BRN Discussion Ongoing

[Wags]

Great work Tech.
Yes the beard is Aerospace.

One observation I remember the trolling and attacks that were made in the former CEO Mr. Dinardo over his wardrobe and personal appearance and I have to say after watching this and many other joint presentations since commercialisation started those attacks were clearly from HC trolls. Compared with the rest of the tech industry Mr. Dinardo was very much upmarket.

I think it is important to remind the 1,000 eyes of these attempts to distract investors from the technology advantage that is AKIDA and why this zeebot forum is so valuable.

My opinion only DYOR
FF

AKIDA BALLISTA

Can't agree more re Mr Dinardo FF, I recently had some quiet time on a job and I had some of the first podcasts playing in the background. Now with the benefit of some hindsight, I was blown away at just how savvy and in-tune LDN was/is. The words he used 18 months ago seem so much clearer now.
I point my middle finger skywards to the critics and naysayers of LDN. I am definitely a fan of him and indeed, the entire great team at Brainchip.

 

[cyber]

A little light read
Elon Musk complains about farting noise feature being removed from cars

Elon Musk loses it over farting noise

Elon Musk has complained about a farting feature being removed from his Tesla cars after the US regulator stepped in.

www.news.com.au

 

[Okeydokey01]

Just listened to the Panel Discussion IMPLICATIONS OF EMBEDDED AI: MACHINE LEARNING, DEEP LEARNING, FACIAL RECOGNITION, AND OTHER PROCESSING with Anil, Colin's Areospace & Max Little, Associate Professor at the University of Birmingham.

There was no Google or Renesas in the panel, they must have been in the earlier sessions.

Anil was great, really informative, he talked about making every sensor smart.

Its funny though when the other 2 panelist talked about their current big issues in AI & Machine learning etc when Anil spoke he basically had the solution's for their problems because as we all know BrainChip is number 1

I started screen recording the session after the initial introductions, Anil starts talking at 1min 36 seconds, I saved it to my google drive so hopefully you can view with the below link, enjoy

https://drive.google.com/file/d/1fFxloaYOvyGYO1zUZm-qVnoSWI_mwHsW/view?usp=sharing

The weight of something that Anil mentioned has only just dawned on me. When Anil explains how by making a sensor smart and allowing it to analyze data and only send relevant data back for processing is massive. Of course the term "making sensors smart" has been bounded around on many occasions before. Maybe the benefits of this were lost on me prior or perhaps I simply didn't afford it the consideration it deserved.

A sensor being able to analyze data and only then transmitting what is relevant brings huge advantages in terms of latency and speed of processing, reducing the amount of data transmission as well as reducing the amount of power consumed. Refining the inputs and shedding what is not required at sensor level can only have a positive effect on the rest of the electrical circuit. The scalability of this is incredible. When you apply this to complex applications such as automotive, industrial, security/defense, aerospace etc in which you may have several sensors supplying only relevant "smart" data back the benefits begin to multiply very quickly.

However the real lightbulb moment for me was. Smart sensors take AI away from where most consumers minds traditionally go to when considering artificial intelligence and its applications and plants it directly into every single product that incorporates a PCB. No longer is AI only about how can it be used to have a product learn, aid or improve the users experience. Whether or not a product needs to be "smart" is no longer the point. Even the most basic of products will benefit in terms of performance, power consumption and accuracy from sensors or inputs that can think for themselves.

I am sure that many on here are well across all of this already. But for me this has made me think in terms of scale much larger than I had done previously.

 

[TTE]

Lets gooooo BRN, Lets Go...
Lets gooooo BRN, Lets Go.!!

nice baseline formed in IMO. quite happy with $1.40-50 as our next launchpad.

lets look back, (I've been a thinking...)

The first launch pad was from a 5-8c base, went to 90's very briefly and settled and formed a base around 50-60. a 10x+ increase!! on the surge

next, we took off from 50-60c base to hit circa ~$2.30's very briefly, and now looks like we are settling in the $1.40-$1.60 range... a 4x+ increase on the surge

IF the next launch is from this range....eg, 1.40 to 1.50 then, even if we get a 2x+ increase on some outstanding news..... we will be looking at a surge to circa $3.
though.....would be more than happy to take another 3x or 4x increase from here.....


C'mon team BRN, give us some news, drop a nugget..... you have so many hidden away, surely one could be shared!!

GLTAH's i'm ready for some news.

PS... feel free to comment/reply/bash my ludicrous thinking....be interested to read what others musings are

 

[TheDrooben]

ASX Top 200 rebalance will occur on 18th March with notice given on 4th March This will give the sp the next boost and then the big boys with their super funds and etfs will come to play........

All IMO

TheDrooben

https://www.marketindex.com.au/asx-listed-companies

We are currently ranked #171 with a MC of 2.5b
BFL is #200 with a MC of 2.05b which equates to a BRN SP of about $1.20

 

[TTE]

https://www.marketindex.com.au/asx-listed-companies

We are currently ranked #171 with a MC of 2.5b
BFL is #200 with a MC of 2.05b which equates to a BRN SP of about $1.20

yep there is another thread called "BRN - ASX Rebalance" already covering all that

BRN - ASX Rebalance

The ASX Rebalance occurs at COB (Close of Business) on the 3 Friday of March. This year that will be the 18th Notice of Rebalance is issued 2 weeks prior by the ASX, so this year that will be around Friday, March 4th, 2022 That is only 14 business days away.. if anyone is interested more in...

thestockexchange.com.au

 

[skaggle]

Great work Tech.
Yes the beard is Aerospace.

One observation I remember the trolling and attacks that were made in the former CEO Mr. Dinardo over his wardrobe and personal appearance and I have to say after watching this and many other joint presentations since commercialisation started those attacks were clearly from HC trolls. Compared with the rest of the tech industry Mr. Dinardo was very much upmarket.

I think it is important to remind the 1,000 eyes of these attempts to distract investors from the technology advantage that is AKIDA and why this zeebot forum is so valuable.

My opinion only DYOR
FF

AKIDA BALLISTA

As someone who is constantly judged on his appearance, I agree. I have surfed all my life, and look the part, and this puts off so many parents of kids I teach, primary school. Even though I work in a beach side suburb. This attitude has become more prevalent as people from outside the area, and its culture, move here and bring their attitude with them. Which I find funny, moving to an area because you love it and then trying to change its culture to the one you moved away from. Differences make the world interesting. I love people with unique attitudes and aptitudes. They're the ones changing the world.

 

[kenjikool]

The weight of something that Anil mentioned has only just dawned on me. Where Anil explains how by making a sensor smart and allowing it to analyze data and only send relevant data back for processing is massive. Of course the term "making sensors smart" has been bounded around on many occasions before. Maybe the benefits of this were lost on me prior or perhaps I simply didn't afford it the consideration it deserved.

A sensor being able to analyze data and only then transmitting what is relevant brings huge advantages, in terms of latency and speed of processing, reducing the amount of data transmission as well as reducing the amount of power consumed. Refining the inputs and shedding what is not required at sensor level can only have a positive effect on the rest of the electrical circuit. The scalability of this is incredible. When you apply this to complex applications such as automotive, industrial, security/defense, aerospace etc in which you may have several sensors supplying only relevant "smart" data back the benefits begin to multiply very quickly.

However the real lightbulb moment for me was. Smart sensors take AI away from where most consumers minds traditionally go to when considering artificial intelligence and its applications and plants it directly into every single product that incorporates a PCB. No longer is AI only about how can it be used to have a product learn, aid or improve the users experience. Whether or not a product needs to be "smart" is no longer the point. Even the most basic of products will benefit in terms of performance, power consumption and accuracy from sensors or inputs that can think for themselves.

I am sure that many on here are well across all of this already. But for me this has made me think in terms of scale much larger than I had done previously.

Welcome to the enlightened, now we do start to sound like a cult lol.

 

[TheDrooben]

yep there is another thread called "BRN - ASX Rebalance" already covering all that

BRN - ASX Rebalance

The ASX Rebalance occurs at COB (Close of Business) on the 3 Friday of March. This year that will be the 18th Notice of Rebalance is issued 2 weeks prior by the ASX, so this year that will be around Friday, March 4th, 2022 That is only 14 business days away.. if anyone is interested more in...

thestockexchange.com.au

Thanks TTE missed that one

 

[Fact Finder]

The weight of something that Anil mentioned has only just dawned on me. Where Anil explains how by making a sensor smart and allowing it to analyze data and only send relevant data back for processing is massive. Of course the term "making sensors smart" has been bounded around on many occasions before. Maybe the benefits of this were lost on me prior or perhaps I simply didn't afford it the consideration it deserved.

A sensor being able to analyze data and only then transmitting what is relevant brings huge advantages, in terms of latency and speed of processing, reducing the amount of data transmission as well as reducing the amount of power consumed. Refining the inputs and shedding what is not required at sensor level can only have a positive effect on the rest of the electrical circuit. The scalability of this is incredible. When you apply this to complex applications such as automotive, industrial, security/defence, aerospace etc in which you may have several sensors supplying only relevant "smart" data back the benefits begin to multiply very quickly.

However the real lightbulb moment for me was. Smart sensors take AI away from where most consumers minds traditionally go to when considering artificial intelligence and its applications and plants it directly into every single product that incorporates a PCB. No longer is AI only about how can it be used to have a product learn, aid or improve the users experience. Whether or not a product needs to be "smart" is no longer the point. Even the most basic of products will benefit in terms of performance, power consumption and accuracy from sensors or inputs that can think for themselves.

I am sure that many on here are well across all of this already. But for me this has made me think in terms of scale much larger than I had done previously.

Good.

This is why Rob Telson last year used the term ‘limitless’ and why AKIDA will underpin all Ai at the edge and become ubiquitous. (Sean Hehir)

This is why AKIDA at the Edge can reduce power being consumed by data centres doing deep training by 97% to 99%. (Peter van der Made)

This is why Brainchip is perhaps the most exciting company in the world bar none. (Blind Freddie)

This is why from an investors perspective if you want diversification Brainchip’s AKIDA technology provides it in spades because it has applications in every single sector of the economy. (Anil Mankar) As well as industries that do not yet exist. (Ken Scarince)

My mate Blind Freddie has given up looking for another company to invest in because holding Brainchip means he would just be going over weight in whatever industry he chose. He tolerates my interest in companies curing cancer though he points out NaNose gives exposure through early detection necessary to maximising treatment efficacy.

My opinion only DYOR
FF

AKIDA BALLISTA

 

[Fact Finder]

Good.

This is why Rob Telson last year used the term ‘limitless’ and why AKIDA will underpin all Ai at the edge and become ubiquitous. (Sean Hehir)

This is why AKIDA at the Edge can reduce power being consumed by data centres doing deep training by 97% to 99%. (Peter van der Made)

This is why Brainchip is perhaps the most exciting company in the world bar none. (Blind Freddie)

This is why from an investors perspective if you want diversification Brainchip’s AKIDA technology provides it in spades because it has applications in every single sector of the economy. (Anil Mankar) As well as industries that do not yet exist. (Ken Scarince)

My mate Blind Freddie has given up looking for another company to invest in because holding Brainchip means he would just be going over weight in whatever industry he chose. He tolerates my interest in companies curing cancer though he points out NaNose gives exposure through early detection creates rival to maximising treatment efficacy.

My opinion only DYOR
FF

AKIDA BALLISTA

Zeebot why did it change

 

[Fact Finder]

Zeebot why did it change

‘Necessary’ to ‘creates rival’???
FF

 

[TechGirl]

The weight of something that Anil mentioned has only just dawned on me. When Anil explains how by making a sensor smart and allowing it to analyze data and only send relevant data back for processing is massive. Of course the term "making sensors smart" has been bounded around on many occasions before. Maybe the benefits of this were lost on me prior or perhaps I simply didn't afford it the consideration it deserved.

A sensor being able to analyze data and only then transmitting what is relevant brings huge advantages in terms of latency and speed of processing, reducing the amount of data transmission as well as reducing the amount of power consumed. Refining the inputs and shedding what is not required at sensor level can only have a positive effect on the rest of the electrical circuit. The scalability of this is incredible. When you apply this to complex applications such as automotive, industrial, security/defense, aerospace etc in which you may have several sensors supplying only relevant "smart" data back the benefits begin to multiply very quickly.

However the real lightbulb moment for me was. Smart sensors take AI away from where most consumers minds traditionally go to when considering artificial intelligence and its applications and plants it directly into every single product that incorporates a PCB. No longer is AI only about how can it be used to have a product learn, aid or improve the users experience. Whether or not a product needs to be "smart" is no longer the point. Even the most basic of products will benefit in terms of performance, power consumption and accuracy from sensors or inputs that can think for themselves.

I am sure that many on here are well across all of this already. But for me this has made me think in terms of scale much larger than I had done previously.

Hi Okey,

I am so glad it has all finally hit you, it happened quiet some time ago for me but when it does happen, you just can't believe that you could be so lucky to own shares in this amazing company, you realize BrainChip is the smartest way forward for the Planet & that BrainChip should eventually be in pretty much everything making all sensors smart

 

[zeeb0t]

‘Necessary’ to ‘creates rival’???
FF

Hey FF - why did what change?

 

[David Soellaart]

As someone who is constantly judged on his appearance, I agree. I have surfed all my life, and look the part, and this puts off some many parents of kids teach, primary school. Even though I work in a beach side suburb. This attitude has become more prevalent as people from outside the area, and its culture move here and bring their attitude with them. Which I find funny, moving to am area because you love it and then trying to change its culture to the one you moved away from. Differences make the world interesting. I love people with unique attitudes and aptitudes. They're the ones changing the world.

This post made my day.
Everyone is an individual and we should be celebrating that.
Individuality creativity opens the world up let's not shut it down.

 

[Fullmoonfever]

Might b worth seeing what crops up later in the year at this "First International Workshop on Event Sensing and Neuromorphic
Engineering NeuroEng 2022"

More about research and papers etc but given the specific topics and I notice dude from Valeo also one of the inaugural chairs.

NeuroEng 2022 Workshop | EBCCSP'2022 Conference

NeuroEng Workshop First International Workshop on Event Sensing and Neuromorphic Engineering NeuroEng 2022 Technical focus The aim of the International Workshop on Event Sensors and Neuromorphic Engineering is to provide a platform for the research communities to exchange new ideas and research...

ebccsp2022.org

 

[SERA2g]

‘Necessary’ to ‘creates rival’???
FF

Conspiracy.

 

[zeeb0t]

creates rival

Ok I see the text now. Looking at the post there have been no edits recorded since you posted it. Maybe some autocorrect? My device does that to me all the bloody time.

 

[zeeb0t]

Ok I see the text now. Looking at the post there have been no edits recorded since you posted it. Maybe some autocorrect? My device does that to me all the bloody time.

p.s. @Fact Finder you can edit the post any time to correct it.

 

[DaBenjamins]

New job being advertised.

Nothing sticks out in the actual advert for further comment, however I thought it was interesting to look into who was doing the recruiting. Appears Cybercoders based in the US is managing this as Mecca B (from Cybercoders) has liked BRNs job advert on Linkedin. I jumped on the Cybercoders website and the Digital Design Engineer advert is there and the details line up (albeit without the ref to Brainchip).

A particular point worthy of a mention is the salary package being offered in comparison to other similar positions. Pleased to see that BRN are trying to attract the top talent as their package ranges in salary from $150-250k, where as others top out at $200k.

15 applicants for this position since listing a week ago (according to Linkedin), though Cybercoders may have received others directly.

The positive signals continue!

Digital Design Engineer
Location: Laguna Hills, CA USA

At Brainchip, we are revolutionizing Artificial Intelligence at the edge with our AkidaTM Hardware and Software products. Akida™ hardware and software products are the result of over a decade of fundamental R&D by BrainChip engineers and data scientists. Akida AI IP, AI SoC and development environment help customers create ultra-low power solutions with the ability to incrementally learn on-chip without the need to retrain in the cloud.

The Digital Design Engineer’s primary job function is to work with other team members to design and develop the digital modules from the concept to tape out or release for FPGA.

Requirements:

1. B.S. or M.S. in Electrical Engineering or equivalent
2. 5 to 10 years of RTL design experience of logic design and verification
3. Experience with the full design cycle for ASICs or FPGA
4. Knowledge of Verilog and SystemVerilog
5. Knowledge of AXI, AHB, and APB buses