Gungor-robot-car: ESP32 Camera-Controlled Robot Car

Modern Rechargeable Battery Technologies and Electrochemical Performance Analysis

This blog post, which details modern battery technologies and the electrochemical operating principles of these systems, examines the technical specifications, performance metrics, and usage advantages of Li-ion, LiFePO4, NiMH, Ni-Cd, and lead-acid batteries from an engineering perspective.

Post-Exploitation Strategies and In-Depth Analysis in Internal Network Penetration Tests

This article analyzes post-exploitation techniques in internal network penetration tests, including privilege escalation methods, persistence mechanisms, and lateral movement processes within Active Directory with technical code examples. Professional tools such as Mimikatz, Impacket, and BloodHound are covered.

OWASP Top 10 Security Strategies in .NET 8 Projects

A critical guide for secure coding in .NET 8 projects! Discover how to protect your application using tools like EF Core, Data Protection API, and policy-based authorization against OWASP Top 10 threats with technical examples. Learn fundamental strategies for secure software architecture.

Modern Network Strategies with Zero Trust Architecture

Zero Trust architecture is a modern security strategy that dismantles the 'default trust' paradigm in today's hybrid world, where network boundaries have become increasingly blurred. This approach treats every user, device, and service as a potential risk factor—whether inside or outside the network—by subjecting access requests to continuous, contextual, and rigorous verification.

Veri Analizi Okulu: Data Science and Artificial Intelligence Training

Operating under the coordination of Yükseköğretim Kurumu (YÖK), the Veri Analizi Okulu (VAO) combines theoretical knowledge with practice through modules in Basic Statistics, Computational Social Sciences, Panel Data Analysis, Artificial Intelligence, Digital Humanities, and Psychometrics. Check out our blog post for both a high-quality education and your career.

Nur-o-link: Remote-Controlled Robotic Arm and Vehicle System

The Nur-o-link project is an innovative robotics study that combines remote-controllable robotic arm and autonomous vehicle features, highlighting the interaction between hardware and software.

Engineering Fundamentals and Mechanical Analysis of Flexible Structures in Soft Robotic Systems

A high-technical-depth blog post focusing on control algorithms and material mechanics, exploring the transformation of traditional rigid robotic systems through flexible elastomers and bio-mimetic approaches.

Collective Intelligence and Dynamic Task Allocation in Swarm Robotic Systems

A technical blog post examining the technical foundations, algorithmic approaches, and software libraries for collective intelligence, dynamic task sharing, and distributed control mechanisms in swarm robotic systems.

The Evolution of Robotic Systems and Modern Migration Strategies to the ROS 2 Ecosystem

This blog post addresses the architectural changes in the transition process from ROS 1 to ROS 2, the technical advantages of the DDS-based communication layer, and system modernization strategies using modern software libraries in a technical language.

Agriculture 4.0 and Next-Generation Approaches in Autonomous Robotic Systems

A blog post covering navigation strategies for autonomous vehicles in the Agriculture 4.0 ecosystem, deep learning-based crop monitoring algorithms, and ROS 2-based software architectures.

Topological Approaches in Data Science and Graph Theory-Based Network Analysis with Gephi

This technical blog post provides an in-depth analysis of how to visualize complex relationships in big data sets using graph theory and the Gephi software, accompanied by mathematical metrics and software libraries.

Deep Learning-Based Object Detection and Manipulation Techniques in Autonomous Robotic Systems

A technical review and software integration of modern robotic systems equipped with deep learning architectures, 6-DoF grasping strategies, and real-time object recognition algorithms.

Deep Dive into the Fundamental Building Blocks of Electronic Design: Engineering Foundations of Passive Component Selection

This blog post covers the non-ideal parasitic parameters, frequency-dependent behaviors, and modern engineering selection criteria for capacitors and inductors, which are critical in electronic circuit design, along with Python-based analysis methods.

Advanced Spatial Analysis and Data Science Integration in Modern Geographic Information Systems

A blog post covering data mining in the ArcGIS ecosystem, Python-based automation processes, and spatial statistics methods to transform raw location data into strategic decision support mechanisms.

Superposition Theorem and Analytical Investigation of Multi-Source Linear Circuits

A blog post examining the theoretical foundations, mathematical modeling, and Python-based simulation approaches of the Superposition Theorem, which analyzes the effect of each source individually and combines them in linear circuits containing multiple independent sources.

Mathematical Architecture of Complex Circuits and Nodal Analysis Method

Theoretical analysis of the nodal analysis method based on Kirchhoff's Current Law, the supernode concept, and modeling of circuit solutions with computational engineering approaches using the NumPy library.

Joule Heating and Advanced Thermal Management Strategies in Modern Electronics

A blog post covering the physical foundations of Joule heating, advanced PCB design techniques for optimizing thermal management in modern circuits, PID-based cooling algorithms, and embedded software control mechanisms.

Engineering Analysis and Selection Strategies for Resistor Parameters in Circuit Design

A technical blog post examining critical resistor parameters beyond Ohm's Law in real-world circuit designs, including parasitic effects and engineering calculations.

Reduction Methods and Numerical Analysis Approaches in Linear Circuit Analysis

This article examines methods for simplifying complex electrical circuits using Thevenin and Norton theorems, mathematical analysis steps, and Python-based numerical analysis techniques from a detailed engineering perspective.

Professional Debugging Strategies and In-Depth Analysis Techniques in Embedded Systems Development

A technical article covering professional debugging processes in embedded systems under hardware constraints and real-time requirements, using critical methods such as JTAG/SWD analysis, memory management, and signal integrity.

Communication Layers and Protocol Analysis in Modern Smart Home Ecosystems

An in-depth analysis of the technical architectures of Wi-Fi, BLE, and Zigbee protocols, mesh network structures, and software integration processes in smart home ecosystems.

Power Management and Efficiency Strategies in Arduino Projects

A comprehensive technical article on reducing energy consumption to the microampere level in Arduino projects through hardware interventions, deep sleep modes, and the use of low-power regulators.

Raspberry Pi and Hardware Integration in Industrial Systems

A comprehensive article examining the use of Raspberry Pi in industrial automation, covering technical details from hardware isolation to RTOS kernel optimization and Modbus/MQTT communication protocols.

Architectural Decision Processes in IoT Projects: A Technical Analysis of ESP32 and ESP8266 Microcontrollers

A comprehensive guide providing an optimized selection strategy for IoT projects by technically analyzing the architectural differences, connectivity capabilities, and hardware features of ESP32 and ESP8266 microcontrollers.