The lack of computational power hinders the development of artificial intelligence. OpenAI faces challenges in developing new products such as an improved ChatGPT with visual recognition and new versions of DALL-E and Sora. The increasing complexity of AI models requires enormous computational capacity, which slows down innovation and the launch of new features on the market.
The popularity of artificial intelligence is growing and permeating more and more areas of our lives. However, despite rapid progress, it seems that even this technological marvel is hitting its limits. The lack of computational power is becoming an obstacle and prevents developers from developing new tools.
Training and operating complex artificial intelligence models require enormous computational power. With the increasing complexity of these models, which are capable of generating increasingly realistic texts, images, and videos, the consumption of powerful computers and specialized hardware is also growing.
OpenAI, one of the leaders in the AI field, has openly admitted that the lack of computational power is one of the main factors slowing down development and the launch of new products. The originally promised improvement to ChatGPT's conversational function with visual recognition, called Advanced Voice Mode, is thus postponed indefinitely.
The development of other OpenAI products, such as the image generator DALL-E and the video generator Sora, is also not without problems. The company has not yet announced any release date for the new version of DALL-E. Sora, which faces technical challenges and competition from other systems, is also delayed.
The reason is again the lack of computational power and the need for further model improvements. OpenAI is already planning to build additional data centers, but even there it faces problems. In addition to a lack of funding, ecology also plays a role in development. Scientists are increasingly pointing out that artificial intelligence significantly contributes to the growth of the carbon footprint.
RoboMind is an educational tool designed to teach the basics of programming using a virtual robot. It uses the simple Robo programming language, which is an ideal choice for beginners. Students learn algorithmic thinking through practical tasks such as navigating mazes or manipulating objects.
Sam Altman, CEO of OpenAI, announced that the company already knows how to create general artificial intelligence and is aiming for the development of superintelligence. According to his prediction, it could become a reality in just a few years. Although current AI systems still have significant shortcomings, Altman believes in their rapid overcoming.
Minecraft: Education Edition connects the popular gaming world with education. Kids can explore programming, collaborate on problem-solving, and learn new skills in a familiar, creative setting. How does it work and is it suitable for younger children?
Alice is an educational platform that allows children and students to delve into the world of programming through creating 3D animations, interactive stories, and simple games. It is suitable for both schoolchildren and university users. What does it offer and how does it work?
The American government has launched an investigation into the Chinese company TP-Link, which controls 65% of the router market. The reason is national security concerns following the use of their devices in ransomware attacks.
OpenAI concluded its Christmas event "12 Days of OpenAI" by announcing the revolutionary model o3 and its smaller version o3-mini. The new model promises significant improvements in reasoning and solving complex tasks. For now, it will only be available to safety researchers.