BRN Discussion Ongoing
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Bravo
If ARM was an arm, BRN would be its biceps💪!
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Meta and Qualcomm team up to run big A.I. models on phones
Large language models (LLMs) are the technology that underpin applications like OpenAI’s ChatGPT that can return out text that resembles human output.www-nbcwashington-com.cdn.ampproject.org
MDhere
Top 20
ok tell u what I will put up to sell 130,000 shares at .46 so the shorters can take them or toasty can get back in the game. seems he sold too many but didn't want to sell that many so now is his chance to get some back. looking to buy a house, got cash but i may be looking at a better house (seems my house wish list goes up) so anyone want them there there for a limited time as i might get cold and remove my sell order ( still got a s..t load) but still will be hard to let go.... limited time before i change my mind
It's always good to keep an eye on the competition, as Sun Tzu says.
Bravo
If ARM was an arm, BRN would be its biceps💪!
Bringing Touch to the Edge: A Neuromorphic Processing Approach For Event-Based Tactile Systems
The rise of neuromorphic applications has highlighted the remarkable potential of biologically-inspired systems. Despite significant advancements in audio and visual technologies, research directed towards tactile sensing has not been as extensive. We propose a neuromorphic tactile system for...
Harshil Patel on LinkedIn: #aicas2023 #ieee #edgeai #neuromorphic #brainchip
Last month I had the pleasure of presenting our paper titled "Bringing Touch to the Edge: a Neuromorphic Processing Approach for Event-Based Tactile Systems"…
Bravo
If ARM was an arm, BRN would be its biceps💪!
Is it just me, or does anyone else find it interesting that the implementation of these new AI capabilities (Qualcomm & Meta) into flagship smartphones from 2024 coincides with the timeline suggested for the implementation of event-based neuromorphic vision sensor technology (Qualcomm & Prophesee) into flagship smartphones (ie. from 2024)?
Hi Bravo,
Interesting, ... and regrettable ... (just to show that not all dots lead to Rome (or Laguna Hills))
SynSense and Prophesee to combine neuromorphic engineering expertise
November 27, 2021https://www.shunlongwei.com/synsense-and-prophesee-to-combine-neuromorphic-engineering-expertise/#:~:text=SynSense and Prophesee, two neuromorphic technology companies, have,intelligence on the edge for event-based vision applications.
SynSense and Prophesee, two neuromorphic technology companies, have announced a partnership that will leverage their respective expertise in sensing and processing to develop ultra-low-power solutions for implementing intelligence on the edge for event-based vision applications.
The partnership will combines in one single chip SynSense’s low-power vision SNN processor DYNAP-CNN with Prophesee’s event-based Metavision sensors, and is focused on developing a line of cost-efficient modules that can be manufacturing at high volume.
Sony to Release Two Types of Stacked Event-Based Vision Sensors with the Industry’s Smallest*1 4.86μm Pixel Size for Detecting Subject Changes Only
https://www.prophesee.ai/2021/09/09/sony-event-based-vision-sensors-prophesee-co-development/
2021
These two sensors were made possible through a collaboration between Sony and Prophesee, by combining Sony’s CMOS image sensor technology with Prophesee’s unique event-based vision sensing technology. This enables high-speed, high-precision data acquisition and contributes to improve the productivity of the industrial equipment.
BrainChip Partners with Prophesee Optimizing Computer Vision AI Performance and Efficiency
Laguna Hills, Calif. – June 19, 2022 –https://brainchip.com/brainchip-par...omputer-vision-ai-performance-and-efficiency/
“We’ve successfully ported the data from Prophesee’s neuromorphic-based camera sensor to process inference on Akida with impressive performance,” said Anil Mankar, Co-Founder and CDO of BrainChip. “This combination of intelligent vision sensors with Akida’s ability to process data with unparalleled efficiency, precision and economy of energy at the point of acquisition truly advances state-of-the-art AI enablement and offers manufacturers a ready-to-implement solution.”
So Prophesee + SynSense had a chip in 2021, in a firm commitment to commercialize the chip, and in 2021 Prophesee teamed up with Sony.
Prophesee only met BrainChip in 2022, and they only "ported data" - they did not inhale.
Sometimes "good enuf" is "good enuf" ... until the next design cycle.
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Sometimes, you know how Coleridge's wedding guest felt ... having been stoppethed by the ancient mariner ...
Mea culpa
prəmɪskjuəs
Dodgy, I’m too shy and introverted to tell her myself, but isn’t it great to have her back.
Too right! ... (even if she is a bit ancient marinerish).
Interestingly, Coleridge invented autonomous navigation and stasis 200 years ago.
Tony Coles
Regular
No! not just you Bravo
… I find it very interesting. It was a great find, thank you very much for sharing, loaded up my confidence again. I’m just waiting patiently till August 2024, which is my deadline to decide to sell all or part of my BRN shares, it will be hard to part of them though or I’ll ultimately choose the wife To part off 
We shall see 
What an article Bravo 
… just soaking up the SMART PHONES 2024 phrase. 
Vanman1100
Regular
What are the chances BRN are holding companies back until all patents are acquired?
Humble Genius
Regular
This relates to the GMAC announcement the other day, but I don't think this has been covered here, and looks promising:
www.biometricupdate.com
Jul 18, 2023, 4:11 pm EDT | Jim Nash
Categories Biometrics News | Commercial Applications | Financial Services
Biometric scanning’s not uncommon to employees of fast-food restaurants, where they have been used for clock-in and -out. Customers have used their biometric identifiers to pay far less frequently, although that might be changing.
There are makers of AI software and chips for eateries (including school canteens) that see the enormous sector as fertile ground for algorithm use. And yet, while that would seem like a good bet, there are reports that algorithm-powered kiosks at burger joints could already be passé.
Processor-maker BrainChip Holdings is planning on a longer run for the use case, however.
The Australia-based company last week said it’s integrating its hardware and the AI/ML software of . BrainChip makes edge AI silicon, including its Akida processor, which company executives describe as the market’s first “fully digital” neuromorphic chip.
According to a statement released by BrainChip, Indian startup GMAC is writing code designed to make biometric scanning a mainstream payment option in fast-food restaurants. The product will be called QSRBot 247 (QSR stands for quick-service restaurants, the term the fast-food industry uses to describe itself).
GMAC reportedly will coordinate everything from taking orders to putting bags in customers’ hands – including recognizing customers’ faces, voices and vehicles. BrainChip’s Akida processor will translate everything into action, according to the chip company.
Digital identity is being pushed in fast-food outlets by SaaS customer service app maker Olo. Its software enables payment with a digital wallet now, and the company’s CEO speaks approvingly of future product expansion into facial recognition.
Noah Glass, the founder of Olo, said in a note last week to investors that each of the company’s product lines, Order, Pay and Engage, have been updated. The updates have given the firm its first on-premises, customer-facing products, which are available in kiosks supplied by Bite.
The kicker is that in the same article in which Glass comments on biometric scanning’s future in eateries, that future is questioned. The news item, in trade publication , notes that executives at industry giant, Restaurant Brands International have said digital-ID kiosks are “already outdated.”
The counter kiosk “is becoming less relevant” in China, according to Pymnts reporting, although McDonald’s, an early adopter of biometrics, remains popular. Online avenues for ordering and paying already are usurping digital ID systems in stores, including biometric scanning.
Biometric payments grow in fast food, but threatened by online ordering | Biometric Update
Makers of AI software and chips for eateries (including school canteens) see the enormous sector as fertile ground for algorithm use.
Biometric payments grow in fast food, but threatened by online ordering
Jul 18, 2023, 4:11 pm EDT | Jim Nash
Categories Biometrics News | Commercial Applications | Financial Services
Biometric scanning’s not uncommon to employees of fast-food restaurants, where they have been used for clock-in and -out. Customers have used their biometric identifiers to pay far less frequently, although that might be changing.
There are makers of AI software and chips for eateries (including school canteens) that see the enormous sector as fertile ground for algorithm use. And yet, while that would seem like a good bet, there are reports that algorithm-powered kiosks at burger joints could already be passé.
Processor-maker BrainChip Holdings is planning on a longer run for the use case, however.
The Australia-based company last week said it’s integrating its hardware and the AI/ML software of . BrainChip makes edge AI silicon, including its Akida processor, which company executives describe as the market’s first “fully digital” neuromorphic chip.
According to a statement released by BrainChip, Indian startup GMAC is writing code designed to make biometric scanning a mainstream payment option in fast-food restaurants. The product will be called QSRBot 247 (QSR stands for quick-service restaurants, the term the fast-food industry uses to describe itself).
GMAC reportedly will coordinate everything from taking orders to putting bags in customers’ hands – including recognizing customers’ faces, voices and vehicles. BrainChip’s Akida processor will translate everything into action, according to the chip company.
Digital identity is being pushed in fast-food outlets by SaaS customer service app maker Olo. Its software enables payment with a digital wallet now, and the company’s CEO speaks approvingly of future product expansion into facial recognition.
Noah Glass, the founder of Olo, said in a note last week to investors that each of the company’s product lines, Order, Pay and Engage, have been updated. The updates have given the firm its first on-premises, customer-facing products, which are available in kiosks supplied by Bite.
The kicker is that in the same article in which Glass comments on biometric scanning’s future in eateries, that future is questioned. The news item, in trade publication , notes that executives at industry giant, Restaurant Brands International have said digital-ID kiosks are “already outdated.”
The counter kiosk “is becoming less relevant” in China, according to Pymnts reporting, although McDonald’s, an early adopter of biometrics, remains popular. Online avenues for ordering and paying already are usurping digital ID systems in stores, including biometric scanning.
Im still hung up on the words "Strategic patent". My reading suggests this is a patent that has the objective to neither foster technological
innovation nor to protect said innovation from imitation. But is solely to block competitors from
innovating in the same technological area.
We already have the patent for the akida device, but I think we now have a patent for
convolutions on digital input data that has been converted into spikes and reconfigurability in a neural processor.
If im reading this right does that mean no competitor can now even attempt to perform convulsion on digital spiking processors, regardless of how they achieve it in the hardware?
If this is the case, then it's pretty huge imo. Maybe even huge enough to start letting the gates open on who we are working with and how it's all going?
innovation nor to protect said innovation from imitation. But is solely to block competitors from
innovating in the same technological area.
We already have the patent for the akida device, but I think we now have a patent for
convolutions on digital input data that has been converted into spikes and reconfigurability in a neural processor.
If im reading this right does that mean no competitor can now even attempt to perform convulsion on digital spiking processors, regardless of how they achieve it in the hardware?
If this is the case, then it's pretty huge imo. Maybe even huge enough to start letting the gates open on who we are working with and how it's all going?
equanimous
Norse clairvoyant shapeshifter goddess
Interesting that this research scientist from Brainchip presented this Paper in China.Bringing Touch to the Edge: A Neuromorphic Processing Approach For Event-Based Tactile Systems
The rise of neuromorphic applications has highlighted the remarkable potential of biologically-inspired systems. Despite significant advancements in audio and visual technologies, research directed towards tactile sensing has not been as extensive. We propose a neuromorphic tactile system for...ieeexplore.ieee.org
View attachment 40315
Harshil Patel on LinkedIn: #aicas2023 #ieee #edgeai #neuromorphic #brainchip
Last month I had the pleasure of presenting our paper titled "Bringing Touch to the Edge: a Neuromorphic Processing Approach for Event-Based Tactile Systems"…www.linkedin.com
There is a ton of research papers from China on SNN so curious as to where this is heading..
How stupid is market to dump this amazing stock with no revenue to 30 cents level? Market is now suddenly capable of valuing this company & announcements? Wowww amazinggg
Although I shouldn't complain about green, they have been pump and dumping on the fluffy announcements...
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