Smart Symptom Assistant
Smart Symptom Assistant is an AI-powered pre-assessment solution that interprets user-described complaints in natural language and converts them into medical symptom clusters. It analyzes the reported issues, extracts relevant symptom groups, evaluates the urgency level, and directs the user to the appropriate medical specialty, service, or information. Integrated into hospitals’ web and mobile applications, the system reduces unnecessary visits while ensuring that truly critical cases are guided more quickly and accurately. As a result, the user experience improves, and the first point of contact in healthcare becomes smarter, more efficient, and more accessible.
Notification Gateway
The Central Notification System is a unified notification infrastructure that enables organizations to manage SMS, email, mobile push notifications, and other communication channels through a single platform. It standardizes notification requests coming from different applications and provides a secure, traceable, and consistent delivery process with queue management, templating, and logging capabilities. The system receives API calls from applications, applies the predefined templates and rules for the relevant channel, delivers the messages through operators or email services, and records the entire workflow with detailed reporting. From appointment reminders to verification codes, from informational messages to campaign announcements, the Central Notification System offers a wide range of use cases. It reduces integration effort and enables organizations to provide a more organized, reliable, and manageable communication experience to their users.
DermaAI
DermaAI is an AI-powered skin assessment assistant that analyzes skin images captured with a mobile phone camera to provide preliminary insights about the appearance of a lesion. It does not make a medical diagnosis; instead, it evaluates potential risk levels by examining color, texture, and border characteristics, and guides the user toward the appropriate medical specialty when needed. The system provides clear, easy-to-understand feedback and can recommend dermatology consultation where necessary. It also allows users to track changes over time by comparing previously captured images of the same lesion. With these capabilities, DermaAI serves as a reliable pre-evaluation layer for users and offers a modern, fast, and user-friendly experience within telemedicine and digital health workflows.
VRPsiko
VRPsiko is a digital application designed to bring psychological support and training processes into a virtual reality environment, intended for use under the guidance of a professional. It helps individuals strengthen awareness and coping skills by allowing them to safely and controllably experience situations such as phobias, anxiety, trauma, or stress in a virtual setting. While the system delivers realistic scenarios through VR headsets, professionals can monitor the process from their own panel and adjust the intensity, duration, and content of the scenario in real time. This enables the simulation of situations that may be difficult or risky to reproduce in real life, in a fully controlled and repeatable manner. Beyond supporting psychotherapy processes, VRPsiko also provides a modern, engaging, and safe experiential environment for universities, corporate training programs, and awareness initiatives.
ArsivIQ
ArsivIQ is an AI-powered enterprise knowledge assistant that goes beyond traditional keyword search by offering semantic search, summarization, and translation capabilities. Instead of manually browsing through PDFs, Word files, or scanned documents, users can ask questions in natural language and access the information they need within seconds. Powered by large language model technology, the system semantically matches relevant documents, transforms long content into concise and readable summaries, and — when needed — translates information between Turkish and English to support seamless collaboration across teams. By accelerating access to information, ArsivIQ adds a smart, modern, and efficient layer to decision-making, reporting, and document management processes.
IteraFantom
IteraFantom is an innovative platform consisting of physical and digital phantom solutions designed to support testing, calibration, and R&D processes for medical imaging devices and industrial sensor systems. By providing structures that closely resemble real tissue or material properties, it enables device performance to be measured in a reliable, repeatable, and standardized way. The system operates with modular phantoms—produced via 3D printing—and their associated scenario sets, allowing CT, MRI, ultrasound, radiation measurement devices, and industrial scanning systems to be easily tested under varying conditions. These phantoms not only serve device calibration needs but also offer significant advantages in advanced use cases such as generating synthetic data for artificial intelligence model development. From manufacturers to R&D laboratories and universities, IteraFantom provides a safe, repeatable, and measurable testing environment for a wide range of users, accelerating product development and quality assurance processes through a modern and robust infrastructure.
Central Patient Index System
The Central Patient Index System is a centralized infrastructure that consolidates patient records generated across different healthcare institutions under a single unique identity, creating a common reference point for the entire health ecosystem. It detects and merges scattered or duplicate records belonging to the same individual, ensuring the accuracy and up-to-date status of identity, address, and contact information. Integrated with KPS, e-Nabız, and other national health components, the system manages new registrations, updates, and record-merging processes through a structured workflow, and presents potential matches for expert review when necessary. This allows physicians and healthcare professionals to view data from multiple systems through a single patient profile, enabling faster, more accurate, and more reliable clinical and administrative decision-making. Designed with security layers compliant with KVKK and health data regulations, the Central Patient Index System strengthens data integrity on a national scale while significantly enhancing service quality, reporting capability, and analytical capacity.
Central Timestamp Service
The Central Timestamp Service is a centralized infrastructure that adds reliable and tamper-proof time information to critical operations within an organization. By making the question “Exactly when was this action performed?” technically and legally indisputable, it ensures the accuracy and integrity of records. The system receives requests from applications, integration services, or logging infrastructures, generates a timestamp based on an authorized and synchronized time source, and securely stores this information. As a result, in critical processes such as medical record creation, report approvals, e-signature transactions, payment instructions, integration calls, and security events, timestamp data can serve as a strong and verifiable reference. The Central Timestamp Service enhances traceability and auditability, particularly within healthcare, finance, and public information systems. By supporting compliance with legislation, regulations, and KVKK requirements, it significantly strengthens an organization’s security and governance posture.
DevOps
TEUS DevOps Services provide an infrastructure and consultancy framework that automates end-to-end software development, testing, deployment, and operational processes, making them reliable and sustainable. Particularly in healthcare and public-sector projects, it ensures traceable, fast, and secure delivery—creating a seamless workflow between development and operations teams. Within the scope of the service, continuous integration and continuous delivery (CI/CD) pipelines are established; applications are containerized; and monitoring, logging, security policies, and backup–restore mechanisms are designed according to organizational requirements. This ensures that release transitions are managed in a more predictable, controlled, and reversible manner, significantly reducing risks related to human error and minimizing potential downtime. The TEUS DevOps team offers guidance across a wide spectrum—from modernizing existing infrastructures to enabling a complete transition to cloud or hybrid architectures—helping organizations build a more efficient, secure, and measurable lifecycle for their software projects.
