AiPulse — Issue No. 110

NVIDIA states that the Vera CPU maximizes both speed and capacity per watt with a single processor. The company claims that Vera outperforms the fastest and most efficient x86 processors.

LiberAI has released the Liber-0 model, which enables robots to perform successfully in new tasks without demonstration training by using human motion data. The model achieves a 36% overall success rate across 600 trials, offering an approach that centers human experience in the robot training process.

OpenAI announced the discovery of 81 vulnerabilities in Firefox and 948 in the Linux kernel by introducing its cybersecurity-focused GPT-6 Cyber model. The model is offered exclusively to approved defensive users within the Daybreak Red program.

The new model operates 50% faster than the previous generation and supports creating GIF animations. OpenAI states that this update will provide more flexible editing tools for content creators and developers.

LG Electronics plans to embed its own designed artificial intelligence semiconductor into millions of home appliances annually by 2026. This step is seen as a strategic move toward the company's goals in robotics and fully automated household tasks.

While platforms automatically tag content by reading C2PA data, realistic-looking AI-generated videos must be labeled by the users themselves. Article 50 of the European AI Act, however, imposes this obligation on those engaged in professional activities rather than personal use.

According to a report by the Financial Times, Oracle terminated a $7 billion artificial intelligence chip leasing agreement with Tencent under pressure from the Trump administration. Reuters was unable to independently verify this claim, and the parties did not comment on the matter.

A Cornell University team used a semiconductor with a bandgap above 7 eV, doped with silicon, in the first working transistor. This material has the potential to increase energy efficiency in electric vehicles and power grids.

The Physics Twin tool developed by Flexcompute reduces the time required to simulate the impact of rocket exhaust on nearby spacecraft from days to minutes. This acceleration enables more scenarios to be safely tested for critical missions such as autonomous docking and refueling.

Researchers have successfully demonstrated the first laser-driven plasma filament antenna that can be used in space and requires no mechanical assembly. This innovation aims to eliminate the fragility and volume issues of traditional metal antennas in space.