Top Neuromorphic Computing Stocks for 2025: Ranked by Pure-Play Focus
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42% pure alcohol infused with one natural vanilla pod , plucked from an orchid, from the highlands Papua NuginniMy shares thingy come good after a bit. I think I may have been a little premature. Thanks for that.
What you’re drinking seems a bit techanological for me. Just having a beer with the digital gains of our Xmas pressie.
Over 20% for the last couple of days prior.
Cheers All
,& one solid ice cube.
Regards & best wishes ,
Esq.
DingoBorat
Slim
I wouldn't call it "AGI" but the large A.I. models like Openai's new 03 are starting to rival or surpass, the vast majority of Human intelligence, in many areas.
They are even having to work on higher standards of testing them now, as they are reaching the ceilings of current benchmarks.
Spoiler Alert.
The first few minutes of what Julia "says" in this clip, she neither said, nor was it filmed.
It was her generative A.I. clone.
They are even having to work on higher standards of testing them now, as they are reaching the ceilings of current benchmarks.
Spoiler Alert.
The first few minutes of what Julia "says" in this clip, she neither said, nor was it filmed.
It was her generative A.I. clone.
FiveBucks
Regular
Could that article have been the catalyst for our share price uptick this week?
Pom down under
Top 20
Is the ASX closed today as I’m missing @Dave Evans already 
Earlyrelease
Regular
Merry Xmas all especially the Perth crew. Hope the day is as planned and the New Year is ProspAkidaous. 
I posted this on another TSE thread.
Most great companies start off as specs and those that buy early make a fortune.
Quote from Wiki on NVIDIA.
" The sense of extreme desperation around Nvidia during this difficult era of its early history gave rise to "the unofficial company motto": "Our company is thirty days from going out of business".[34] Huang routinely began presentations to Nvidia staff with those words for many years.[34]"
........................ and NVIDIA SOI = " According to NVIDIA 's latest financial reports and stock price the company's current number of shares outstanding is 24,533,000,000."
We have a paltry circa 2 bill SOI.
Most great companies start off as specs and those that buy early make a fortune.
Quote from Wiki on NVIDIA.
" The sense of extreme desperation around Nvidia during this difficult era of its early history gave rise to "the unofficial company motto": "Our company is thirty days from going out of business".[34] Huang routinely began presentations to Nvidia staff with those words for many years.[34]"
........................ and NVIDIA SOI = " According to NVIDIA 's latest financial reports and stock price the company's current number of shares outstanding is 24,533,000,000."
We have a paltry circa 2 bill SOI.
Agreed @Earlyrelease, a very Merry Christmas to all and especially the Perth Crew. Thanks to all the great posters, loved your poem @Bravo you are so clever and funny. Have a wonderful day everyone, love Rach x
Terroni2105
Founding Member
Hi FiveBucks,Could that article have been the catalyst for our share price uptick this week?
Can you copy the article into a post. I am unable to open it.
Thanks
BrainChip: Aiming to Power Edge AI With Brain-Like Efficiency
BrainChip (OTCMKTS: BRCHF) is a micro-cap software and semiconductor company focused on neuromorphic computing. The goal of neuromorphic computing is to mimic the way the human brain processes information. This technology's value is in running AI and machine learning tasks with much lower power consumption than other AI accelerator chips. At this point, BrainChip is largely considered pre-revenue. Although, it has had quarters where it generated a couple of million in revenue. The company has mostly been obtaining patents for its technology and improving its designs.
The lower power consumption aspect of the firm's chips is vital to its value proposition. It makes these chips ideal for AI-driven edge computing. This is where chips process information close to the source where they receive it, rather than sending it back to a data center for processing. It is especially beneficial to reduce power use in devices that may go a long time without charging, like electric vehicles.
Recently, optimism around this company has emerged after the U.S. Air Force Research Laboratory awarded it a $1.8 million contract. The revenue aspect of it is somewhat insignificant, but it represents an opportunity for the company to expand. The military wants to use BrainChip's tech in mobile platforms, like drones, robots, and aircraft. The press release indicates that the company's technology has now entered Phase II of the Small Business Innovation Research program. If the company can progress into Phase III of this program, it could transition into operational use by the military. This shows progress toward much more significant revenue generation, making this a stock to watch in 2025.
Well, at this hour of the day, I cannot lay claim to total sobriety, but ...
We have been sold short on podcasts this month ... although we were promised a surprise. While there was no coal in my stocking this morning, the hole in the toe may have let something slip.
So who put the kibosh on the announcement, and equally as germain, why?
A. It must be something to do with a customer.
B. The customer has requested (ie, demanded) a blackout for some time.
C. CES 2025 is fast approaching - not that I would link the supression order with CES 2025, but ...
We have been sold short on podcasts this month ... although we were promised a surprise. While there was no coal in my stocking this morning, the hole in the toe may have let something slip.
So who put the kibosh on the announcement, and equally as germain, why?
A. It must be something to do with a customer.
B. The customer has requested (ie, demanded) a blackout for some time.
C. CES 2025 is fast approaching - not that I would link the supression order with CES 2025, but ...
Tothemoon24
Top 20
Sneak Peek
: A Glimpse of What’s Coming 
We’re beyond excited to share a sneak peek of our journey so far—highlighting the incredible achievements and groundbreaking performance we've unlocked together!
From harsh experimental conditions to record-breaking milestones, our first Robot-on-Chip, Merlin Gigabytes, has successfully passed the ultimate tests. The question was: can Merlin take control of Wendy and Skipper (our experimental drones)? We can’t wait for you to find out!
Wondering how we’ve made Neuromorphic and Quantum Computing as seamless and intuitive as a no-brainer leap forward? The simple answer is in our design—and we promise to unveil the extended answers in our January press releases.
Until then, enjoy this sneak peek into the future of robotics and computing, made possible by an incredible community that believes in achieving the impossible.
Stay tuned for two releases on January 25, 2025 and May 25, 2025, as we take you back to the future. Thank you for your support, and wishing everyone joyful holidays!P.S.: We’ve shifted our announcement to January 25, 2025, to ensure it exceeds all expectations. Great things are worth the wait—stay tuned!
Terroni2105
Founding Member
Thanks Guzzi
It is a small article but certainly a goody.
While I’m on here, Merry Christmas to all you chippers.
Last edited:
HopalongPetrovski
I'm Spartacus!
Excellent deductive reasoning my good fellow.
And I would love you to be correct, but does the Consumer Electronics Show host a likely company contender?
I know drones would be a good fit, but have we filtered down through the various governmental Darpa's (and the other secret squirrels), and then through the various defense departments yet, to the point where we are able to be fitted to recreational models?
I'm sure its all coming, but, the interminable question is, are we there yet?
Hope everyones had a good'n and not too swollen a belly for one final wafer thin mint.
Hi TTM,
View attachment 74727
Sneak Peek
We’re beyond excited to share a sneak peek of our journey so far—highlighting the incredible achievements and groundbreaking performance we've unlocked together!
P.S.: We’ve shifted our announcement to January 25, 2025, to ensure it exceeds all expectations. Great things are worth the wait—stay tuned!
View attachment 74728
Dylan is with Synsense.
Pom down under
Top 20
View attachment 74727
Sneak Peek
We’re beyond excited to share a sneak peek of our journey so far—highlighting the incredible achievements and groundbreaking performance we've unlocked together!
P.S.: We’ve shifted our announcement to January 25, 2025, to ensure it exceeds all expectations. Great things are worth the wait—stay tuned!
View attachment 74728
Attachments
Fullmoonfever
Top 20
Well, appears BAE Systems also onboard with the potential of neuromorphic.
Given the sector they operate in, I suspect they would be well aware of Akida and that Frontgrade have taken the first step for the next Dev level and of the recent SBIR award.
Will others watch first or start looking to act too through 2025
From their LinkedIn post 4 days ago.
www.linkedin.com
Then website.
Neuromorphic and quantum tech to bring real-world benefits
Rob Wythe, Chief Technologist
Neuromorphic vs. quantum computing
When it’s mature enough to be applied to real-world problems, quantum computing will be a game changer. But this reality is years away. In the shorter term, there is another form of high-performance computing we should be looking at: neuromorphic computing.
This is an alternative approach to computer architectures that tries to mimic how the brain works and is currently closer to practical application than quantum computing. One key application of this is for Spiking Neural Networks (SNNs), which are different from the neural networks we use today in most AI. Instead of processing information in a steady flow, like current AI models, SNNs send information in short bursts, or “spikes,” similar to how neurons in the brain communicate. This method is more energy efficient as it only works when there’s something to process. It’s also more powerful because it can handle the timing of signals, in terms of when they arrive and how that varies, making them closer to how real brains work. This leads to new abilities, like organising themselves into patterns that make their decisions easier to understand—a big improvement over current AI, which can be a “black box” and hard to explain.
Neuromorphic computing will become increasingly important in 2025 and beyond, particularly as AI demands more from computing than ever before. An area in which neuromorphic technology will play a key role is the ability to use AI at the edge – environments which don’t have supercomputers to run large language models. Neuromorphic chips can provide an answer here, by delivering a low power and highly constrained weight, size, power and cost environment.
Quantum and neuromorphic computer architectures have different strengths that make them more or less suitable for certain applications. Ultimately a hybrid architecture, just like conventional computers which use dedicated graphics processors, is likely to provide the best long term solution.
Given the sector they operate in, I suspect they would be well aware of Akida and that Frontgrade have taken the first step for the next Dev level and of the recent SBIR award.
Will others watch first or start looking to act too through 2025
From their LinkedIn post 4 days ago.
BAE Systems Digital Intelligence on LinkedIn: #2025predictions
As part of our 2025 emerging tech predictions, Rob Wythe, Chief Technologist, shares Neuromorphic computing will become increasingly important in 2025 and…
Then website.
2025: Our top five emerging tech predictions
Experts take a close look at the rise of AI-generated threats; neuromorphic and quantum computing; situational awareness in multi-domain environments; CEMA dominance across the connected battlespace and the role of space-derived intelligenceNeuromorphic and quantum tech to bring real-world benefits
Rob Wythe, Chief Technologist
Neuromorphic vs. quantum computing
When it’s mature enough to be applied to real-world problems, quantum computing will be a game changer. But this reality is years away. In the shorter term, there is another form of high-performance computing we should be looking at: neuromorphic computing.
This is an alternative approach to computer architectures that tries to mimic how the brain works and is currently closer to practical application than quantum computing. One key application of this is for Spiking Neural Networks (SNNs), which are different from the neural networks we use today in most AI. Instead of processing information in a steady flow, like current AI models, SNNs send information in short bursts, or “spikes,” similar to how neurons in the brain communicate. This method is more energy efficient as it only works when there’s something to process. It’s also more powerful because it can handle the timing of signals, in terms of when they arrive and how that varies, making them closer to how real brains work. This leads to new abilities, like organising themselves into patterns that make their decisions easier to understand—a big improvement over current AI, which can be a “black box” and hard to explain.
Neuromorphic computing will become increasingly important in 2025 and beyond, particularly as AI demands more from computing than ever before. An area in which neuromorphic technology will play a key role is the ability to use AI at the edge – environments which don’t have supercomputers to run large language models. Neuromorphic chips can provide an answer here, by delivering a low power and highly constrained weight, size, power and cost environment.
Quantum and neuromorphic computer architectures have different strengths that make them more or less suitable for certain applications. Ultimately a hybrid architecture, just like conventional computers which use dedicated graphics processors, is likely to provide the best long term solution.
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