice's existing infrastructure, configuration of the Caregility platform, and training for medical staff on its usage and integration points.
While Caregility's AI offers significant benefits, physicians should be aware that it is a supportive tool and not a replacement for clinical judgment. Limitations may include the need for accurate data input, potential for algorithmic bias if not properly managed, and the current scope of AI applications which may not cover all complex diagnostic or treatment decisions.
Caregility typically offers flexible pricing models that can be tailored to the size and needs of a healthcare organization. While specific pricing details are usually discussed directly with their sales team, it's common for virtual care platforms to offer tiered subscriptions that may vary based on the number of users, included features, and the extent of AI-powered functionalities utilized.
Caregility differentiates itself through its comprehensive virtual care ecosystem, which includes a wide range of devices, a flexible platform, and a focus on clinical workflows. Their AI integration aims to provide actionable insights and improve efficiency across the entire care continuum, from acute to post-acute settings, often emphasizing ease of use and scalability.

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Suggest an Edit → | Last Verified: 2026-06-11 | First Added: 2026-06-11
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