Treatment planning and surgical navigation for neurosurgery
Neurovascular treatment planning (2D-3D co-registration without localiser frame) and Spine & Trauma Navigation with surgical robots.
Ten projects from defense, manufacturing, railway, aviation, construction and medical technology — each with context, problem, key engineering decision, result and tech stack.
Neurovascular treatment planning (2D-3D co-registration without localiser frame) and Spine & Trauma Navigation with surgical robots.
CAD/CAM from scratch: toolpaths from CAD, real-time 3D (OpenGL), nesting — C++/Qt, Open CASCADE.
High-performance software for defense-critical systems — scalable, secure, agile.
Plugin-based platform for survey data. Sync across devices, cloud, and office workstations.
ML-based defect detection with synthetic training data. 98.5% confidence score.
Computer vision for detecting mechanical misalignments in optical devices (89.6° vs 90°).
Simulation-first robotics: vision-based action planning for automated scene correction.
Cloud-based pilot training platform. Secure progress tracking, scalable architecture.
Real-time fleet intelligence for railway networks. Fault detection, route planning, operational status.
Real-time anomaly detection and predictive maintenance for textile production. +20% operational efficiency.
No sales team. You talk directly with one of our software architects about your specific problem. 30 minutes. Response within 24 hours.
Email: info@alpitype.com
LinkedIn: AlpiType