History

Teknoritma was founded by professionals who have been actively working in the field of health informatics for many years, and with its young and dynamic team, it aims to provide solutions for the sector's Hospital Information Management System and related applications.

Teknoritma continuously analyzes and develops based on the satisfaction of its customers and stakeholders. Currently working with the most valuable healthcare facilities in the sector, Teknoritma closely follows technological developments in parallel with the demands of the Ministry of Health and affiliated/related organizations with its years of experience and develops its solutions.

A Project-Oriented Approach:

Our Project and Management Processes

We are aware that many different systems need to work in an integrated manner within the complex structure of healthcare services with different needs, priorities and expectations.

We know that new approaches are constantly being developed in line with the changing technological requirements and regulatory arrangements that are renewed almost every day within this complex structure.

With our advanced technology product Sarus® Hospital Information System, we aim to produce effective, fast and timely solutions with a "Full support" approach to the constantly changing needs within the complex structure of hospitals, ensuring the flawless operation of hospital processes.

In this context, we operate our support services and project management processes as we share below, thus ensuring high user satisfaction.

Hospital Information System Service Beyond Your Expectations with Teknoritma Support Services

With competent product experts in providing support services, we monitor all regulatory changes and technological developments affecting hospital information systems in a timely manner and ensure that necessary developments are made in the software.

With the regulatory tracking, request tracking, problem solving and end-user adaptation software infrastructures developed by our software engineers, we evaluate regulatory changes and software adaptation requests on a daily basis and produce solutions within the deadline.

At the end of each development, we plan training and adaptation activities to ensure that our hospitals adapt to innovations in a short time.

With our staff of more than 50 people who are competent and highly experienced in their field; we continue to provide requests from our customers 7/24 uninterruptedly with our "Leading Technology, Full Support" philosophy, project management approach and superior service understanding.

Our Goals

The main goal of our company, which is a pioneer and guiding force in Health Information Management Systems in our country, is to reach other healthcare institutions around the world in this direction.

To always closely follow the developing technologies in the world and ensure the implementation of these technologies on our existing software.

Along with all these, it is for users in our country to experience a process that progresses in parallel with technological developments in the world.

Sarus Through Time

Our Products

Sarus Hospital Information Systems

Developed entirely in our own R&D facility with Microsoft .NET technology infrastructure and supported by TUBITAK, Sarus is Turkey's and the region's first 100% web-based hospital information system. Integrated into all hospital processes with its multi-layered architecture and XML web services, Sarus works with all web browsers. It also works successfully on iOS and Android platforms, which are among the most important tools of today's technologies. In addition to all these, Sarus works very effectively in all medical, administrative and financial processes of hospitals, increasing efficiency in hospital processes.

Digital transformation applied in health information systems has enabled hospital processes to be operated in a more controlled, faster and more efficient manner, in addition to the digital records of users in the hospital information system. In this context, with some of our applications that we share below, the hospitals we serve have not only transitioned to a paperless hospital process; they have also transformed into fast, safe and efficient healthcare facilities. In this context, we have detailed some of our modules that we implement in our hospitals under subheadings below.

Decision Support Systems

The Clinical Decision Support System is actively used not only for doctor-related areas of the Health Information System, but also for guiding nurses and auxiliary healthcare personnel. For example, a fall risk scale form has been filled out for a patient with a fall risk and a score of 9 (high risk) has emerged. In this case, the decision support process is activated and the nursing care plan automatically provides the necessary guidance on Sarus for the procedures that need to be performed on the patient. At the same time, these warnings are automatically displayed with icons on the Nurse Assistant screen.

Nurse Assistant Screens

Thanks to this screen that we developed within the scope of digital transformation, which greatly facilitates the workflow of nurses working in the clinic and is independent of HIMSS processes; the assigned nurse can see all the tasks planned for patients in the service they are authorized for without even logging into the Hospital Information System. All warnings and icons on this screen can be edited in the field without the need for software development, just like in the general structure of Sarus.

Smart E-Order Systems

Treatment processes to be applied to patients through patient E-Order processes work according to 5 verification methods within the scope of HIMSS 7. During the E-Order phase, the doctor can see the E-Order history of drug information and can continue generic-active ingredient guidance on the same screen. They can also easily and quickly complete appropriate treatment and E-Order templates for themselves.

E-Order works in an integrated manner with e-signature.

Clinical Portal Structure

All medical modules designed with a faster and newer architecture have been combined in the Clinical Portal interface. With the Clinical Portal structure, the entire process can be managed in a single interface. With its role and authority-based features, all users can change many functions and screens according to their own demands.

Sarus Mobile Application

With the Sarus Mobile Application developed on a new generation software platform, all medical processes such as Closed Circuit Drug System, Breast Milk Tracking Module, E-Order System, Doctor Operations, Nursing Operations, Test Request and Tracking are carried out very easily and quickly. It works compatibly on Android and iOS compatible tablets and phones.

Special Health Information

With the Special Health Information application developed on a new generation software platform, we have created a structure where health information specific to each patient is recorded. Data recorded in these areas (pacemaker, stent, allergy warnings, chronic disorders, etc.) work in an integrated manner with Sarus Clinical Decision Support. Warnings and guidance are automatically provided to all users.

Blood Transfusion Process

With this application that works completely integrated with the Blood Bank module, blood product tracking to be applied to the patient is performed. With this software that we developed according to 5 verification methods as required by HIMSS processes, blood transfusion is performed much more efficiently and in a controlled manner. In addition, our software works completely integrated with vital devices connected to the patient.

Emergency Scenario

With this module that we specially developed as required by HIMSS 7 processes, we ensure that data created even in the worst situations that may occur in the hospital is safely recorded in the system through local computers. In this way, we ensure that data written locally is recorded in Sarus even in the worst disaster scenario.

SarusPACS

Sarus PACS, which has much faster and smoother imaging technology with WADO Streaming imaging integration on HTML 5 Platform, also significantly reduces the workload of our doctors with its mobile support. With the automatic patient appointment system in the radiology module, patient circulation within the hospital is minimized. At the same time, both patient and user satisfaction is maximized. Efficiency is increased with the use of dictation systems we developed in current software architectures.

Technical Infrastructure of SarusPACS

• Browser independent HTML5 100% Web Interface

• Unlimited user definition

• Ability to receive images from any DICOM archive with DICOM protocol

• Ability to send images to any DICOM archive

• Merging and splitting of DICOM images

• DICOM Print

• HL7 message infrastructure for reporting and updating patient information

• Backup/restore with disaster recovery

• Lossy/lossless compression algorithms

• DICOM Mirror

• Automatic routing of DICOM images to other DICOM servers (Auto Routing)

• Management of DICOM storage archives

• DICOM editing

• DICOM Import (ability to import images from external disks)

• DICOM Export (exporting images to external disks)

• Detailed Log structure

• Running imaging on Linux, Microsoft Windows 7 and higher versions

• Compliance with all medical standards: DICOM, IHE, HL7, WADO

• Scalable architecture

• DICOM Verification

• DICOM Storage Service (SCU)

• DICOM Storage Service (SCP)

• Worklist Management Service

• DICOM Query / Retrieve Service (SCU)

• DICOM Query / Retrieve Service (SCP)

• Print Management Service SCU

• DICOM Modality Performed Procedure Step (MPPS)

Main Features of SarusPACS

• Active PACS application registered by the Republic of Turkey Ministry of Health

• Fully compatible with City Hospitals

• Platform independent operation

• HTML 5 Infrastructure and Mobile Device Support: Works fully compatible with Windows, MacOS, Linux and Android operating systems. No data (including DICOM images) is saved to user computers and all patient information is deleted when the internet browser is closed; unauthorized persons cannot access patient data.

• International Certification IHE workflow compliant: IHE – 2017 Venice, IHE – 2018 Den Haag, IHE Scheduled Workflow (SWF), IHE Patient Information Reconciliation (PIR), IHE Consistent Presentation of Images (CPI), IHE Key Image Notes (KIN), showing IHE (Integrated Health Enterprise) profiles (Integration Statement)

• 100% domestic developer

• Multi-file system support

• Voice recording and listening module

• Automatic central update structure by groups

• Ability to work balanced behind LB

MPR (Multiplanar Reconstruction)

It is a technique used to create new images from an image stack in different planes than the original stack.

• Reconstruct a cross-sectional image in any plane from MPR CT or MR data.

• View real-time reconstruction in orthogonal or oblique plane with the best image quality.

• Use the MPR plane to create optional thickness slabs via MIP.

• Automatically create a new series.

• Place reformatted images as in other series; display the relative position of each slice to the source image.

3D/Volume Processing

Preview 3D/Volume Generation slices and select specific images to include (or exclude) in volume reconstruction.

• Adjust interpolation according to processor speeds.

• Use color mapping opacity adjustment options.

• View structures or organs as a whole (versus slices).

Server – WADO Support

• Automatic KOS Document creation and sending.

• DICOM, JPEG support.

• Secure DICOM image transfer over the web.

• Ready telemedicine infrastructure (Modules Suitable for Ministry of Health).

• Web access with mobile devices.

• Access via E-Pulse.

HTML5 Infrastructure and Mobile Device Support

• Fully HTML5 compatible imaging interface.

• Receiving DICOM images from server with WADO protocol.

• High performance image processing features.

• Platform independent operation feature.

• Customized interface for comfortable use on tablets.

• Drag and drop and multi-touch features.

Voice Recording and Listening Module

• Integrated with brands like Olympus and Philips.

• Central storage of audio files and work locking.

• Special coloring and marking.

• Advanced features such as cut and paste, middle recording on audio files.

• Ability to speed up and slow down voice recording.

• Control with foot pedal.

Load Balanced Operation Behind LB and Logging Capability

• Work locking mechanism during processing of studies.

• Locking mechanism for all queues.

• Local or central logging options.

• SYSLOG support (IHE).

• Gray Log Support.

SarusLIS

SarusLIS, which we developed entirely with our own experience on Microsoft .NET technology infrastructure, is Turkey's and the region's first 100% web-based laboratory information management system. SarusLIS, which is integrated into all laboratory processes developed with multi-layered architecture and XML web services, offers independent operation with all web browsers. Since SarusLIS has a web interface, all users can access the same system quickly and easily through a single server without any installation on the computer. SarusLIS, which has a user-friendly feature with its advanced interface, brings devices and users together in a single interface thanks to synchronous and asynchronous applications in the backend. With comprehensive device integrations, communication and device management with devices at different levels can be provided.

Whether it is a hospital or private laboratory, if you have a laboratory integration requirement for a healthcare institution, we would like to share with great pride that SarusLIS is one of the leading applications in the sector with our solution suggestions and applications. We offer your institution-specific integration processes and operational setups with SarusLIS with a more effective usage experience.

Some of the outstanding features specific to SarusLIS are as follows:

Blood Collection Queue System

At the sample collection points in your institution, you can create automatic queues according to counter information with the setup we will make within SarusLIS. At the sample collection point, you can also implement a voice calling system to call patients according to queue number in compliance with the Personal Data Protection Law. In this way, you can create more organized and effective sample collection points.

Porter and Pneumatic Systems

After sample collection, which user sent the sample to whom and where can be easily tracked. If the carrier receives the sample by hand or if sample delivery is made with pneumatic systems, you can easily record your processes here, and you can track their detailed analyses and statistics by receiving reports through SarusLIS.

Sample Tracking System

We know that it is difficult to track samples in institutions where sample mobility is high. Based on this situation, we offer a system that quickly notifies when the sample is late to its destination at certain intervals.

Automatic Approval Support System

Thanks to our system that we set up with algorithms determined by our experts, you can automatically implement your setups through SarusLIS by activating the automatic approval support system at all levels.

Blood Bank

You can safely carry out all your donor and patient blood processes in accordance with the HIMSS process thanks to our detailed and auto-controlled system.

Contact

You can use the following information to contact us.

Contact Information

Address: Hacettepe Technology Development Zone Universities District 1596th Street Safir C Block (Building No:6) 3rd Floor No:35 Beytepe/Çankaya/Ankara

Phone: +90 312 227 00 15

E-mail: info@teknoritma.com.tr

Location