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With the ease of availability and access of AI tools and technology, people are putting AI into a wide range of products and services, and even in applications where AI is a dubious fit, at best. Many times, organizations are feeling the motivation, “fear of missing out”, and perhaps customer or shareholder pressure to add AI capability to their offerings. It should come as no surprise that many of these AI projects are often half thought-out, at best, and often fail to deliver the desired results, if the results have even been considered ahead of time.

Sometimes, AI projects have a high-level, big vision, where the AI efforts are focused. Other times, AI applications are being focused on smaller tasks, or shoehorned into existing applications. The challenge is that for AI projects to be successful, there needs to be a combination of a larger vision for where AI could add value while at the same time, smaller, focused projects that allow organizations to ensure value in the real-world before diving deeper into AI capabilities and investment.

According to its website, the Grok 1.5V connects the physical and digital worlds. The company has highlighted seven examples of its capabilities to explain how the multimodal model works.

A user can share a picture of a flowchart with Grok, and the AI model can translate it into Python code. By simply showing the model a nutrition label, a user can inquire how many calories one would consume by consuming certain portions of the product.

While this might seem like an easy case of multiplication, the AI model can also take a child’s drawing and build an entire bedtime story using it. The model can do the converse, too. Show it a meme, and it will explain why it is funny and provide the context needed to understand it.

Taichi could potentially make artificial general intelligence a reality.

Researchers at Tsinghua University in China have developed a revolutionary new artificial intelligence (AI) chip that uses light instead of electricity to process data.


Researchers have developed a highly energy-efficient photonic AI chip called Taichi, which could accelerate the development of advanced computing solutions.

In a promising step towards the evolution of next-generation electric vehicles (EV), Chinese car maker IM Motors has launched a car that features a version of solid-state batteries.

The battery pack, dubbed “Lightyear” by IM, is the primary power source for the company’s flagship L6 Lightyear Max, priced at approximately ¥330,000 (equivalent to US$45,600).

LM is a collaborative venture between SAIC and Alibaba, a Chinese internet conglomerate. The brand debuted with the L7 sedan and the LS7 electric SUV.

The highest-level Hidra chip will power Apple’s highest-end desktop, the Mac Pro. To give you an idea of how powerful the chip might be, Apple is working to support the Mac Pro with 512 GB RAM. Unlike Intel’s processor, which allows additional memory to be added later, Apple Silicon is more deeply integrated into the processor, and therefore, the RAM options will have come from Apple itself.

With the M4 chip nearing production, Apple could unveil its new and updated Mac lineup later this year and follow it up with releases through 2025, the Bloomberg report added.

A newer lineup also gives the Cupertino-based company an opportunity to join the league of tech giants working on AI. Compared to Microsoft and Google, which have already released their AI-powered products, Apple has been a laggard in the AI space.

The robot is controlled by a neural network trained in deep reinforcement learning via simulation.

Students at ETH Zurich are creating a robot that can move around in extremely low gravity by hopping like a human.


ETH Zurich students are developing a robot that can hop like humans for exploring challenging terrains featuring ultra-low gravity.