Hanna is the Editor in Chief at AI Smasher and is deeply passionate about AI and technology journalism. With a computer science background and a talent for storytelling, she effectively communicates complex AI topics to a broad audience. Committed to high editorial standards, Hanna also mentors young tech journalists. Outside her role, she stays updated in the AI field by attending conferences and engaging in think tanks. Hanna is open to connections.
Upgraded WormGPT Variants Enable a Scary New Breed of AI Cyberattacks
Scary new AI-driven cyberattacks fueled by upgraded WormGPT variants threaten digital security, and understanding their evolving tactics is crucial to staying protected.
AI Reads X-Rays With 80% Less Data, Paving Way for Low-Resource Clinics
With AI now reading X-rays using 80% less data, discover how this innovation is transforming diagnostics in low-resource clinics and what it means for global healthcare.
Researchers Propose Blueprint for Ethical AI Laws to Prevent ‘Rogue’ Algorithms
Theoretical frameworks for ethical AI laws aim to prevent rogue algorithms, but understanding how these principles can be effectively implemented is crucial.
AI Tutor Pilot Program Boosts Test Scores, Impressing Skeptical Teachers
Pioneering AI tutor programs are transforming education by boosting test scores and changing teachers’ minds—discover how this innovative approach can benefit your students.
Yahoo Japan Forces Employees to Use AI Tools in Bold Productivity Experiment
Diving into Yahoo Japan’s bold AI-driven experiment reveals innovative strategies to enhance productivity while navigating ethical challenges—discover how they balance progress and responsibility.
Director ‘Hires’ 50,000 AI Actors to Fill Movie Crowds, Skirting Strikes
Skeptics question the ethics as a director replaces human crowd extras with 50,000 AI-generated actors to avoid strikes; discover how this controversial move impacts Hollywood.
AI Predicts Lung Cancer Risk and Tailors Treatment, Study Shows
The transformative potential of AI in lung cancer detection and personalized treatment could revolutionize outcomes—discover how this breakthrough is shaping future care.