Fyul
AI-powered quality control monitors the print manufacturing pipeline, detecting print defects with 95–99.9% accuracy.
AI-powered quality control monitors the print manufacturing pipeline, detecting print defects with 95–99.9% accuracy.
A construction-site monitoring project using autonomous quadruped robots and high-resolution LiDAR to create BIM-aligned 3D scans, track progress, and support 24/7 security.
Optimized risk-analysis processes and developed new models to support more effective risk assessment.
Research and development for drone-control systems for autonomous navigation and security applications.
AI-powered number plate recognition system that works with existing cameras, tracks vehicles across frames, and reconciles sightings across cameras to create accurate parking sessions.
Development of an AI assistant for the medical field, powered by large language models and a RAG system and tailored to the Latvian language, to improve the quality of healthcare services.
Tailored AI training that equips teams with practical, business-ready skills through hands-on learning designed around their needs and workflows.
Implementation of a pilot project for data classification and automation.
An AI solution that automates email drafting, supports employee learning through a training agent, and equips staff with practical skills to use AI effectively and responsibly.
A unified, accessibility-first design system for a national public services portal, aligned with the European Accessibility Act.
Precision laser-weeding system that identifies weeds with up to 95% accuracy for efficient, sustainable crop management.
Novel model to predict biological contamination risks in drinking water using standard sensor data.
Partnered with a leading regional microphone manufacturer to develop deep-learning models that remove feedback, typing, traffic, background voices, and mechanical noise from audio in real time.
An AI vision model that detects and rectifies partially obstructed tabloids into orthogonal projections, achieving over 95% accuracy with fewer than 500 training samples.
A high-precision AI inspection system for bandsaw operations, detecting defects in wooden planks with 70–99% precision to support automated cutting and manufacturing planning.
Novel model solvent-gradient optimization for analytical chromatography, automating experiments to separate unknown compounds and reducing development time from two weeks to two hours.
AI-powered damage detection for rental-car inspections, segmenting scratches, dents, chips, dirt, and rust from smartphone photos—with 0.88 IoU despite challenges such as distinguishing dents from reflections.
A cross-department innovation workshop focused on identifying practical opportunities to adopt AI, improve workflows, and address shared business challenges.
Bipartisan training sessions helping members of parliament use LLMs for legislative analysis, critically evaluate AI-generated answers, and understand industry risks.
Branding development for Latvian association of artifical intelligence.