BRN Discussion Ongoing

[7für7]

BrainChip and our partners at HaiLa announced today a strategic collaboration to bring our combined capabilities to market for many medical, environmental, and infrastructure monitoring domains. | BrainChip

BrainChip and our partners at HaiLa announced today a strategic collaboration to bring our combined capabilities to market for many medical, environmental, and infrastructure monitoring domains. Coupling our Akida neuromorphic technology with HaiLa’s ultra-low power wireless connectivity enables...

www.linkedin.com

View attachment 87581

The aftersales management of the battery industry is probably going to be thrilled

 

[manny100]

The aftersales management of the battery industry is probably going to be thrilled

Yep, cost is King and the Brainchip/HaiLa combo can use cheap batteries. Nothing special required.
Also slow and low power use reduces stress on batteries which significantly reduces leakage issues. Also the move towards solid state batteries eliminates this potential issue.
This partnership certainly has potential.

 

[Frangipani]

The Brainchip/HaiLa partnership is another 'game changer' combination.
The News release says the battery will last the life of the device. That is huge for medical implants, wearables, space, defence etc. Lowers industrial maintenance costs by removing battery recharge costs etc.
This has the Potential to be huge for both companies.
Also Haila say they harvest 'free energy' and provide details how they do this.

Here’s a recent insightful interview with Charlotte Savage, HaiLa’s Founder and Chief Innovation Officer:

https://www.fierceelectronics.com/electronics/savage-approach-ambient-iot-sensors-converge

ELECTRONICS

A Savage approach to ambient IoT at Sensors Converge​

By Matt Hamblen Jun 12, 2025 10:00am
backscatter HaiLa Technologies Sustainability Wi-Fi
Share

Charlotte Savage, founder of HaiLa Technologies, will conduct a tech panel at Sensors Converge June 25 focused on low power for ambient powered sensors. Ultimate goal: reduce battery waste. (Grok with prompts)

Sustainability remains a strong focus of many electronics companies and HaiLa Technologies is no exception. Charlotte Savage launched the company with TandemLaunch and her team has demonstrated the commercial viability of ultra low power backscatter communications over Wi-Fi.

The technology has emboldened Savage as an advocate for sustainability. At Sensors Converge 2025, she will lead a tech session on Ambient and Intelligent IoT that asks the question: What is the best way to address the 78 million IoT batteries that are disposed in landfills every day?

Fierce Electronics caught up with Savage to get a preview of her session on June 25 at Sensors Converge 2025 in Santa Clara, CA.

Fierce: Your company has focused on a mission to remove batteries from landfills and to get there via low power comms for millions of IoT devices. I wonder: is the message you impart gaining much support? It feels like there’s maybe less political focus on environmental and sustainability issues at least in the US. What are your thoughts?

Savage: It’s important to understand that ultra-low power communications addresses challenges for IoT devices across

multiple dimensions. HaiLa’s focus is to reduce the radio connectivity power so that either a single battery is used for the whole device life cycle or, alternatively, ambient power sources can be used to eliminate IoT batteries altogether. At the current projected rate of IoT battery disposal globally, this is equivalent to $134M per day in end-user savings. HaiLa’s technology also address another critical end-user pain point which is the operating expense to send people out for device battery replacement. Highly power-efficient connectivity is a fundamental enabler for pervasive ambient sensing and for sensing with localized AI/ML. We have strong support for our solution delivery from partners like MuRata Electronics, a global leader in wireless solutions, as well as other large semiconductor companies.

Fierce: Are there generalized ways to describe the techniques companies are using for ambient and intelligent IoT? Are any of them imitating Haila?

Savage: There are a couple of fundamental approaches to achieve ultra low-power data transmission, and each has benefits for certain applications. For event-driven applications at the sensor, actively transmitting from the sensor tag is required, but it has to be done in an extremely power efficient way compared to conventional data communications. For regularly polled sensing applications, a technique known as passive backscatter can be used where the signal is reflected rather than being generated at the sensor tag, making it extremely power efficient. As a global leader in low-power RF design, HaiLa relies on both approaches combined with low power semiconductor design techniques. While commercial UHF RFID technology has achieved battery free communication based on backscattering, it requires specific infrastructure and devices to enable it. HaiLa holds IP for adapting passive backscatter to existing wireless protocols like Wi-Fi, BLE, Zigbee, Cellular, LoraWan and others.

Fierce: What protocols apply? Are they in effect, or more in the discussion stage?

Savage: International standards organizations for wireless communications protocols have already started to define specifications for the support of ambient-powered devices. The IEEE 802.11 is focused on Wi-Fi, where HaiLa is a regular participant. There are on-going activities in the 3GPP for cellular IoT connectivity, and the Bluetooth Special Interest Group (SIG) published a research note on ambient IoT.

Fierce: What are some examples of how ultra low power for IoT can enable ambient powered sensors?

Savage: For many applications, the power consumption of the sensor is very low, and it is the radio communications part of the sensor module that consumes the lion’s share of the battery life, and which requires a battery in the first place. HaiLa’s solution reduces the communications power to the point where it is feasible to consider other options

Fierce: You have shown a lemon powering a connection, but what is emerging now?

Savage: HaiLa’s current silicon supports a Wi-Fi compatible system reference design consuming less than 60 µW, complete with an environmental sensor, and is powered by harvested indoor ambient light using a photovoltaic (PV) cell instead of a battery. HaiLa has also demonstrated Bluetooth Low Energy (BLE) backscatter. We are working to showcase an RF-energy harvested power source with our current silicon as well.

Fierce: It’s not just Haila, right? What is the field of ambient looking like?

Savage: There is a very strong global focus on supporting ubiquitous, ambient IoT across multiple standards. With HaiLa’s RF design expertise and IP portfolio, we are poised to be a key player in this growing ecosystem.

Fierce: When in years will we see the more practical applications in numbers?

Savage: Industry analysts forecast over 20 billion connected devices by the end of 2025, growing to over 40 billion by 2030. The 2024 Bluetooth SIG report projects that with a focus on ambient-powered devices, scalability for IoT is into the trillions of devices. This pervasive connectivity is only possible with power efficiency.

Fierce: On protocols, can you offer insights into which ones are optimal?

Savage: Each protocol addresses specific application requirements depending on the type of network topology required. The majority of IoT connectivity today is on Wi-Fi at 31%, with Bluetooth at 25%, and Cellular at 21%. Wi-Fi is the de-facto protocol for wireless local area networks, while Bluetooth reigns for personal area networks, and cellular for mobile & wide area network connectivity.

Fierce: Can you share more about your low power vision and applications?

Savage: Not every bit of IoT data needs to be routed to a massive data center for processing. The industry is being very mindful about how we best leverage connectivity and power resources. Bringing AI to the edge will mitigate power requirements, reduce latency and increase privacy which is crucial to all industry verticals.
HaiLa believes that we can positively contribute to these trends. Supporting Ambient IoT and enabling low power edge AI with power efficient communications options across multiple wireless protocols is our ambition. Not every use case lends itself to a battery free setup today. The exciting part about low power is that is also means you can design devices that are significantly smaller than they are today because you need less power storage.
Just think of what this can enable: Wireless devices you place once and never require battery maintenance. In the commercial context, this results in huge savings, not because batteries are costly but because we are not required to organize and send someone out to replace that battery.

It will enable tiny, connected devices that free us from traditionally wired devices or more bulky industrial design requirements due to battery size.
It will help with battery life in devices that need more power than can be practically harvested by any combination of methods.
Power efficiency, by definition, is an improvement to what we normally do. We believe that the cost of being inefficient, or even accepting the status quo of efficiency, matters. We are driven by the promise that our technology can make a positive impact. Less power and less waste are fundamental objectives.

HaiLa Technologies founder Charlotte Savage will lead a technical session on Ambient and Intelligent IoT at Sensors Converge 2025 in Santa Clara, CA, at 2:25 p.m. PT June 25. To attend the event, register online and received a free Expo Hall pass by using the code HAMBLEN.

This story originally appeared on May 29.

 

[7für7]

Yep, cost is King and the Brainchip/HaiLa combo can use cheap batteries. Nothing special required.
Also slow and low power use reduces stress on batteries which significantly reduces leakage issues. Also the move towards solid state batteries eliminates this potential issue.
This partnership certainly has potential.

All well and good… but it’s just another one of those partnerships we’ve had going where we always said, “this time it’s different… this will change everything...this has potential etc…” It’s good to see they’re still making an effort, but unfortunately, it’s not generating any revenue for us at the moment. Another step forward, yes …but not a breakthrough.

 

[Kingkong2015]

All well and good… but it’s just another one of those partnerships we’ve had going where we always said, “this time it’s different… this will change everything...this has potential etc…” It’s good to see they’re still making an effort, but unfortunately, it’s not generating any revenue for us at the moment. Another step forward, yes …but not a breakthrough.

One way I gauge whether a product has the potential for a true commercial breakthrough is by asking myself: would I be excited to buy it and use it in my own home or daily life? If the answer is yes, then it’s solving a real problem or delivering real value. I’ve come across many IoT smart home devices that could benefit immensely from features like this. In the past, there were a few deals I never got behind—especially those in the space industry—because I just couldn’t relate them to my own life. That’s why I’ve always hoped companies like BrainChip would pivot towards consumer electronics, where the potential for mass adoption and high-volume unit sales is so much greater.

 

[Gazzafish]

Ok, Brainchip BOD. This is the time that you all prove to us shareholders that you are in fact listening. We have screamed for years that you don’t announce anything on the ASX and at the last AGM it was noted. Show you listen, post at a minimum a non price sensitive ASX announcement about this new collaboration with HaiLa. Thank you

 

[TheDrooben]

Ok, Brainchip BOD. This is the time that you all prove to us shareholders that you are in fact listening. We have screamed for years that you don’t announce anything on the ASX and at the last AGM it was noted. Show you listen, post at a minimum a non price sensitive ASX announcement about this new collaboration with HaiLa. Thank you

Noted.

 

[7für7]

One way I gauge whether a product has the potential for a true commercial breakthrough is by asking myself: would I be excited to buy it and use it in my own home or daily life? If the answer is yes, then it’s solving a real problem or delivering real value. I’ve come across many IoT smart home devices that could benefit immensely from features like this. In the past, there were a few deals I never got behind…especially those in the space industry…because I just couldn’t relate them to my own life. That’s why I’ve always hoped companies like BrainChip would pivot towards consumer electronics, where the potential for mass adoption and high-volume unit sales is so much greater.

Absolutely agree with you… I’ve always believed that BrainChip’s Akida has the potential to radically transform the entire tech sector …and that still holds true. It can do all of that, and it is capable of achieving everything that’s being talked about.

But what we really need now are actual customers adopting the technology.

It’s just not enough to keep reading about partnerships or seeing demonstrations of what Akida could do. We already know what’s possible with Akida..:and if we know, then the decision-makers at potential customer companies certainly know too. These people are industry professionals…they should be aware of what’s considered the hottest, most groundbreaking tech in the field.

So I don’t think the problem lies in awareness or technical capability. I feel like something else is holding things back… I just don’t know what exactly. It’s not about what you or I believe Akida can do, it’s what the market thinks…

Just my humble opinion.

 

[Worker122]

Absolutely agree with you… I’ve always believed that BrainChip’s Akida has the potential to radically transform the entire tech sector …and that still holds true. It can do all of that, and it is capable of achieving everything that’s being talked about.

But what we really need now are actual customers adopting the technology.

It’s just not enough to keep reading about partnerships or seeing demonstrations of what Akida could do. We already know what’s possible with Akida..:and if we know, then the decision-makers at potential customer companies certainly know too. These people are industry professionals…they should be aware of what’s considered the hottest, most groundbreaking tech in the field.

So I don’t think the problem lies in awareness or technical capability. I feel like something else is holding things back… I just don’t know what exactly. It’s not about what you or I believe Akida can do, it’s what the market thinks…

Just my humble opinion.

It might be that the Companies in this field have invested millions in research and development of new ideas and products over several yrs of evaluation, improvements, ect that the jump to a totally new concept would mean putting a lot that input at risk. If no-one else is taking that jump then why change horses midstream?
Having said that it might only one forward thinking Company to kick us off big time.
I guess it is feasible that over a long lunch a few have got together and agreed at this stage to say if you stay the course we are on I will too. ;(

 

[manny100]

All well and good… but it’s just another one of those partnerships we’ve had going where we always said, “this time it’s different… this will change everything...this has potential etc…” It’s good to see they’re still making an effort, but unfortunately, it’s not generating any revenue for us at the moment. Another step forward, yes …but not a breakthrough.

They say 'Rome was not built in a day'...... when it was built it was pretty big.

 

[manny100]

Here’s a recent insightful interview with Charlotte Savage, HaiLa’s Founder and Chief Innovation Officer:

https://www.fierceelectronics.com/electronics/savage-approach-ambient-iot-sensors-converge

ELECTRONICS

A Savage approach to ambient IoT at Sensors Converge​

By Matt Hamblen Jun 12, 2025 10:00am
backscatter HaiLa Technologies Sustainability Wi-Fi
Share

Charlotte Savage, founder of HaiLa Technologies, will conduct a tech panel at Sensors Converge June 25 focused on low power for ambient powered sensors. Ultimate goal: reduce battery waste. (Grok with prompts)

Sustainability remains a strong focus of many electronics companies and HaiLa Technologies is no exception. Charlotte Savage launched the company with TandemLaunch and her team has demonstrated the commercial viability of ultra low power backscatter communications over Wi-Fi.

The technology has emboldened Savage as an advocate for sustainability. At Sensors Converge 2025, she will lead a tech session on Ambient and Intelligent IoT that asks the question: What is the best way to address the 78 million IoT batteries that are disposed in landfills every day?

Fierce Electronics caught up with Savage to get a preview of her session on June 25 at Sensors Converge 2025 in Santa Clara, CA.

Fierce: Your company has focused on a mission to remove batteries from landfills and to get there via low power comms for millions of IoT devices. I wonder: is the message you impart gaining much support? It feels like there’s maybe less political focus on environmental and sustainability issues at least in the US. What are your thoughts?

Savage: It’s important to understand that ultra-low power communications addresses challenges for IoT devices across

multiple dimensions. HaiLa’s focus is to reduce the radio connectivity power so that either a single battery is used for the whole device life cycle or, alternatively, ambient power sources can be used to eliminate IoT batteries altogether. At the current projected rate of IoT battery disposal globally, this is equivalent to $134M per day in end-user savings. HaiLa’s technology also address another critical end-user pain point which is the operating expense to send people out for device battery replacement. Highly power-efficient connectivity is a fundamental enabler for pervasive ambient sensing and for sensing with localized AI/ML. We have strong support for our solution delivery from partners like MuRata Electronics, a global leader in wireless solutions, as well as other large semiconductor companies.

Fierce: Are there generalized ways to describe the techniques companies are using for ambient and intelligent IoT? Are any of them imitating Haila?

Savage: There are a couple of fundamental approaches to achieve ultra low-power data transmission, and each has benefits for certain applications. For event-driven applications at the sensor, actively transmitting from the sensor tag is required, but it has to be done in an extremely power efficient way compared to conventional data communications. For regularly polled sensing applications, a technique known as passive backscatter can be used where the signal is reflected rather than being generated at the sensor tag, making it extremely power efficient. As a global leader in low-power RF design, HaiLa relies on both approaches combined with low power semiconductor design techniques. While commercial UHF RFID technology has achieved battery free communication based on backscattering, it requires specific infrastructure and devices to enable it. HaiLa holds IP for adapting passive backscatter to existing wireless protocols like Wi-Fi, BLE, Zigbee, Cellular, LoraWan and others.

Fierce: What protocols apply? Are they in effect, or more in the discussion stage?

Savage: International standards organizations for wireless communications protocols have already started to define specifications for the support of ambient-powered devices. The IEEE 802.11 is focused on Wi-Fi, where HaiLa is a regular participant. There are on-going activities in the 3GPP for cellular IoT connectivity, and the Bluetooth Special Interest Group (SIG) published a research note on ambient IoT.

Fierce: What are some examples of how ultra low power for IoT can enable ambient powered sensors?

Savage: For many applications, the power consumption of the sensor is very low, and it is the radio communications part of the sensor module that consumes the lion’s share of the battery life, and which requires a battery in the first place. HaiLa’s solution reduces the communications power to the point where it is feasible to consider other options

Fierce: You have shown a lemon powering a connection, but what is emerging now?

Savage: HaiLa’s current silicon supports a Wi-Fi compatible system reference design consuming less than 60 µW, complete with an environmental sensor, and is powered by harvested indoor ambient light using a photovoltaic (PV) cell instead of a battery. HaiLa has also demonstrated Bluetooth Low Energy (BLE) backscatter. We are working to showcase an RF-energy harvested power source with our current silicon as well.

Fierce: It’s not just Haila, right? What is the field of ambient looking like?

Savage: There is a very strong global focus on supporting ubiquitous, ambient IoT across multiple standards. With HaiLa’s RF design expertise and IP portfolio, we are poised to be a key player in this growing ecosystem.

Fierce: When in years will we see the more practical applications in numbers?

Savage: Industry analysts forecast over 20 billion connected devices by the end of 2025, growing to over 40 billion by 2030. The 2024 Bluetooth SIG report projects that with a focus on ambient-powered devices, scalability for IoT is into the trillions of devices. This pervasive connectivity is only possible with power efficiency.

Fierce: On protocols, can you offer insights into which ones are optimal?

Savage: Each protocol addresses specific application requirements depending on the type of network topology required. The majority of IoT connectivity today is on Wi-Fi at 31%, with Bluetooth at 25%, and Cellular at 21%. Wi-Fi is the de-facto protocol for wireless local area networks, while Bluetooth reigns for personal area networks, and cellular for mobile & wide area network connectivity.

Fierce: Can you share more about your low power vision and applications?

Savage: Not every bit of IoT data needs to be routed to a massive data center for processing. The industry is being very mindful about how we best leverage connectivity and power resources. Bringing AI to the edge will mitigate power requirements, reduce latency and increase privacy which is crucial to all industry verticals.
HaiLa believes that we can positively contribute to these trends. Supporting Ambient IoT and enabling low power edge AI with power efficient communications options across multiple wireless protocols is our ambition. Not every use case lends itself to a battery free setup today. The exciting part about low power is that is also means you can design devices that are significantly smaller than they are today because you need less power storage.
Just think of what this can enable: Wireless devices you place once and never require battery maintenance. In the commercial context, this results in huge savings, not because batteries are costly but because we are not required to organize and send someone out to replace that battery.

It will enable tiny, connected devices that free us from traditionally wired devices or more bulky industrial design requirements due to battery size.
It will help with battery life in devices that need more power than can be practically harvested by any combination of methods.
Power efficiency, by definition, is an improvement to what we normally do. We believe that the cost of being inefficient, or even accepting the status quo of efficiency, matters. We are driven by the promise that our technology can make a positive impact. Less power and less waste are fundamental objectives.

HaiLa Technologies founder Charlotte Savage will lead a technical session on Ambient and Intelligent IoT at Sensors Converge 2025 in Santa Clara, CA, at 2:25 p.m. PT June 25. To attend the event, register online and received a free Expo Hall pass by using the code HAMBLEN.

This story originally appeared on May 29.

Thanks Frangipani, both BRN and HaiLa need to make the most of this partnership.
Their combination has the potential to be 'company makers' let alone a game changer.
I recommend all posters read the HaiLa article you posted in conjunction with the BRN news release.

 

[7für7]

They say 'Rome was not built in a day'...... when it was built it was pretty big.

Yes, the only difference is, Akida is not a city or country and already commercialised for some time now… it’s always nice to make a metaphorical statement. But in this case it doesn’t fit somehow

 

[manny100]

Yes, the only difference is, Akida is not a city or country and already commercialised for some time now… it’s always nice to make a metaphorical statement. But in this case it doesn’t fit somehow

Maybe a better metaphor below.
NVIDIA took years to get to where it is now.
The BRN 'we are now commercial ann 'was around Feb' 2022 - We are a total new way of doing AI.
NVIDIA was founded in 1993 by Jensen Huang, Chris Malachowsky, and Curtis Priem with just $40,000 and a vision to revolutionize graphics for gaming and multimedia. But the road to becoming a tech titan wasn’t exactly a straight shot.

It took about a decade for NVIDIA to go from scrappy startup to a major player. Key milestones along the way:

• 1997–1999: The release of the RIVA 128 and GeForce 256 GPUs helped NVIDIA gain serious traction in the graphics market.
• 1999: NVIDIA went public, a major leap that gave it the capital to expand.
• 2001: It was added to the S&P 500, replacing Enron—an iconic moment that signaled its arrival as a heavyweight.
• 2006: The launch of CUDA opened the door to general-purpose GPU computing, setting the stage for its future dominance in AI.
• 2010s–2020s: NVIDIA pivoted hard into AI, data centers, and autonomous tech, riding the wave of deep learning and generative AI to become a multitrillion-dollar company.

So, from its founding in 1993 to becoming a recognized tech leader took roughly 10–15 years, and its transformation into a global AI powerhouse unfolded over the next decade.
NVIDIA built on existing semiconductor and graphics tech and reimagined it to new highs. AKIDA on the other hand is a totally new way of doing things.

 

[7für7]

Maybe a better metaphor below.
NVIDIA took years to get to where it is now.
The BRN 'we are now commercial ann 'was around Feb' 2022 - We are a total new way of doing AI.
NVIDIA was founded in 1993 by Jensen Huang, Chris Malachowsky, and Curtis Priem with just $40,000 and a vision to revolutionize graphics for gaming and multimedia. But the road to becoming a tech titan wasn’t exactly a straight shot.

It took about a decade for NVIDIA to go from scrappy startup to a major player. Key milestones along the way:

• 1997–1999: The release of the RIVA 128 and GeForce 256 GPUs helped NVIDIA gain serious traction in the graphics market.
• 1999: NVIDIA went public, a major leap that gave it the capital to expand.
• 2001: It was added to the S&P 500, replacing Enron—an iconic moment that signaled its arrival as a heavyweight.
• 2006: The launch of CUDA opened the door to general-purpose GPU computing, setting the stage for its future dominance in AI.
• 2010s–2020s: NVIDIA pivoted hard into AI, data centers, and autonomous tech, riding the wave of deep learning and generative AI to become a multitrillion-dollar company.

So, from its founding in 1993 to becoming a recognized tech leader took roughly 10–15 years, and its transformation into a global AI powerhouse unfolded over the next decade.
NVIDIA built on existing semiconductor and graphics tech and reimagined it to new highs. AKIDA on the other hand is a totally new way of doing things.

That’s great… and of course you are right…

Let’s see

BrainChip has been developing its technology for around 12 years – here’s the simple breakdown:
• Founded: Around 2013
• Now: 2025
• = 12 years

Details:
• Since ~2017: First products (e.g. BrainChip Studio, early hardware)
• Since 2020: Market-ready products with the first Akida chip (1.0)
• Since 2023: Second generation with Akida 2.0 – significantly more powerful
• From 2021 to 2025: Numerous partnerships, but still no commercial mass adoption

In short:
12 years of development,
5 years of market-ready hardware,
2 years of Akida 2.0 – ready for complex industrial applications,
but still no broad customer adoption.


And let’s have a look on the history of their Shareprice

NVIDIA IPO – Historical Share Price
• IPO date: January 22, 1999
• Initial offering price: $12.00 per share
• Split-adjusted price: approx. $0.40 (after multiple stock splits)

⸻

Stock splits since IPO:
1. 2:1 split – June 2000
2. 2:1 split – September 2001
3. 2:1 split – April 2006
4. 4:1 split – July 2021
5. 10:1 split – June 2024

⸻

Conclusion:

The original price of $12 now corresponds to about $0.40 after all splits.

By comparison:
• Current price (June 2025): approx. $125 (after the 10:1 split in June 2024)
• This represents a gain of over 30,000% compared to the split-adjusted IPO price.

 

[FJ-215]

Peter founded Brainchip in 2004.

 

[7für7]

Peter founded Brainchip in 2004.

Yes but more as a explorer than a tech company

Edit

Australian mining company Aziana acquired BrainChip in March 2015.[5] Later, via a reverse merger of the now dormant Aziana[6] in September 2015 BrainChip was put on the Australian Stock Exchange (ASX), and van der Made started commercializing his original idea for artificial intelligence processor hardware.

BrainChip - Wikipedia

en.m.wikipedia.org

 

[Drewski]

https://x.com/HustleBitch_/status/1937552935220854849?t=7ofQPAjdSEAu-CcxqjdKbA&s=19

This may prove to be incredibly lucrative for BRN. The security of Brainchips products may mitigate the distopian aspects.

 

[7für7]

Brain Chip T-Shirt (unisex)

Discover the Brain Chip T-shirt, a unisex blend of style and intellect for tech enthusiasts and AI fans. Comfort meets clever design!

www.artificial-intelligence.store

If you want to buy brainchip 🫵

 

[Space Cadet]

A few mentions for BRN.

https://www.embedur.ai/how-neuromorphic-chips-could-redefine-edge-ai-devices/

SC

 

[FJ-215]

Yes but more as a explorer than a tech company

Edit

Australian mining company Aziana acquired BrainChip in March 2015.[5] Later, via a reverse merger of the now dormant Aziana[6] in September 2015 BrainChip was put on the Australian Stock Exchange (ASX), and van der Made started commercializing his original idea for artificial intelligence processor hardware.

BrainChip - Wikipedia

en.m.wikipedia.org

So was Jensen only exploring in 1993?
Oh....he went public in 1999 and replaced Enron in the S&P 500 2 years later.

I know it's not your work @7für7 but I am getting sick of these useless comparisons to Nvidia.