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Tiraya Technology aim to improve existing technologies, processes, designs and marketing to solve problems, increase efficiency, reach new customers, and ultimately increase profits. We also believe that Innovation and Business Development are the balancing keys of business success

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Whether augmented reality or artificial intelligence, advance communications technologies are continuosly evolving. This technology trends are pushing every healthcare business to adjust, adapt, and embrace completely this new Technologies. It is proven to improve business process, efficient workflow, increase patient experiences and outcome.

Tiraya Technology healthcare services is designed to face our future together with the most advance technology in the sector. We design, develop, define the best solution that will help healthcare business delivering successful cases and project. We ensure that our integrated solution systems will be able to work together with all the crucial parties involved in delivering the methods.

Cooperation Model

We offer different models of cooperation depending on the maturity of your IoMT initiative and the results you expect.

Consultation on the planning phase of the IoMT strategy

We help you outline the capabilities of your future IoMT solution and recommend integrating it into the healthcare services you provide and aligning it with your IT and business strategy.

Consultation at the planning stage of an IoMT solution

We help you design an IoMT solution tailored to your specific business needs and enhance your patient experience and staff performance. We provide consulting support to build an IoT platform with all the components it needs - mobile and web applications for patients, nurses and doctors, big data warehouses, and data analytics for gathering medical data, machine learning and so on. As for the IoT architecture, we are helping you to make it flexible and scalable allowing for the initial launch of simple projects and gradually expanding the IoMT solution with new features as needed.

Implement an IoMT solution based on detailed requirements

We can provide IoMT solutions based on the specifications of your software requirements and test their functionality. With the FP model, we determine the scope and complexity of the project prior to development itself and provide you with a detailed delivery schedule featuring timeframes and budget.

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IoMT Solutions for HealthCare

We provide solutions to make the health care environment safer and more comfortable for patients and health care professionals.

Medical Instrument Tracking in Hospitals and Polyclinics

A medical instrument is a tool or device for performing specific actions or carrying out desired effects during a surgery or operation, such as modifying biological tissue, or to provide access for viewing it. Some surgical instruments are designed for general use in surgery, while others are designed for a specific procedure.

This instrument may provide assistances to a surgeon with the proper handling of surgical instruments during an operation, by a specialized professional, usually a surgical technologist or sometimes a nurse or radiographer.

The surgical instrument cycle includes procurement, assembly, packaging, sterilization, storage, distribution, utilization and decontamination processes. A lot of errors may go wrong on every stage of the cycle, including lost or misplaced medical devices, wrong sterilization methods, wrong instrument sets sent to the point of use, delays resulted from manual counting and more. In most cases these mistakes occur due to the human factor in conventional environments. Increased risk, weak staff accountability, and oftenly lawsuits. In addition, manual processes of handling the medical devices often result in a severe lack of quality data upon which to make significant clinical improvements.

Wearable Technologies (Heart Rate Measuring Watch)

A heart rate monitor (HRM) is a personal monitoring device that allows one to measure/display heart rate in real time or keep the heart rate for later study. It is usually used to compile heart rate information while performing various types of movement or exercise. This monitoring system is ofthe used in hospitals, wired, with many sensors are used, while our new technology, is not using one.

As the sensing capabilities of wearable devices improve, there is increasing interest in their application in medical settings. Capabilities such as heart rate monitoring may also be useful in hospitalized patients as a means of augmenting conventional monitoring or as part of an early warning system to detect clinical disintegration.