imedtac to Showcase Integrated Hospital-at-Home Solutions at HIMSS 2026

From iMVS-MOB to ANT Care Spot, enabling seamless clinical-grade care from hospital to home

As healthcare systems worldwide face increasing pressure from aging populations and workforce shortages, Hospital-at-Home (HAH) programs are becoming a practical extension of acute care. However, many hospitals continue to face challenges related to fragmented systems, disconnected data, and complex clinical workflows.

At HIMSS 2026, iMedtac will showcase its end-to-end integrated hardware-software platform, designed to help healthcare providers deploy Hospital-at-Home programs with hospital-grade safety, interoperability, and operational efficiency.

Addressing the Core Challenges of Hospital-at-Home

Many existing HAH solutions rely on multiple vendors for video consultation, vital sign monitoring, and backend management. This fragmented approach increases clinical risk, complicates IT maintenance, and creates data silos.
iMedtac addresses these challenges through a turnkey, interoperable architecture that unifies devices, data, and clinical workflows into a single ecosystem.

Two Core Pillars of iMedtac's HAH Solution

1. iMVS-MOB Mobile Telehealth Platform
Built upon the iMVS vital signs platform already deployed in hospitals, iMVS-MOB extends care delivery from inpatient wards to ambulances, rural clinics, and home settings.

Seamless integration with existing HIS/EMR systems

Real-time synchronization of video consultations and vital signs

Consistent clinical experience across care environments

2. Hospital-at-Home Ecosystem for Continuous Home Care
Designed for long-term, non-intrusive home monitoring, iMedtac's ecosystem supports continuous patient safety while preserving privacy.

iMVS-WAV mmWave Non-Contact Sensing for 24/7 monitoring of respiration, heart rate, and fall detection without cameras

ANT Care Spot as a home-based coordination hub aggregating sensor and user-reported data

HAH Healthcare Platform, acting as the data bridge between in-hospital EMR systems and out-of-hospital IoT devices, enabling unified monitoring, alerts, and care plan management through a single interface

Clinical-Grade Integration for Real-World Deployment

imedtac provides more than individual devices or software modules. Its solutions are designed with clinical workflows in mind, offering scalable system architecture, standardized APIs, and flexible hardware integration to meet varying regulatory and operational requirements across regions.

With successful deployments across Taiwan, Thailand, and Vietnam, iMedtac brings practical experience in integrating telehealth and medical IoT solutions into complex hospital IT environments.

Meet iMedtac at HIMSS 2026

iMedtac invites healthcare providers, system integrators, and partners to visit Booth #4106 & #6035 at HIMSS 2026 to explore how integrated platforms can make Hospital-at-Home programs safer, more efficient, and easier to scale.

Rm. 4, 10f, No.335, Ruiguang Rd. Neihu Dist., Taipei Cirty 11492, Taiwan

iMedtac is a healthcare AIoT company based in Taiwan, specializing in smart hospital infrastructure and connected care across clinical facilities and home environments.

With extensive experience in Internet of Medical Things (IoMT) and a deep understanding of hospital workflows, iMedtac develops integrated hardware-software platforms that support operational efficiency, reduce human error, and enhance patient safety throughout the continuum of care.

iMedtac's solutions are used by:

Hospitals and health systems implementing smart wards, operating room efficiency solutions, telehealth platforms, and medication safety systems

Long-term care and home-care organizations seeking to improve care quality through AIoT-based monitoring and digital care services

iMedtac collaborates with healthcare providers, system integrators, and channel partners to support the deployment of scalable, interoperable digital health solutions for smart hospitals, long-term care, and connected healthcare services.

This release was published on openPR.