BRN Discussion Ongoing
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Obviously not… same game as yesterday…..20…19.8……………….20..19.5..if we are lucky, we close 19.5….
that’s how it is…. But I was expecting a bloodbath actually.. 
quite confident until now 
Edit.. volume dropped also.. in the last 2 weeks we had at the same time around 5-8 million
TheDrooben
Pretty Pretty Pretty Pretty Good
#edgeai #taipei2025 #neuromorphiccomputing #akida #artificialintelligence #ondeviceai #lowpowerai #techeventstaipei #intelligentdevices #aicommunity | BrainChip
🌏 We’re heading to EDGE AI Taipei 2025! Join BrainChip this November 11–12 in Taipei with EDGE AI FOUNDATION as we showcase how Akida™ neuromorphic technology is powering the future of intelligent devices at the edge. Experience the next generation of on-device learning, ultra-low-power AI...
TheDrooben
Pretty Pretty Pretty Pretty Good
Looks like our PR dept isn't the only one without a spellchecker......
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Looks like our PR dept isn't the only one without a spellchecker......
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Waht a mess
HarryCool1
Regular
Cum on!! Their only humane...
TheDrooben
Pretty Pretty Pretty Pretty Good
Found this on the Parsons Corporation website......written in 2020 it is "an article from the future". I can see how our recent strategic partnership is a good fit since they were forecasting trends in technology development where we excel.......
www.parsons.com
Happy as Larry
5 Ways Data Trends Will Change The Face Of The 2030s
One of our cyber colleagues is already thinking 10 years ahead. Read our predictions on how data trends will change the face of the 2030s.
Happy as Larry
Link please?Raz
THEY ARE USING
AKIDA 2.0
Madhu Gaganam 3rd+
Edge AI Strategist | Physical AI Architect | Trusted Advisor | Entrepreneur | Industrial Techie
1d
Follow
Transform Manufacturing with CogniEdge.ai’s Industry 5.0 Vision! Ready for a factory where robots adapt to human needs, boosting efficiency and well-being? Our new white paper based on a feasibility study, "Neuroadaptive Physical AI: Revolutionizing Human-Robot Collaboration for Industry 5.0" (attached), unveils CogniEdge.ai’s CEDR framework. Conceptualized with NVIDIA Jetson AGX Thor and BrainChip Akida 2.0, CEDR integrates the RBHRC methodology (inspired by Zhang et al., 2020) to assign roles such as Task Overseer, Task Executor, Collaborative Task Specialist, while coordinating UR5 cobots, Tesla Optimus humanoids, and DJI drones. Key results from our study on EV battery assembly line:25% throughput gains
smoothsailing18
Regular
hot crapper
Exciting developments coming in a flurry of news grabs, got to be feeling positive.
Now the 4C delivered pretty much what all shareholders were thinking but maybe not saying, I felt that the update was well
presented, explained clearly with a clear agenda ahead.
Do I think another Cap. Raise is on the agenda......yes, I do, just call it a forced dilution if we wish to succeed.
The company's forward estimates of outgoings have been set at around 4.92 million USD per quarter, for just under 9 months
of runway, with no revenue factored in obviously, or Cap. Raise's for that matter either.
Too much positive activity going on, let's go Brainchip!
Tech x
Now the 4C delivered pretty much what all shareholders were thinking but maybe not saying, I felt that the update was well
presented, explained clearly with a clear agenda ahead.
Do I think another Cap. Raise is on the agenda......yes, I do, just call it a forced dilution if we wish to succeed.
The company's forward estimates of outgoings have been set at around 4.92 million USD per quarter, for just under 9 months
of runway, with no revenue factored in obviously, or Cap. Raise's for that matter either.
Too much positive activity going on, let's go Brainchip!
Tech x
CHIPS
Regular
Raz
THEY ARE USING
AKIDA 2.0
Madhu Gaganam 3rd+
Edge AI Strategist | Physical AI Architect | Trusted Advisor | Entrepreneur | Industrial Techie
1d
Follow
Transform Manufacturing with CogniEdge.ai’s Industry 5.0 Vision! Ready for a factory where robots adapt to human needs, boosting efficiency and well-being? Our new white paper based on a feasibility study, "Neuroadaptive Physical AI: Revolutionizing Human-Robot Collaboration for Industry 5.0" (attached), unveils CogniEdge.ai’s CEDR framework. Conceptualized with NVIDIA Jetson AGX Thor and BrainChip Akida 2.0, CEDR integrates the RBHRC methodology (inspired by Zhang et al., 2020) to assign roles such as Task Overseer, Task Executor, Collaborative Task Specialist, while coordinating UR5 cobots, Tesla Optimus humanoids, and DJI drones. Key results from our study on EV battery assembly line:
Transform Your Operations with Cogniedge.ai | CogniEdge.ai
Join our Q1 2026 pilot to experience the future of human-robot collaboration. Discover how our CEDR framework enhances efficiency, reduces errors, and boosts worker satisfaction across various industries.
cogniedge.ai
Given that we've joined the dots with Boston Dynamics before, here's a Spot of ML ML:
Spot Watches Its Step | Boston Dynamics | Watch
No actual links to us, but it shows the process in a high level way.
Spot Watches Its Step | Boston Dynamics | Watch
No actual links to us, but it shows the process in a high level way.
equanimous
Norse clairvoyant shapeshifter goddess
Sharing this because its AI related 
Bravo
If ARM was an arm, BRN would be its biceps💪!
OOOooh...
I just stumbled across this LinkedIn post about neuromorphic chips from Soumya Sagiri (Principal Gen AI Privacy Security Strategist & Engineering @ AWS).
IMO her post signals that neuromorphic hardware is the logical next step once current edge-to-cloud security and privacy workflows hit their practical limits.
She reframes neuromorphic computing as a security and privacy enabler, not just a power-efficiency experiment, but she notes that “neuromorphic hardware is still mostly in research and pilot stage today (e.g., Intel Loihi, IBM TrueNorth).”
I’m thinking I’ll email this to Tony Lewis tomorrow to see if he’d like to invite Soumya to try Akida Cloud, which allows hardware-free testing of BrainChip’s Akida 2 platform.
Soumya also says: “In the future, neuromorphic chips could act as a real-time security co-processor… flagging anomalies in milliseconds.” To me, that makes it pretty explicit - the future state of this architecture is neuromorphic, with mainstream adoption once hardware is production-ready.
And take a look at the comment below from Rudy Bakalov (Cloud/Cybersecurity/AI exec, AWS)!
Rudy says: “Neuromorphic chips will change the game once they move from pilot to production,” and he calls out on-device agentic AI as the first breakout use case, arguing neuromorphic creates a new security paradigm.
For clarity, on-device agentic AI = a self-contained intelligent agent that can sense its environment, decide, and take action in real time- right on the device.
Neuromorphic chips: A new way to build security controls into hardware | Soumya Sagiri posted on the topic | LinkedIn
Neuromorphic chips are processors that mimic neurons and synapses using event-driven signals. This is not only about power savings. It also opens a new way to build security and privacy controls directly into hardware. Neuromorphic hardware is still mostly in research and pilot stage today, for...
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smoothsailing18
Regular
Great idea brilliant
OOOooh...
I just stumbled across this LinkedIn post about neuromorphic chips from Soumya Sagiri (Principal Gen AI Privacy Security Strategist & Engineering @ AWS).
IMO her post signals that neuromorphic hardware is the logical next step once current edge-to-cloud security and privacy workflows hit their practical limits.
She reframes neuromorphic computing as a security and privacy enabler, not just a power-efficiency experiment, but she notes that “neuromorphic hardware is still mostly in research and pilot stage today (e.g., Intel Loihi, IBM TrueNorth).”
I’m thinking I’ll email this to Tony Lewis tomorrow to see if he’d like to invite Soumya to try Akida Cloud, which allows hardware-free testing of BrainChip’s Akida 2 platform.
Soumya also says: “In the future, neuromorphic chips could act as a real-time security co-processor… flagging anomalies in milliseconds.” To me, that makes it pretty explicit - the future state of this architecture is neuromorphic, with mainstream adoption once hardware is production-ready.
And take a look at the comment below from Rudy Bakalov (Cloud/Cybersecurity/AI exec, AWS)!
Rudy says: “Neuromorphic chips will change the game once they move from pilot to production,” and he calls out on-device agentic AI as the first breakout use case, arguing neuromorphic creates a new security paradigm.
For clarity, on-device agentic AI = a self-contained intelligent agent that can sense its environment, decide, and take action in real time- right on the device.
Might as well ask Tony if he'd like to send Rudy an invite too while I'm at it...
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Neuromorphic chips: A new way to build security controls into hardware | Soumya Sagiri posted on the topic | LinkedIn
Neuromorphic chips are processors that mimic neurons and synapses using event-driven signals. This is not only about power savings. It also opens a new way to build security and privacy controls directly into hardware. Neuromorphic hardware is still mostly in research and pilot stage today, for...www.linkedin.com
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