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MAMTAŞ

Mamtaş makes field data meaningful with end-to-end IoT solutions and makes processes manageable from a single panel.

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Our Projects

Industrial and IoT Systems

ReVibe Energy – Industrial Vibration Monitoring System

The system developed for ReVibe Energy is a wireless IoT infrastructure capable of monitoring the status of industrial vibration equipment in real-time. It is designed to analyze the performance of vibrating machinery used in mining, cement, and heavy industry plants and to pre-detect failure risks. Sensor nodes continuously collect vibration data for system-wide analysis.

The system architecture consists of sensor nodes, data transmitters, and central gateways. The developed firmware includes real-time signal processing, FFT analysis, and event detection algorithms. In this way, the system aims to reduce unexpected machinery downtime by optimizing maintenance processes.
CONSILIUM Safety – Fire and Temperature Detection System

The system developed for CONSILIUM Safety covers a modular fire and temperature detection firmware infrastructure used in safety-critical environments. Used in industrial plants, ships, and high-security areas, this system ensures that different sensor modules work integrated with the central control system.

Within the scope of the project, the software architecture was restructured, and a more sustainable firmware infrastructure was created. Additionally, CI/CD processes were established, and automatic test mechanisms and hardware-in-the-loop test systems were commissioned, significantly increasing the reliability and software quality of the product.
Hocaoğlu Electric – AI-Powered Predictive Maintenance for High Voltage Cables

Developed for Hocaoğlu Electric, this system is an AI-supported IoT infrastructure that monitors insulation deterioration and partial discharge events in underground high-voltage (HV) cables in real-time. The system aims to prevent unplanned outages and high maintenance costs by pre-detecting faults in power transmission lines.

The architecture consists of HFCT sensors, IoT gateways, and a central analysis platform. Data obtained from sensors are transmitted to the center via a secure communication infrastructure and analyzed with AI algorithms to predict potential failure points. This optimizes maintenance processes, increases operational efficiency, and ensures high reliability in energy infrastructure.
Çözüm Makina – Underground Mine Tracking System (RTLS)

The Real-Time Location System (RTLS) developed for Çözüm Makina is designed for the secure monitoring of personnel and equipment working in underground coal mines. The system has a multi-layered architecture consisting of tracking tags, fixed reference anchors, and central data collection devices.

Hardware and firmware were developed for seven different device types within the project. Using RF-based positioning technology, locations are determined, and data is transmitted to the central server via MQTT protocol. Designed to operate in ATEX-certified environments, the system provides safety and operational efficiency in the mining sector.

Embedded Systems and Robotics Development

Emerson – Embedded Secure HTTPS Server Development

This project for Emerson involved designing and optimizing a secure HTTPS server infrastructure running on embedded systems. The study aimed to provide secure data communication on devices with limited hardware resources, protect system performance, and make the communication layer more resilient.

Security, communication stability, and resource management were prioritized. The server structure handles authentication, data integrity, connection security, and system continuity, making the architecture more reliable and sustainable at the product level.
Akın Robotics – Humanoid Robot Gait Control System

Developed for Akın Robotics, this work covers the gait control software and embedded system infrastructure to increase the mobility of humanoid robots. Control algorithms were worked on to ensure the robot moves balanced, adapts to environmental variables, and manages walking scenarios more precisely.

The project focused on robotic motion management, motor drive scenarios, balance control, and real-time decision mechanisms. The developed structure contributes to more fluid, balanced, and stable movement of humanoid robots while offering a more flexible and developable architecture on the embedded software side.

Cyber Security and Medical Software Modernization

Vitrolife Germany – EyeWare Dependency Management

In this project for Vitrolife GmbH, we successfully migrated the decade-old legacy codebase of EyeWare, a critical medical desktop software used in IVF clinics, to the modern RAD Studio 12 Athens platform. Covering comprehensive component compatibility analysis, DFM file migration, and third-party library modernization, this work directly improved the application's long-term sustainability and ease of maintenance.

We completed the project with complete technical handover documentation allowing the next developer team to continue seamlessly. This collaboration with an international medical software firm is a concrete indicator of Mamtaş's consultancy competence in corporate-scale software modernization.
Vitrolife Denmark – Incubator Cyber Security Compliance

In this project for Vitrolife Denmark, we designed and implemented C++ based security enhancements to ensure full compliance of IVF incubator devices with FDA cybersecurity standards. Compliance with the FDA cybersecurity framework, one of the strictest regulatory requirements in medical device software, requires high engineering maturity not only technically but also in terms of process and documentation.

This collaboration is a strong reference for Mamtaş's international consultancy competence in embedded C++ development and medical device cybersecurity. The project addressed device-level resilience, regulatory compliance, and long-term reliability through a secure software development approach.