COPIED: YUSUF@RAMAZANOGLU.TECH
RAMAZANOĞLU TECH
Practice Research Contact
R&D AND ENGINEERING PRACTICE

Precision software and autonomous systems.

Ramazanoğlu Tech is an independent engineering studio developing clinical navigation systems, real-time computer vision pipelines, and mission-critical software.

Inquiries — yusuf@ramazanoglu.tech →
PRIMARY DISCIPLINES
  • 01 / SURGICAL NAVIGATION
  • 02 / VOLUMETRIC VISION
  • 03 / AUTONOMOUS CONTROL
  • 04 / ENTERPRISE SYSTEMS
ENGINEERING STANDARD

Deterministic execution, sub-millimeter spatial accuracy, and zero-trust system architecture.

OPERATIONAL STATUS
ACTIVE R&D & CONSULTING
01 — CORE PRACTICE AREAS
APPLIED ENGINEERING & SYSTEM ARCHITECTURE
01 CLINICAL & SPATIAL

Medical & Surgical Systems

3D volumetric segmentation, real-time optical tracking, and surgical navigation interfaces for dental and clinical applications.

DATA FORMATSDICOM / CBCT / NIfTI
SEGMENTATION3D nnU-Net v2
REGISTRATIONSub-Millimeter 6-DoF
02 PERCEPTION & INFERENCE

Autonomous Perception & Vision

Low-latency ROS2 architectures, multi-sensor fusion, and deep learning inference on edge hardware.

MIDDLEWAREROS2 Humble / C++
STATE ESTIMATIONClothoid EKF / Sensor Fusion
COMPUTECUDA / TensorRT Edge
03 CORE INFRASTRUCTURE

Mission-Critical Software

High-reliability desktop telemetry, ground control stations, and encrypted enterprise software architecture.

PLATFORMSNative C# / .NET / Python
PROTECTIONHWID & AES-256 Persistence
CLOUDAWS / Distributed Edge
02 — SELECTED R&D & TECHNICAL FOCUS
SYSTEM ARCHITECTURES & RESEARCH PROGRAMS
01

Volumetric Dental Navigation

TÜBİTAK 2242 Research Foundation
Real-time 3D CBCT segmentation & dynamic surgical guidance. Automated extraction of mandibular anatomy, inferior alveolar nerve canals, and spatial instrument tracking.
MEDTECH / XR
02

Autonomous Surface & Ground Systems

ROS2 Humble · C++ / Python
Sensor fusion, kinematics, and zero-latency perception pipelines. Clothoid geometry Extended Kalman Filter (EKF) trajectory estimation and multi-modal obstacle avoidance.
ROBOTICS / AI
03

Enterprise & Telemetry Systems

Zero-Trust · Native Desktop & Cloud
Native C++ / C# control interfaces and distributed cloud architectures. Hardware-bound cryptographic licensing, real-time mission control stations, and algorithmic execution.
SYSTEMS / CLOUD
03 — ARCHITECTURAL PRINCIPLES

Built for environments where software failure is not an option.

We reject superficial complexity in favor of mathematical rigor, clean systems programming, and verifiable clinical and operational reliability.

SPATIAL TOLERANCE
< 1.0 mm

Volumetric registration and optical instrument tracking accuracy in clinical navigation.

PERCEPTION LATENCY
< 10 ms

End-to-end frame processing, sensor fusion, and real-time telemetry dispatch.

PRODUCTION STACK & TOOLING
• C++ / C# (.NET)
• Python / PyTorch
• 3D nnU-Net v2
• ROS2 Humble
• VTK / ITK / Slicer
• Unity 3D / OpenXR
• CUDA / TensorRT
• AWS Cloud