MOUWASAT Hospital
AUCO Hospital
ST. JOSEPH Hospital
AL MAKASSED General Hospital
Virtual Tours
Digital Marketing
Virtual Tours provide an immersive and interactive solution for the healthcare and hospital sector to present their facilities and projects. By enabling clients, investors, and medical professionals to virtually explore hospitals, clinics, or ongoing construction sites, organizations can effectively communicate their design philosophy, operational efficiency, and commitment to patient centered care. This approach enhances transparency, builds trust, and allows stakeholders to experience the quality and functionality of healthcare spaces without the need for physical visits
Immersive Meetings
Virtual Tours enable healthcare professionals, administrators, and design teams to collaborate more effectively, especially when working with remote stakeholders. By virtually walking through hospital facilities or medical project sites together, participants can review layouts, assess functionality, identify potential issues, and make informed design or operational decisions in context. This enhances communication, streamlines coordination across departments, and reduces the need for on-site meetings—saving valuable time and resources while maintaining high standards of care and safety
Immersive Training
Healthcare organizations and hospital management teams can use Virtual Tours as powerful tools for staff training and continuous education. Medical and administrative personnel can virtually explore hospital facilities to learn about operational procedures, safety protocols, and patient flow management without needing to be physically on-site. This approach ensures consistent training across departments and locations, enhances staff preparedness, and reduces the cost and disruption of in-person training sessions
Construction Process Management
Virtual Tours are invaluable tools for monitoring the construction and renovation progress of healthcare facilities. Project managers and hospital administrators can virtually walk through job sites to inspect work, review spatial layouts, and identify potential issues early. This enhances transparency, facilitates collaboration among construction and design teams, and ensures that healthcare projects stay on schedule, within budget, and aligned with strict medical standards
Facility Maintenance Management
Once a healthcare facility is completed, Virtual Tours can play an important role in ongoing facility management and maintenance. Engineering and maintenance teams can virtually inspect equipment, review infrastructure conditions, and identify potential issues before they escalate all without being physically on-site. This approach minimizes downtime, improves response times, enhances operational efficiency, and helps extend the lifespan of critical hospital systems while ensuring uninterrupted patient care
IoT Systems Monitoring and Control
By integrating Virtual Tours with IoT (Internet of Things) systems, healthcare facilities can achieve real-time monitoring and intelligent control of critical building operations. Facility managers can virtually access system dashboards to view the status of HVAC, lighting, and medical support systems, adjust settings, and troubleshoot issues remotely. This integration enhances building performance, ensures optimal environmental conditions for patient care, and reduces energy consumption and operational costs across hospital facilities.
Augmented Reality (AR)
3D Objects in AR
Augmented Reality (AR) allows healthcare designers and hospital planners to virtually stage medical environments with equipment, furniture, and design elements. Stakeholders can use AR applications to visualize different layout options, evaluate patient and staff flow, and customize spaces to meet clinical and operational needs. This technology enhances the decision-making process, improves stakeholder engagement, and accelerates project approvals for healthcare facilities
AR Info Points
Augmented Reality (AR) can be used to display interactive AR Information Points throughout hospital construction sites and completed healthcare facilities. Staff, contractors, and visitors can access real-time information about building systems, safety protocols, and maintenance procedures by viewing AR overlays on their mobile devices or smart glasses. This technology enhances transparency, supports compliance with healthcare safety standards, and reduces reliance on physical signage and printed documentation.
AR Navigation
Augmented Reality (AR) navigation applications can assist staff, contractors, and visitors in navigating both hospital construction sites and operational healthcare facilities. By overlaying interactive maps, routes, and key points of interest onto the real-world environment, AR navigation enhances wayfinding, improves safety, and minimizes confusion in complex hospital layouts. This technology reduces the risk of accidents or delays during construction and ensures smooth movement for patients, staff, and visitors in completed facilities.
Drone Imaging
360 Aerial Imaging
Drone-captured 360° aerial images provide a unique and comprehensive perspective of hospital construction sites and completed healthcare facilities. These immersive visuals allow stakeholders to virtually explore the site from above, showcasing overall layout, development progress, and surrounding infrastructure. The imagery can be used for project monitoring, progress reporting, marketing presentations, and integration into Virtual Tours to enhance transparency and engagement throughout the project lifecycle.
360 Aerial Videos
360° aerial videos captured by drones provide an immersive and dynamic way to document hospital construction progress and showcase completed healthcare facilities. Stakeholders can virtually fly over and around the site to gain a comprehensive understanding of spatial layout, development scale, and surrounding context. These videos are highly effective for project reporting, stakeholder presentations, marketing campaigns, and integration into Virtual Tours helping engage clients, donors, and the broader community.
3D Modelling
Drones can capture detailed data to generate high-resolution 3D models of hospital construction sites and completed healthcare facilities. These models provide an accurate digital representation of the building, allowing architects, engineers, and hospital planners to analyze spatial relationships, plan renovations, and visualize complex medical environments. The 3D data can be used for precise measurements, clash detection, and integration into Virtual Tours, Enhancing design accuracy, construction efficiency, and facility management across the healthcare sector.
Artificial Intelligence
AI Avatar Chatbots
AI-powered chatbots and virtual avatars can provide 24/7 assistance within hospital environments and healthcare facilities. These intelligent systems can engage in natural conversations to answer staff or patient inquiries, provide recommendations, guide visitors, and assist with maintenance reporting or service requests. By automating routine communication and support tasks, AI chatbots improve operational efficiency, enhance the patient and visitor experience, and reduce the workload on hospital staff.
Data Analysis and Forecasting
AI can analyze vast amounts of data from hospital construction projects, facility operations, and healthcare market trends. By identifying patterns and predicting future outcomes, AI provides valuable insights that help healthcare developers, operators, and facility managers optimize design strategies, resource allocation, and operational performance. This data-driven approach enables hospitals and healthcare organizations to make informed strategic decisions, reduce costs, and remain competitive in an evolving healthcare landscape.
Optimization
AI can automate and optimize a wide range of processes in hospital design, construction, and operations, including project scheduling, cost estimation, and supply chain logistics. By analyzing real-time data and learning from past performance, AI systems can make intelligent adjustments to improve efficiency, reduce costs, and ensure timely delivery of medical equipment and construction materials. This results in smoother project execution, enhanced resource management, and better overall outcomes for healthcare facility development.