BRN Discussion Ongoing
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- Start date
Tony Coles
Regular
- One bot to fold my fitted sheets.
- One bot to empty my cat's litter tray.
- One bot to laugh at my jokes.
- One bot to massage my bunions.
- One bot to fight my other bots when they try to unionise.
- One bot to match all my tupperware lids to their containers
- One bot to listen to me while I vent about the BRN share price.
- And one bot to cut my hair.
PS: I was going to add one bot to pressure-wash my muddy drive-way, but I don't want to get a dirty botty.
View attachment 92615
Forgot something…. one robot to do your jogging so the share price gets going Bravo!
Gidday,
For the newer shareholders you may not be aware that back in around 2018 a big player from South Korea was reportedly doing a deep dive into Peter's brilliant architecture, we assumed it may have been Samsung, some other players were mentioned as potentially showing interest in neuromorphic computing, now as the pace has really accelerated within this sector we are only now truly witnessing how advanced, firstly Peter and then his mate in crime, Anil were leading this very disruptive technology.
As Sean has stated after being challenged by the female interviewer recently, he confidently states " just you watch us"..June 2026 mentioned 10 months ago, 8 months to go and the Australian shareholders will be commencing their individual state party celebrations, as the first part of our share price starts with the word "dollar" but which number is the question.
Purely my biased opinion.
Love Akida
Tech
For the newer shareholders you may not be aware that back in around 2018 a big player from South Korea was reportedly doing a deep dive into Peter's brilliant architecture, we assumed it may have been Samsung, some other players were mentioned as potentially showing interest in neuromorphic computing, now as the pace has really accelerated within this sector we are only now truly witnessing how advanced, firstly Peter and then his mate in crime, Anil were leading this very disruptive technology.
As Sean has stated after being challenged by the female interviewer recently, he confidently states " just you watch us"..June 2026 mentioned 10 months ago, 8 months to go and the Australian shareholders will be commencing their individual state party celebrations, as the first part of our share price starts with the word "dollar" but which number is the question.
Purely my biased opinion.
Love Akida
TechThat site has no less than 39 results when I search: AkidaBrainchip gets a mention below concerning SONY. It looks more like they benchmark against us and intend to go with their own?????
Its not clear.
Read the link. It could all be crap anyway. Are they suggesting that they are better than AKIDA? As far as i know Sony has not 'invented' their own Neuromorphic Edge AI with on chip learning.
Certainly if Sony's chip needs a brain it needs AKIDA.
Sony Group Corporation (NYSE:SONY) - NeuromorphicCore.ai
This emerging technology is on the verge of a breakout. Over the past decade, rapid advancements have quietly built momentum, offering early adopters—investors, innovators, and enthusiasts—a chance to ride the wave before it goes mainstream. From revolutionizing robotics and cybersecurity to...neuromorphiccore.ai
"More on the Technology
Sony’s Event-Based Vision Sensors (EVS) deliver <1 µs latency and <10 mW power, processing only dynamic events for 10x efficiency over traditional CMOS sensors, ideal for high-speed applications like autonomous driving and robotics. The IMX500 AI chip provides 40 TOPS, enabling on-device intelligence with 5x lower power than GPUs for tasks like object detection. Compared to BrainChip’s Akida (40 TOPS/W), Sony’s EVS excels in vision-specific tasks, achieving 1,000 fps equivalent processing. SPAD sensors enhance low-light performance, detecting single photons for neuromorphic vision, making them suitable for healthcare imaging and industrial automation."
Okay, 4 is under forum and I can't get anything up?
Another one: Pages:4! but also nothing.
The 25 blog posts contains the word Akida seems to be correct, but I didn't go through them all.
You searched for akida - NeuromorphicCore.ai
neuromorphiccore.ai
stockduck
Regular
Research maybe of interest....from April 2025:
smoothsailing18
Regular
In all sence and purpose we should be seeing some good financial results end of of Jan imo with some announcements in the mix. As Sean stated from now.Gidday,
For the newer shareholders you may not be aware that back in around 2018 a big player from South Korea was reportedly doing a deep dive into Peter's brilliant architecture, we assumed it may have been Samsung, some other players were mentioned as potentially showing interest in neuromorphic computing, now as the pace has really accelerated within this sector we are only now truly witnessing how advanced, firstly Peter and then his mate in crime, Anil were leading this very disruptive technology.
As Sean has stated after being challenged by the female interviewer recently, he confidently states " just you watch us"..June 2026 mentioned 10 months ago, 8 months to go and the Australian shareholders will be commencing their individual state party celebrations, as the first part of our share price starts with the word "dollar" but which number is the question.
Purely my biased opinion.
Love Akida
Regarding batteries for weaables, it becomes relevant that BrainChip can help batteries life span and overall performance, meaning we may well have an NDA and working with wearable battery companies themselves to assist in all of their their future batterys / products...
Would it be correct in thinking Akida can fit inside the battery itself or would this not be possible and require to be outside the battery form factor ?.
Any bright people here could advise, i would much appreciate it ?.
EG. . http://www.renata.com
Go brainchip
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smoothsailing18
Regular
Liked by their CEO
www.linkedin.com
#ai #machinelearning #rfsystems #electronicwarfare #radar #simulation #syntheticdata #defenseinnovation #rfview | Information Systems Laboratories
Advancing AI/ML in RF Systems with High-Fidelity, Validated Training Data In today’s rapidly evolving electromagnetic battlespace, the success of AI/ML-driven RF systems depends on one critical foundation — trusted, high-fidelity training data. At ISL, we’re bridging the gap between synthetic...
Is he back
This Halloween, intelligence comes alive on the edge
At embedded world North America 2025, we're showcasing TENNS 1B, our state-space model built for the Akida platform. Designed for real-time reasoning and efficient edge performance, it proves that true intelligence doesn't need the cloud to think fast.
Smaller, smarter, and closer to the data source. The future of AI is alive and thinking
A special thank you to Nikunj Kotecha, our Senior Solutions Architect, for breaking down how Akida makes on-device AI truly intelligent. Your expertise helps us show the world what purposeful AI looks like in action.
See us at:
embedded world North America 2025
November 4–6, 2025
Anaheim Convention Center
Booth 3080
www.linkedin.com
This Halloween, intelligence comes alive on the edge
At embedded world North America 2025, we're showcasing TENNS 1B, our state-space model built for the Akida platform. Designed for real-time reasoning and efficient edge performance, it proves that true intelligence doesn't need the cloud to think fast.
Smaller, smarter, and closer to the data source. The future of AI is alive and thinking
A special thank you to Nikunj Kotecha, our Senior Solutions Architect, for breaking down how Akida makes on-device AI truly intelligent. Your expertise helps us show the world what purposeful AI looks like in action.
See us at:
embedded world North America 2025 November 4–6, 2025 Anaheim Convention Center Booth 3080#brainchip #tenns1b #edgeai #akida #embeddedworld #ai #innovation #halloween #embeddedai #edgecomputing #aiinnovation #smarttechnology #realtimeai #datadriven #techshowcase #anaheimevents… | BrainChip
🎃 This Halloween, intelligence comes alive on the edge 👻 At embedded world North America 2025, we're showcasing TENNS 1B, our state-space model built for the Akida platform. Designed for real-time reasoning and efficient edge performance, it proves that true intelligence doesn't need the cloud...
Stable Genius
Regular
Chelpis leading the way in Quantum:
Oct. 30, 2025 13:04
Chelpis founder and CEO Chih Ming-yang speaks at MITRE conference. (Chelpis photo)
1263
TAIPEI (Taiwan News) — Chelpis Founder and CEO Chih Ming-yang (池明洋) delivered a keynote speech on Taiwan’s post-quantum cryptography (PQC) migration framework at the MITRE PQC Forum on Monday in McLean, Virginia.
Chih became the first Taiwanese corporate leader invited by MITRE to speak on PQC migration. His address focused on securing the global semiconductor supply chain, underscoring Taiwan’s growing role in advancing cybersecurity and quantum-safe technologies, per a press release.
He said Taiwan’s government has designated PQC as a key national technology and integrated quantum decryption risks into its national cybersecurity strategy. Led by the Ministry of Digital Affairs, a five-year PQC promotion plan was launched in 2024. The Financial Supervisory Commission is also preparing quantum security guidelines for the financial sector to accelerate quantum-safe migration across banks and financial services.
Chih emphasized that Taiwan’s semiconductor industry, responsible for nearly 70% of the global market, is moving aggressively toward PQC adoption. Chelpis, with more than a decade of PQC research and development, has been active in international cryptographic standardization efforts. Its PQC modules have been recognized by the Linux Foundation and certified under the US National Institute of Standards and Technology Cryptographic Algorithm Validation Program.
Chih delivers speech on Taiwan PQC migration framework. (Chelpis photo)
These modules support ML-KEM and ML-DSA algorithms, which secure applications in AI data centers, drones, and robotics. Across Taiwan, dozens of chip design companies are developing PQC-enabled next-generation systems, aiming for full quantum-safe upgrades by 2027 to meet the EU Cyber Resilience Act and US cybersecurity regulations.
Following his keynote, Chih joined the “Aligning International Practices” panel with representatives from the US Department of State and the MITRE PQC Coalition to discuss cross-border PQC policy and standards alignment.
Through its Quantum Safe Migration Center, Chelpis is aligning with NIST FIPS 203/204/205 standardization and has formed alliances with Riscure, SGS, Brightsight, TUV, and Applus+. These collaborations strengthen Side-Channel Attack (SCA) and Fault Injection (FI) testing capabilities, helping build a robust chip security validation ecosystem.
After the forum, the US National Cybersecurity Center of Excellence invited Chelpis to participate in major PQC implementation projects, further boosting the company’s PQScan and PQTunnel products in global markets.
Chih also announced that Taiwan will host the Real World Crypto 2026 conference in Taipei from March 9–11, marking the first time the world’s leading cryptography conference will be held in Taiwan.
“Taiwan sincerely welcomes the global community to witness our progress in PQC research, policy, and deployment,” said Chih. “With semiconductors at its core, Taiwan is shaping the future of global quantum security.”
Founded in 2017, Chelpis Quantum Corporation specializes in post-quantum cryptography technologies, migration frameworks, and quantum-secure chip design. Through its QSMC, the company collaborates with the MITRE PQC Coalition, Linux Foundation PQCA, and Academia Sinica to enhance the cybersecurity resilience of semiconductors, drones, robotics, and AI systems.
“PQC migration is not just a technological challenge; it is a global cybersecurity collaboration,” Chih said. “Chelpis is proud to help lead the world toward a quantum-secure era.”
www.taiwannews.com.tw
brainchip.com
Chelpis presents Taiwan’s post-quantum cryptography migration framework
Taiwan cybersecurity firm presents strategy at MITRE conference in USOct. 30, 2025 13:04
Chelpis founder and CEO Chih Ming-yang speaks at MITRE conference. (Chelpis photo)
Sean Scanlan
Taiwan News, Staff Writer1263
TAIPEI (Taiwan News) — Chelpis Founder and CEO Chih Ming-yang (池明洋) delivered a keynote speech on Taiwan’s post-quantum cryptography (PQC) migration framework at the MITRE PQC Forum on Monday in McLean, Virginia.
Chih became the first Taiwanese corporate leader invited by MITRE to speak on PQC migration. His address focused on securing the global semiconductor supply chain, underscoring Taiwan’s growing role in advancing cybersecurity and quantum-safe technologies, per a press release.
He said Taiwan’s government has designated PQC as a key national technology and integrated quantum decryption risks into its national cybersecurity strategy. Led by the Ministry of Digital Affairs, a five-year PQC promotion plan was launched in 2024. The Financial Supervisory Commission is also preparing quantum security guidelines for the financial sector to accelerate quantum-safe migration across banks and financial services.
Chih emphasized that Taiwan’s semiconductor industry, responsible for nearly 70% of the global market, is moving aggressively toward PQC adoption. Chelpis, with more than a decade of PQC research and development, has been active in international cryptographic standardization efforts. Its PQC modules have been recognized by the Linux Foundation and certified under the US National Institute of Standards and Technology Cryptographic Algorithm Validation Program.
These modules support ML-KEM and ML-DSA algorithms, which secure applications in AI data centers, drones, and robotics. Across Taiwan, dozens of chip design companies are developing PQC-enabled next-generation systems, aiming for full quantum-safe upgrades by 2027 to meet the EU Cyber Resilience Act and US cybersecurity regulations.
Following his keynote, Chih joined the “Aligning International Practices” panel with representatives from the US Department of State and the MITRE PQC Coalition to discuss cross-border PQC policy and standards alignment.
Through its Quantum Safe Migration Center, Chelpis is aligning with NIST FIPS 203/204/205 standardization and has formed alliances with Riscure, SGS, Brightsight, TUV, and Applus+. These collaborations strengthen Side-Channel Attack (SCA) and Fault Injection (FI) testing capabilities, helping build a robust chip security validation ecosystem.
After the forum, the US National Cybersecurity Center of Excellence invited Chelpis to participate in major PQC implementation projects, further boosting the company’s PQScan and PQTunnel products in global markets.
Chih also announced that Taiwan will host the Real World Crypto 2026 conference in Taipei from March 9–11, marking the first time the world’s leading cryptography conference will be held in Taiwan.
“Taiwan sincerely welcomes the global community to witness our progress in PQC research, policy, and deployment,” said Chih. “With semiconductors at its core, Taiwan is shaping the future of global quantum security.”
Founded in 2017, Chelpis Quantum Corporation specializes in post-quantum cryptography technologies, migration frameworks, and quantum-secure chip design. Through its QSMC, the company collaborates with the MITRE PQC Coalition, Linux Foundation PQCA, and Academia Sinica to enhance the cybersecurity resilience of semiconductors, drones, robotics, and AI systems.
“PQC migration is not just a technological challenge; it is a global cybersecurity collaboration,” Chih said. “Chelpis is proud to help lead the world toward a quantum-secure era.”
Chelpis presents Taiwan’s post-quantum cryptography migration framework | Taiwan News | Oct. 30, 2025 13:04
Taiwan cybersecurity firm presents strategy at MITRE conference in US | Oct. 30, 2025 13:04
BrainChip Collaborates with Chelpis-Mirle on Security Solution
BrainChip teams with Chelpis and Mirle to deliver next-generation security solutions powered by low-power, adaptive edge AI capabilities.
brainchip.com
perceptron
Regular
There is an interesting video uploaded 3 days ago on youtube by the UK Neuromorphic Centre, where the Minister for Science, Innovation, Research and Nuclear, addresses the launch of the UK Multidisciplinary Centre for Neuromorphic Computing. Great to hear about other countries investing in research and understanding of neuromorphic computing and the challenges that the technology may overcome.
Post in thread 'BRN Discussion Ongoing' https://thestockexchange.com.au/threads/brn-discussion-ongoing.1/post-477102
AutoPerspectives News Roundup: Oct 20, 2025 | Pete Bernard
Mercedes has introduced a concept car which is perhaps the first instance of an automobile to use #neuromorphic computing - definitely the shape of things to come! #edgeai #automotive Sumeet Kumar Steve Brightfield EDGE AI FOUNDATION https://lnkd.in/gY94A3vw
perceptron
Regular
AutoPerspectives News Roundup: Oct 20, 2025 | Pete Bernard
Mercedes has introduced a concept car which is perhaps the first instance of an automobile to use #neuromorphic computing - definitely the shape of things to come! #edgeai #automotive Sumeet Kumar Steve Brightfield EDGE AI FOUNDATION https://lnkd.in/gY94A3vw
View attachment 92630 View attachment 92631
Appreciate the link. Have you found any information about the neuromorphic computing within the vehicle?
Bravo
If ARM was an arm, BRN would be its biceps💪!
Chelpis leading the way in Quantum:
Chelpis presents Taiwan’s post-quantum cryptography migration framework
Taiwan cybersecurity firm presents strategy at MITRE conference in US
Oct. 30, 2025 13:04
Chelpis founder and CEO Chih Ming-yang speaks at MITRE conference. (Chelpis photo)
Sean Scanlan
Taiwan News, Staff Writer
1263
TAIPEI (Taiwan News) — Chelpis Founder and CEO Chih Ming-yang (池明洋) delivered a keynote speech on Taiwan’s post-quantum cryptography (PQC) migration framework at the MITRE PQC Forum on Monday in McLean, Virginia.
Chih became the first Taiwanese corporate leader invited by MITRE to speak on PQC migration. His address focused on securing the global semiconductor supply chain, underscoring Taiwan’s growing role in advancing cybersecurity and quantum-safe technologies, per a press release.
He said Taiwan’s government has designated PQC as a key national technology and integrated quantum decryption risks into its national cybersecurity strategy. Led by the Ministry of Digital Affairs, a five-year PQC promotion plan was launched in 2024. The Financial Supervisory Commission is also preparing quantum security guidelines for the financial sector to accelerate quantum-safe migration across banks and financial services.
Chih emphasized that Taiwan’s semiconductor industry, responsible for nearly 70% of the global market, is moving aggressively toward PQC adoption. Chelpis, with more than a decade of PQC research and development, has been active in international cryptographic standardization efforts. Its PQC modules have been recognized by the Linux Foundation and certified under the US National Institute of Standards and Technology Cryptographic Algorithm Validation Program.
Chih delivers speech on Taiwan PQC migration framework. (Chelpis photo)
These modules support ML-KEM and ML-DSA algorithms, which secure applications in AI data centers, drones, and robotics. Across Taiwan, dozens of chip design companies are developing PQC-enabled next-generation systems, aiming for full quantum-safe upgrades by 2027 to meet the EU Cyber Resilience Act and US cybersecurity regulations.
Following his keynote, Chih joined the “Aligning International Practices” panel with representatives from the US Department of State and the MITRE PQC Coalition to discuss cross-border PQC policy and standards alignment.
Through its Quantum Safe Migration Center, Chelpis is aligning with NIST FIPS 203/204/205 standardization and has formed alliances with Riscure, SGS, Brightsight, TUV, and Applus+. These collaborations strengthen Side-Channel Attack (SCA) and Fault Injection (FI) testing capabilities, helping build a robust chip security validation ecosystem.
After the forum, the US National Cybersecurity Center of Excellence invited Chelpis to participate in major PQC implementation projects, further boosting the company’s PQScan and PQTunnel products in global markets.
Chih also announced that Taiwan will host the Real World Crypto 2026 conference in Taipei from March 9–11, marking the first time the world’s leading cryptography conference will be held in Taiwan.
“Taiwan sincerely welcomes the global community to witness our progress in PQC research, policy, and deployment,” said Chih. “With semiconductors at its core, Taiwan is shaping the future of global quantum security.”
Founded in 2017, Chelpis Quantum Corporation specializes in post-quantum cryptography technologies, migration frameworks, and quantum-secure chip design. Through its QSMC, the company collaborates with the MITRE PQC Coalition, Linux Foundation PQCA, and Academia Sinica to enhance the cybersecurity resilience of semiconductors, drones, robotics, and AI systems.
“PQC migration is not just a technological challenge; it is a global cybersecurity collaboration,” Chih said. “Chelpis is proud to help lead the world toward a quantum-secure era.”
Chelpis presents Taiwan’s post-quantum cryptography migration framework | Taiwan News | Oct. 30, 2025 13:04
Taiwan cybersecurity firm presents strategy at MITRE conference in US | Oct. 30, 2025 13:04
BrainChip Collaborates with Chelpis-Mirle on Security Solution
BrainChip teams with Chelpis and Mirle to deliver next-generation security solutions powered by low-power, adaptive edge AI capabilities.
Thanks for posting this article @Stable Genius!
I noticed it states "Across Taiwan, dozens of chip design companies are developing PQC-enabled generation systems, aiming for full quantum-safe upgrades by 2027 to meet the EU Cyber Resilience Act and US cybersecurity regulations."
I think this is a key point for BrainChip + Chelpis, because Chelpis' PQC technology is already paired with Akida inside the joint M.2 security card.
As these new regulations kick in, every product with digital elements sold in Europe will need to prove it’s secure by design and ready for post-quantum algorithms. The same shift is happening in the US, where government systems are being told to migrate to quantum-safe cryptography by the end of the decade. So, by 2027-2030, companies will need PQC hardware to stay compliant.
That’s exactly the sweet spot for the BrainChip + Chelpis card which is a plug-and-play module that combines Akida's low-power AI with quantum-resistant encryption.
Bearing in mind the compliance timelines, the demand for this type of hardware could really ramp up over the next two years or so.
Chelpis already has recognized PQC implementations and is now engaging with U.S. cybersecurity agencies which should put BrainChip’s technology in the spotlight as the world moves toward quantum-safe infrastructure.
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Bravo
If ARM was an arm, BRN would be its biceps💪!
The header literally says: “This is a work of fiction inspired by real-world trends and technologies… not factual.”
But, it's very nice to think that one day, in the not too distant future, this could be 100% factual.
Ashish Sharda
Sep 22, 2025
Note: This is a work of fiction inspired by real-world trends and technologies. The events, quotes, and claims about secret projects are not factual and are intended for creative purposes only.
If you’re serious about online privacy and streaming freedom, here’s what I found works best:
✔ True privacy — no tracking, no spying, full security on every device
✔ Fast streaming — unlocks Netflix, YouTube, sports without buffering
✔ Reliable and safe — unlike free VPNs that risk your data
✔ One-click setup on phone, laptop, and tablet
The Brain Chip Revolution No One Saw Coming
In 2027, the future isn’t just about AI; it’s about on-device AI. The battle for supremacy in autonomous systems — from self-driving cars to humanoid robots — is no longer about who has the biggest supercomputer…
For years, the industry was stuck on a simple but flawed idea: gather as much data as possible and send it to the cloud for processing. But this “cloud-first” approach is slow, consumes staggering amounts of energy, and is a non-starter for systems that need to make instantaneous, life-or-death decisions.
Turns out, Tesla, SpaceX, and Boston Dynamics have been working on a solution to this problem, a quiet little secret hiding in plain sight. They’re betting on neuromorphic chips — processors designed to mimic the human brain’s elegant, low-power, and event-driven architecture.
But, it's very nice to think that one day, in the not too distant future, this could be 100% factual.
Why Tesla, SpaceX, and Boston Dynamics Are Secretly Betting on Neuromorphic Chips in 2027
Ashish Sharda
Sep 22, 2025
Note: This is a work of fiction inspired by real-world trends and technologies. The events, quotes, and claims about secret projects are not factual and are intended for creative purposes only.
If you’re serious about online privacy and streaming freedom, here’s what I found works best:
✔ True privacy — no tracking, no spying, full security on every device
✔ Fast streaming — unlocks Netflix, YouTube, sports without buffering
✔ Reliable and safe — unlike free VPNs that risk your data
✔ One-click setup on phone, laptop, and tablet
The Brain Chip Revolution No One Saw Coming
In 2027, the future isn’t just about AI; it’s about on-device AI. The battle for supremacy in autonomous systems — from self-driving cars to humanoid robots — is no longer about who has the biggest supercomputer…
For years, the industry was stuck on a simple but flawed idea: gather as much data as possible and send it to the cloud for processing. But this “cloud-first” approach is slow, consumes staggering amounts of energy, and is a non-starter for systems that need to make instantaneous, life-or-death decisions.
Turns out, Tesla, SpaceX, and Boston Dynamics have been working on a solution to this problem, a quiet little secret hiding in plain sight. They’re betting on neuromorphic chips — processors designed to mimic the human brain’s elegant, low-power, and event-driven architecture.
The Brain Chip: A Mind for the Machine
If traditional GPUs are like a monstrously powerful calculator, neuromorphic chips are like a human mind. They don’t process data in a rigid, step-by-step fashion. Instead, they operate on “spikes,” or events…smoothsailing18
Regular
Imagine if Akida can be integrated into the actual battery used in all wearables. If BrainChip are chasing this path which I believe they should be, the company will sell billions of batteries.
The concept of embedding computational capabilities directly within a power source is an emerging area of research, often termed "smart batteries" or "computational batteries." While current commercial implementations of BrainChip's Akida are typically found on dedicated chips or modules, the IP's small footprint and power efficiency make it a strong candidate for such advanced integration. For instance, the Akida IP can be as small as a few square millimeters when fabricated in advanced process nodes, making the physical dimensions of the IP core itself negligible compared to a typical small battery. The primary hurdle would be the practical engineering of such a system, including the necessary power regulation, data input/output, and thermal dissipation within the confined and chemically active environment of a battery, rather than the size of the Akida IP itself[
The concept of embedding computational capabilities directly within a power source is an emerging area of research, often termed "smart batteries" or "computational batteries." While current commercial implementations of BrainChip's Akida are typically found on dedicated chips or modules, the IP's small footprint and power efficiency make it a strong candidate for such advanced integration. For instance, the Akida IP can be as small as a few square millimeters when fabricated in advanced process nodes, making the physical dimensions of the IP core itself negligible compared to a typical small battery. The primary hurdle would be the practical engineering of such a system, including the necessary power regulation, data input/output, and thermal dissipation within the confined and chemically active environment of a battery, rather than the size of the Akida IP itself[
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Bravo
If ARM was an arm, BRN would be its biceps💪!
This article (see link below) is a great read, albeit a very long one!
It's a really nice overview from Zeal 3D on “Physical AI” and how the stack is shifting from cloud-only to edge+cloud for robots, drones, and autonomous machines.
It name-checks the usual heavyweights like NVIDIA and Tesla, but the edge-AI section also lists “BrainChip Akida” among key players, alongside Jetson, Dojo, RB5, etc.
Robotics is the core focus, but it also brings in drones, mobile platforms, factory automation, and healthcare devices, basically anything that senses, thinks and acts in the real world.
The article talks about the next chip wave at the edge which blends energy efficiency with neuromorphic design, and it calls out a hybrid future of CPUs/GPUs with neuromorphic cores. It also highlights rising demand across industrial, logistics, healthcare, construction/mining - all domains where low-power edge inference matters.
Being listed as a “key player” in edge compute for physical AI reinforces that Akida could one day form part of the standard toolkit for on-device perception and control.
The article frames a future where neuromorphic blocks sit alongside GPUs, meaning Akida can co-exist with NVIDIA/Tesla stacks rather than compete head-on.
I thought the ideas and information presented in this article tie-in quite nicely to those presented in the CogniEdge.AI white paper.
Articles like this show growing awareness of neuromorphic approaches in mainstream robotics coverage and they’re now placing Akida in the edge stack!!!
Extract 1
Extract 2
Extract 3
Extract 4
https://www.zeal3dprinting.com.au/p...-shaping-the-future-of-embodied-intelligence/
It's a really nice overview from Zeal 3D on “Physical AI” and how the stack is shifting from cloud-only to edge+cloud for robots, drones, and autonomous machines.
It name-checks the usual heavyweights like NVIDIA and Tesla, but the edge-AI section also lists “BrainChip Akida” among key players, alongside Jetson, Dojo, RB5, etc.
Robotics is the core focus, but it also brings in drones, mobile platforms, factory automation, and healthcare devices, basically anything that senses, thinks and acts in the real world.
The article talks about the next chip wave at the edge which blends energy efficiency with neuromorphic design, and it calls out a hybrid future of CPUs/GPUs with neuromorphic cores. It also highlights rising demand across industrial, logistics, healthcare, construction/mining - all domains where low-power edge inference matters.
Being listed as a “key player” in edge compute for physical AI reinforces that Akida could one day form part of the standard toolkit for on-device perception and control.
The article frames a future where neuromorphic blocks sit alongside GPUs, meaning Akida can co-exist with NVIDIA/Tesla stacks rather than compete head-on.
I thought the ideas and information presented in this article tie-in quite nicely to those presented in the CogniEdge.AI white paper.
Articles like this show growing awareness of neuromorphic approaches in mainstream robotics coverage and they’re now placing Akida in the edge stack!!!
Extract 1
Extract 2
Extract 3
Extract 4
https://www.zeal3dprinting.com.au/p...-shaping-the-future-of-embodied-intelligence/
This was found by someone on the other place, poster rayz.
The short video in the link is very interesting, NikungJ Kotecha seems to be a very smart guy.
www.linkedin.com
The short video in the link is very interesting, NikungJ Kotecha seems to be a very smart guy.
#brainchip #tenns1b #edgeai #akida #embeddedworld #ai #innovation #halloween #embeddedai #edgecomputing #aiinnovation #smarttechnology #realtimeai #datadriven #techshowcase #anaheimevents… | BrainChip
🎃 This Halloween, intelligence comes alive on the edge 👻 At embedded world North America 2025, we're showcasing TENNS 1B, our state-space model built for the Akida platform. Designed for real-time reasoning and efficient edge performance, it proves that true intelligence doesn't need the cloud...
GR801 | Gaisler
GR801 is a radiation-hardened SoC designed to enable reliable artificial intelligence (AI) applications in space. The GR801 device is part of our GRAIN (Gaisler Research Artificial Intelligence NOEL-V) product line.
www.gaisler.com
#edhpc #spacecomputing #riscv #noelv #gr765 #gr801 | Sandi Habinc
The highlights of the fourth day at EDHPC 2025 were the GR765 and GR801 presentations from Frontgrade Gaisler. But I might be biased. Two new devices based on the RISC-V International architecture. And I’m pretty sure they will be found on ADHA and SpaceVPX/VNX+ boards in the future. Great...
This was found by someone on the other place, poster rayz.
The short video in the link is very interesting, NikungJ Kotecha seems to be a very smart guy.
#brainchip #tenns1b #edgeai #akida #embeddedworld #ai #innovation #halloween #embeddedai #edgecomputing #aiinnovation #smarttechnology #realtimeai #datadriven #techshowcase #anaheimevents… | BrainChip
🎃 This Halloween, intelligence comes alive on the edge 👻 At embedded world North America 2025, we're showcasing TENNS 1B, our state-space model built for the Akida platform. Designed for real-time reasoning and efficient edge performance, it proves that true intelligence doesn't need the cloud...
Is this different from the post from @yogi ?
Similar threads
