As AI City initiatives and smart city development continue to accelerate, digital transformation in healthcare is no longer limited to isolated system upgrades. It now requires end-to-end integration across hospital operations, medication safety, and community-based care. At the AI City Pavilion of Smart City Summit & Expo (SCSE) 2026, imedtac will present an integrated smart healthcare portfolio centered on the ORber Clinical Logistics Operations Platform, connecting three key application areas: Smart Operating Rooms, Medication Safety, and Telemedicine. The showcase demonstrates how AI can be meaningfully embedded into real clinical workflows and become a critical part of smart healthcare infrastructure within smart cities.
From Smart City to Smart Healthcare: Why Healthcare Integration Has Become a Key AI City Use Case
SCSE is one of Asia’s leading exhibitions for smart cities and digital transformation. According to the 2026 event framework, featured themes include Smart Healthcare, AI Applications and Robotics, AI CITY, and Sovereign AI for Cities. This signals that smart healthcare is no longer just an internal hospital matter. It has become a vital component closely tied to urban governance, community care, and digital infrastructure.
For the healthcare sector, the true value of smart transformation does not lie in whether a single device is advanced. It lies in whether hospital information, operational workflows, care networks, and decision-making systems can be connected into a sustainable and scalable model. That is exactly the core concept behind imedtac’s exhibit this year: an integrated approach that extends from in-hospital operations to out-of-hospital care, and from standalone solutions to platform-based orchestration.
ORber Clinical Logistics Operations Platform: The Central Nervous System of Smart Hospital Operations
The ORber Clinical Logistics Operations Platform is a hospital-wide logistics management system purpose-built for healthcare environments. It can be deeply integrated with multiple task sources such as HIS, surgical scheduling systems, and pharmacy inventory systems, automatically converting workflows such as instrument transport, medication delivery, specimen transfer, and routine replenishment into executable tasks, which are then carried out by in-hospital robotic fleets. With ORber, hospitals can transform fragmented automation tools into an operational framework that is manageable, traceable, and analyzable. Its core capabilities include:
- Task orchestration and automated dispatch: Automatically generates tasks and assigns the most suitable robot based on surgical schedules, nursing station requests, or sterilization workflows.
- Hospital-wide route planning and traffic control: Coordinates robot routes, elevator access, and clean-to-contaminated flow separation rules across the facility.
- Operational data and KPI monitoring: Tracks indicators such as task volume, on-time completion rates, and travel distance to help managers optimize resource allocation and staffing strategies.
This is not simply about introducing robots into hospitals. It is about upgrading hospital logistics from point-based automation to a hospital-wide operational platform, enabling healthcare staff to step away from repetitive transport and coordination tasks and return their focus to higher-value clinical care.
iMADC Smart Medication Cabinet: Turning Medication Safety into an Executable Workflow
In clinical practice, medication safety depends on more than reminders. The real issue is whether the process itself can be executed consistently and traced reliably. Through real-time integration with HIS and PIS (Pharmacy Information System), the iMADC Smart Medication Cabinet automatically matches prescriptions with inventory and allows only authenticated and authorized healthcare personnel to access the correct medication compartment. This reduces the risk of medication selection and administration errors at both the system and operational levels.
The system records every medication access event, including time, user, and quantity, supporting controlled substance management and internal audits. It also offers modular configurations for different care settings, making it flexible enough for deployment in environments ranging from intensive care units to community hospitals. For healthcare providers, the value of a smart medication cabinet goes beyond inventory control. It lies in transforming medication safety into a workflow that is traceable, auditable, and standardized, thereby strengthening patient safety and medication management quality.
Telemedicine and Hospital at Home: Extending Healthcare Beyond Hospitals to Communities, Rural Areas, and Homes
In addition to hospital operations, imedtac is also showcasing its telemedicine and Hospital at Home(HaH) solutions. The platform integrates vital signs stations, the iMVS-MOB Mobile Vital Signs Kit, and video consultation systems, supporting real-time upload and integration of data from devices such as blood pressure monitors, thermometers, pulse oximeters, and ECG systems to create standardized digital physiological records.
By connecting with hospital HIS or regional health cloud platforms, medical teams can access real-time vital signs and related patient information from rural health centers, mobile clinics, long-term care facilities, and home care settings, enabling both synchronous and asynchronous specialist consultations. The mobile vital signs kit is also designed for rugged deployment, with waterproof and dust-resistant protection, and supports 4G / 5G and satellite communications for highly mobile and multi-site use cases.
For home-based care scenarios, the system can also incorporate AI-powered multimodal sensors to provide non-contact, privacy-conscious home monitoring. These sensors continuously track patient status and proactively issue alerts when abnormalities are detected, helping care teams reduce routine inspection burdens while improving early risk detection. This means hospitals no longer function as isolated buildings. They can instead become smart healthcare hubs that connect community health stations, long-term care institutions, and home care networks.
From Smart Hospitals to AI City: The Real Question Is Not Whether AI Exists, but Whether It Can Be Applied in Practice
The essence of a smart city is not technology for its own sake. It is whether technology can address real-world operational challenges. This year’s exhibition continues to focus on themes such as urban digital transformation, innovative AI applications, and smart healthcare, reflecting a broader market shift from standalone product adoption toward integration across systems, care settings, and stakeholder roles.
Centered on the ORber Clinical Logistics Operations Platform, imedtac’s showcase integrates smart medication cabinets and telemedicine applications to demonstrate exactly this type of healthcare integration capability, spanning from hospital operations to community care. From every transport task, every medication retrieval, and every remote monitoring event, a more efficient, safer, and more scalable smart healthcare network can be built step by step.
FAQ
1. What solutions will imedtac showcase at Smart City Summit & Expo 2026?
iMedtac will showcase an integrated smart healthcare portfolio centered on the ORber Clinical Logistics Operations Platform, extending to the iMADC Smart Medication Cabinet and iMVS / iMTele telemedicine solutions, demonstrating how smart healthcare can expand from in-hospital workflows to community and home-based care.
2. Is ORber a medical robot or a platform?
The core value of ORber lies not only in the robot itself, but in its role as a clinical logistics operations platform that combines task dispatching, workflow management, system integration, and fleet coordination. It functions more like the control center for hospital smart logistics and backend automation.
3. What problems can the iMADC Smart Medication Cabinet help hospitals solve?
iMADC is designed to improve medication safety, authorized dispensing, inventory management, and audit traceability, helping healthcare institutions digitize and standardize medication workflows while reducing the risk of human error.
4. What care settings are best suited for iMVS / iMTele telemedicine solutions?
These solutions are suitable for rural healthcare, mobile clinics, long-term care facilities, hospital-at-home programs, and home care environments, helping medical teams extend care delivery beyond geographic limitations.