Beyond Nvidia: the Search for AI's Next Breakthrough

Vinod Khosla, founder of Khosla Ventures, speaks on a panel on the main stage during the 2024 Collision tech conference in Toronto, Canada. Cole BURSTON / AFP
Vinod Khosla, founder of Khosla Ventures, speaks on a panel on the main stage during the 2024 Collision tech conference in Toronto, Canada. Cole BURSTON / AFP
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Beyond Nvidia: the Search for AI's Next Breakthrough

Vinod Khosla, founder of Khosla Ventures, speaks on a panel on the main stage during the 2024 Collision tech conference in Toronto, Canada. Cole BURSTON / AFP
Vinod Khosla, founder of Khosla Ventures, speaks on a panel on the main stage during the 2024 Collision tech conference in Toronto, Canada. Cole BURSTON / AFP

For a few days, AI chip juggernaut Nvidia sat on the throne as the world's biggest company, but behind the staggering success are questions on whether new entrants can stake a claim to the artificial intelligence bonanza.
Nvidia, which makes the processors that are the only option to train generative AI's large language models, is now Big Tech's newest member and its stock market takeoff has lifted the whole sector, said AFP.
Even tech's second rung on Wall Street has ridden on Nvidia's coattails with Oracle, Broadcom, HP and a spate of others seeing their stock valuations surge, despite sometimes shaky earnings.
Amid the champagne popping, startups seeking the attention of Silicon Valley venture capitalists are being asked to innovate -- but without a clear indication of where the next chapter of AI will be written.
When it comes to generative AI, doubts persist on what exactly will be left for companies that are not existing model makers, a field dominated by Microsoft-backed OpenAI, Google and Anthropic.
Most agree that competing with them head-on could be a fool's errand.
"I don't think that there's a great opportunity to start a foundational AI company at this point in time," said Mike Myer, founder and CEO of tech firm Quiq, at the Collision technology conference in Toronto.
Some have tried to build applications that use or mimic the powers of the existing big models, but this is being slapped down by Silicon Valley's biggest players.
“What I find disturbing is that people are not differentiating between those applications which are roadkill for the models as they progress in their capabilities, and those that are really adding value and will be here 10 years from now," said venture capital veteran Vinod Khosla.
'Won't keep up'
The tough-talking Khosla is one of OpenAI's earliest investors.
"Grammarly won't keep up," Khosla predicted of the spelling and grammar checking app, and others similar to it.
He said these companies, which put only a "thin wrapper" around what the AI models can offer, are doomed.
One of the fields ripe for the taking is chip design, Khosla said, with AI demanding ever more specialized processors that provide highly specific powers.
"If you look across the chip history, we really have for the most part focused on more general chips," Rebecca Parsons, CTO at tech consultancy Thoughtworks, told AFP.
Providing more specialized processing for the many demands of AI is an opportunity seized by Groq, a hot startup that has built chips for the deployment of AI as opposed to its training, or inference -- the specialty of Nvidia’s world-dominating GPUs.
Groq CEO Jonathan Ross told AFP that Nvidia won't be the best at everything, even if they are uncontested for generative AI training.
"Nvidia and (its CEO) Jensen Huang are like Michael Jordan... the greatest of all time in basketball. But inference is baseball, and we try and forget the time where Michael Jordan tried to play baseball and wasn't very good at it," he said.
Another opportunity will come from highly specialized AI that will provide expertise and know-how based on proprietary data which won’t be co-opted by voracious big tech.
"Open AI and Google aren't going to build a structural engineer. They're not going to build products like a primary care doctor or a mental health therapist," said Khosla.
Profiting from highly specialized data is the basis of Cohere, another of Silicon Valley's hottest startups that pitches specifically-made models to businesses that are skittish about AI veering out of their control.
"Enterprises are skeptical of technology, and they're risk-averse, and so we need to win their trust and to prove to them that there's a way to adopt this technology that's reliable, trustworthy and secure," Cohere CEO Aidan Gomez told AFP.
When he was just 20 and working at Google, Gomez co-authored the seminal paper "Attention Is All You Need," which introduced Transformer, the architecture behind popular large language models like OpenAI's GPT-4.
The company has received funding from Nvidia and Salesforce Ventures and is valued in the billions of dollars.



Chinese Robot 'Guide Dog' Aims to Improve Independence for Visually Impaired

A visually impaired person walks with a six-legged robot "guide dog" during a demonstration of a field test for a Shanghai Jiao Tong University test team, in Shanghai, China June 18, 2024. REUTERS/Nicoco Chan
A visually impaired person walks with a six-legged robot "guide dog" during a demonstration of a field test for a Shanghai Jiao Tong University test team, in Shanghai, China June 18, 2024. REUTERS/Nicoco Chan
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Chinese Robot 'Guide Dog' Aims to Improve Independence for Visually Impaired

A visually impaired person walks with a six-legged robot "guide dog" during a demonstration of a field test for a Shanghai Jiao Tong University test team, in Shanghai, China June 18, 2024. REUTERS/Nicoco Chan
A visually impaired person walks with a six-legged robot "guide dog" during a demonstration of a field test for a Shanghai Jiao Tong University test team, in Shanghai, China June 18, 2024. REUTERS/Nicoco Chan

It's less furry than a traditional companion, but a six-legged Chinese robot "guide dog" could one day help vision impaired people live more independently, according to its research development team in Shanghai.
The robot dog, which is currently being field-tested, is able to navigate its physical environment via cameras and sensors, including recognizing traffic light signals, which traditional guide dogs are unable to do, Reuters said.
Roughly the size of an English Bulldog but a bit wider, it can communicate by listening and speaking with a visually impaired operator with artificial intelligence technology incorporated into its voice recognition, route planning capabilities and traffic light identification. It also has six legs, which the researchers said helps it walk smoothly and with maximum stability.
"When three legs are lifted, there are still three legs .. like the tripod of a camera. It is the most stable shape," said Professor Gao Feng, the head of the research team at Jiao Tong University's School of Mechanical Engineering in Shanghai.
Married couple Li Fei, 41, and Zhu Sibin, 42, are among the visually impaired people helping the Jiao Tong University team test the robot using Chinese-language commands.
Li is completely blind and Zhu sees only a little, normally using a cane to assist him in getting around.
"If this robot guide dog comes onto the market and I could use it, at least it could solve some of my problems in traveling alone," Li said. "For example, if I want to go to work, the hospital or the supermarket (now) I cannot go out alone and must be accompanied by my family or volunteers."
Robot guide dogs are under development in other countries, including Australia and Britain, but China has a drastic shortage of traditional guide dogs.
In China, there are just over 400 guide dogs for almost 20 million blind people, Gao said.
Pet ownership and service animals are also relatively new concepts in the country, meaning many workplaces, restaurants and other public areas wouldn't welcome a more traditional helper like a Labrador.
Unlike those dogs, which will always be limited in supply due to the natural limitations of breeding and the intense training required, Gao said the production of robot guide dogs could be scaled, especially in a major manufacturing hub like China.
"It's a bit like cars. I can mass-produce them in the same way as cars, so it will become more affordable," Gao said. "I think this could be a very large market, because there might be tens of millions of people in the world who need guide dogs."