BRN Discussion Ongoing

Be good for the company to give us an update on the number of raspberry pi units sold.
That would be nice but I have always thought that these products had two purposes:

1. Exposing the technology and raising academic and industry knowledge and interest; and

2. Providing a way to hide the precise quantum of licence fees being paid.

If I am correct then beyond a 'we are pleased with the uptake' and 'we expect to have further units available by such & such a date but we are taking advanced orders' I doubt that we will be given precise numbers or a breakdown on receipts.

My opinion and speculation only DYOR
FF

AKIDA BALLISTA
 
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Diogenese

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Hi all,
Here’s a promotional magazine from the RAAF. This is an excellent synopsis of where our Air Force is headed.
Project Jericho is mentioned often. Obviously the nuts and bolts of their technology will be classified but reading between the lines you can see where Akida can be utilised.
https://view.publitas.com/jericho/at-the-edge/page/20-21

I’ve cut and pasted some of the “Headlines” from the Magazine for your interest. But suggest you hit the link and have a read for yourself. I’m pretty sure Uiux has most of the them covered in detail but there’s plenty too look at!
View attachment 2936
View attachment 2935
View attachment 2938

View attachment 2937 View attachment 2939
View attachment 2940
View attachment 2941
View attachment 2942
The RAAF had a pilotless plane (drone) back in the '60s - Jindivik - used it to tow live fire Ack-Ack targets.

Made by the Government Aircraft factory.

If only we could dig up all those old engineers ...
 
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The RAAF had a pilotless plane (drone) back in the '60s - Jindivik - used it to tow live fire Ack-Ack targets.

Made by the Government Aircraft factory.

If only we could dig up all those old engineers ...
All their graves will be recorded and if it is in the national interest I am sure permission will be granted. FF
 
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Violin1

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Posted on Mercedes thread. Middle of last year and might be old news but noting recent discussion about the operating system the article also says its own chips.

"The latest to announce its own system is Mercedes-Benz, which on Friday said it is developing the new MB.OS (Mercedes-Benz Operating System) for launch in 2024. The Volkswagen Group via its in-house software development company Cariad is also working on its own OS, as well as its own computer chips."
 
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Violin1

Regular
Posted on Mercedes thread. Middle of last year and might be old news but noting recent discussion about the operating system the article also says its own chips.

"The latest to announce its own system is Mercedes-Benz, which on Friday said it is developing the new MB.OS (Mercedes-Benz Operating System) for launch in 2024. The Volkswagen Group via its in-house software development company Cariad is also working on its own OS, as well as its own computer chips."
Apologies - left out Volkswagon! Lol sorry if I accidentally got people excited.
 
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Diogenese

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All their graves will be recorded and if it is in the national interest I am sure permission will be granted. FF
One of my engineering lecturers used to work at Woomera - for evening classes, we could turn the lights off ...
 
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ON A SERIOUS NOTE:

It is often mentioned here (mostly by me) that Ken Scarince stated in his German Investor presentation that Brainchip would disrupt industries that do not yet exist.

Just now I found the following link which takes you to page after page of potential uses of an efficient e-nose broken up into industry segments.

Some of the use cases also come with links and having opened a few you will likely find on opening a research paper and an abstract giving greater clarity however the short description at the beginning of each use case gives the flavour.

Not that I am in any way shape or form dismissing every other industry that Brainchip is playing in but going through this list made it absolutely clear that given AKIDA produces state of the art processing of VOC's on device without connection it could just concentrate on e-nose and as Homer Simpson would say we would all be millionaires.

Enjoy:


My opinion only DYOR
FF

AKIDA BALLISTA
 
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Slade

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That would be nice but I have always thought that these products had two purposes:

1. Exposing the technology and raising academic and industry knowledge and interest; and

2. Providing a way to hide the precise quantum of licence fees being paid.

If I am correct then beyond a 'we are pleased with the uptake' and 'we expect to have further units available by such & such a date but we are taking advanced orders' I doubt that we will be given precise numbers or a breakdown on receipts.

My opinion and speculation only DYOR
FF

AKIDA BALLISTA
Thank you FF, it makes sense. However, I can’t see the harm in providing shareholders with some further information. Even if the company could just let shareholders know how many Akida chips are now out there in the real world. This would prevent a lot of wild speculation. It depends on who you listen to but I have seen the number varying from a couple of thousand to a few million. No doubt BrainChip will do more to raise the awareness of their successes soon. They have a gun team that would be working to a strategy. In the meantime, it’s gotta be said that LT Shareholders are demonstrating good levels of patience.
On a different note, it appears that the idea of releasing an Akida dongle has been delayed or dropped. I haven’t heard a peep about it. I think an update is warranted.
 
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The RAAF had a pilotless plane (drone) back in the '60s - Jindivik - used it to tow live fire Ack-Ack targets.

Made by the Government Aircraft factory.

If only we could dig up all those old engineers ...
Hugh Jarret who was a gunnery officer at HMAS Cerberus was the original inventor of the Jindivick. It was referred to in conversation between my father and Hugh that I overheard as an eleven year old child as a ( missile).
 
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Diogenese

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VictorG

Member
@Fact Finder, I think I found the perfect avatar for you.


Fact Finder Avatar.jpg
 

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Slymeat

Move on, nothing to see.
My Akida PCie card arrived today. Serial number 00000195.

It's real! It does exist! It's not just research or vaporware.

I can actually hold it in my hand!

That's $750AU of revenue the company has made this quarter. :)
 

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SOLD OUT......... Looks like the marketing and sales departments are doing a great job getting the word out. Looking forward to the next IP sale announcement ............. hopefully to DELL View attachment 2926
Hopefully there is a way to backorder.
 
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The weather has fined up and Brainchip has won the toss and to take advantage of what looks from up here to be a pretty good batting wicket has elected to bat. Opening for Brainchip will be AKD1000 and the IP. We go down to our on field commentator Tata Elxsi for a wicket condition report. Over to you Tata:

Edge AI Solutions

Innovate|Design|Scale
Edge AI Solutions

“Edge AI is here to stay! Artificial intelligence (AI) is powering many real-world applications which we see in our daily lives. AI, once seen as an emerging technology, has now successfully penetrated every industry (B2B & B2C) Banking, logistics, healthcare, defense, manufacturing, retail, automotive, consumer electronics. Smart Speaker like Echo, Google Nest, is one such example of Edge AI solutions in the consumer electronics sector.
AI technology is powerful, and human-kind has set its eye on the path of harnessing its potential to the fullest. Intelligence brought to the device can be very useful and creative.
The key requirements that need to be factored in designing Edge AI architecture are — bandwidth, latency, privacy, security, power consumption. While envisioning an Edge AI solution, these requirements need to be thoroughly weighed in terms of what feature can be traded off and yet be effective.
AI enables the machines to perform cognitive functions such as perceiving, reasoning, and learning similar to humans but much faster and accurately. AI implementation is majorly classified into two phases — Learning and Inference.
Globally, the AI chipset market size is expected to be valued at USD 7.6 billion in 2020 and likely to reach USD 57.8 billion by 2026, at a CAGR of 40.1% during this period. Implementation of AI is the current trend in chip technology, and it’s going to stay that way. Many leading semiconductor companies and venture capitalists see it as the right tech-front for investment.

Opportunities & Challenges

Changing dynamics in terms of hardware consideration for learning and inference has led to the Edge AI hardware market being segmented into CPU, GPU, ASIC, and FPGA. ASICs enable high processing capability with low-power consumption, making them perfectly suited for Edge devices in many applications. It is estimated that an Edge AI architecture inference implemented on ASIC will grow from 30% to 70% and 20% on GPU by 2025. Edge devices are embedded products with resource constraints, and hence, Edge AI implementation needs to be thought of as an application-specific use case. AI-based applications for Edge devices are intelligent robots, autonomous vehicles, smart home appliances, among others. The primary applications that run over Edge AI are related to image/video, sound, and speech, natural language processing, device control system, and high-volume computing.
The global Edge AI software market is estimated to cross $3 Billion by 2027. At this juncture of technology innovations, Semiconductor companies enable AI solutions to realize newer strategies to grow their business and find wider hardware adoption. Many semiconductor companies are no longer seen as just component providers but as complete platform solution providers. Semiconductor companies realize value gained from software and services associated with the chipsets that allow for the rapid adoption of their platforms by the device manufacturer.
To increase their hardware market adoption, semiconductor companies are investing heavily in the software development toolkits integrated with ML/DL frameworks to deliver as a package that allows developers to quickly get started with all components for embedded systems development at ease. This allows the device manufacturer to effectively utilize the silicon resources in a shorter time-span and gain an advantage by being first to market. Edge AI chipset market is witnessing software and associated technology stacks facilitating wider adoption and faster development cycle.
AI processing at the Edge has allowed semiconductor companies and electronic device manufacturers to look beyond the horizon and re-define themselves with innovative solutions. It would be safe to say that Edge AI is driving the digital transformation and guarantees immense potential.”


The interesting aspect of all the assessments of Ai at the Edge is that every potential difficulty that commentators and industry point out Peter van der Made, Anil Mankar and the amazing team at Brainchip past and present have addressed in the AKIDA technology solution.

It is almost as if the Brainchip team had made a decision to identify every possible requirement and difficulty that could ever arise at the edge and then designed on the basis that AKIDA was going to conquer every single one. Ludicrously low power, no need for cooling, ultra high performance, capacity to use all existing networks and convert same to SNN on chip, incremental and on chip learning, unconnected autonomous processing when required, intelligent connection to address bandwidth issues, cyber secure, sensor agnostic, incredible breadth of scalability, digital, chip or IP, training via Tensorflow.

My opinion only DYOR
FF

AKIDA BALLISTA
 
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MrNick

Regular
Merc upping the anti v Elon.
 
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Baisyet

Regular
The weather has fined up and Brainchip has won the toss and to take advantage of what looks from up here to be a pretty good batting wicket has elected to bat. Opening for Brainchip will be AKD1000 and the IP. We go down to our on field commentator Tata Elxsi for a wicket condition report. Over to you Tata:

Edge AI Solutions

Innovate|Design|Scale
Edge AI Solutions

“Edge AI is here to stay! Artificial intelligence (AI) is powering many real-world applications which we see in our daily lives. AI, once seen as an emerging technology, has now successfully penetrated every industry (B2B & B2C) Banking, logistics, healthcare, defense, manufacturing, retail, automotive, consumer electronics. Smart Speaker like Echo, Google Nest, is one such example of Edge AI solutions in the consumer electronics sector.
AI technology is powerful, and human-kind has set its eye on the path of harnessing its potential to the fullest. Intelligence brought to the device can be very useful and creative.
The key requirements that need to be factored in designing Edge AI architecture are — bandwidth, latency, privacy, security, power consumption. While envisioning an Edge AI solution, these requirements need to be thoroughly weighed in terms of what feature can be traded off and yet be effective.
AI enables the machines to perform cognitive functions such as perceiving, reasoning, and learning similar to humans but much faster and accurately. AI implementation is majorly classified into two phases — Learning and Inference.
Globally, the AI chipset market size is expected to be valued at USD 7.6 billion in 2020 and likely to reach USD 57.8 billion by 2026, at a CAGR of 40.1% during this period. Implementation of AI is the current trend in chip technology, and it’s going to stay that way. Many leading semiconductor companies and venture capitalists see it as the right tech-front for investment.

Opportunities & Challenges

Changing dynamics in terms of hardware consideration for learning and inference has led to the Edge AI hardware market being segmented into CPU, GPU, ASIC, and FPGA. ASICs enable high processing capability with low-power consumption, making them perfectly suited for Edge devices in many applications. It is estimated that an Edge AI architecture inference implemented on ASIC will grow from 30% to 70% and 20% on GPU by 2025. Edge devices are embedded products with resource constraints, and hence, Edge AI implementation needs to be thought of as an application-specific use case. AI-based applications for Edge devices are intelligent robots, autonomous vehicles, smart home appliances, among others. The primary applications that run over Edge AI are related to image/video, sound, and speech, natural language processing, device control system, and high-volume computing.
The global Edge AI software market is estimated to cross $3 Billion by 2027. At this juncture of technology innovations, Semiconductor companies enable AI solutions to realize newer strategies to grow their business and find wider hardware adoption. Many semiconductor companies are no longer seen as just component providers but as complete platform solution providers. Semiconductor companies realize value gained from software and services associated with the chipsets that allow for the rapid adoption of their platforms by the device manufacturer.
To increase their hardware market adoption, semiconductor companies are investing heavily in the software development toolkits integrated with ML/DL frameworks to deliver as a package that allows developers to quickly get started with all components for embedded systems development at ease. This allows the device manufacturer to effectively utilize the silicon resources in a shorter time-span and gain an advantage by being first to market. Edge AI chipset market is witnessing software and associated technology stacks facilitating wider adoption and faster development cycle.
AI processing at the Edge has allowed semiconductor companies and electronic device manufacturers to look beyond the horizon and re-define themselves with innovative solutions. It would be safe to say that Edge AI is driving the digital transformation and guarantees immense potential.”


The interesting aspect of all the assessments of Ai at the Edge is that every potential difficulty that commentators and industry point out Peter van der Made, Anil Mankar and the amazing team at Brainchip past and present have addressed in the AKIDA technology solution.

It is almost as if the Brainchip team had made a decision to identify every possible requirement and difficulty that could ever arise at the edge and then designed on the basis that AKIDA was going to conquer every single one. Ludicrously low power, no need for cooling, ultra high performance, capacity to use all existing networks and convert same to SNN on chip, incremental and on chip learning, unconnected autonomous processing when required, intelligent connection to address bandwidth issues, cyber secure, sensor agnostic, incredible breadth of scalability, digital, chip or IP, training via Tensorflow.

My opinion only DYOR
FF

AKIDA BALLISTA
Hi FF its good to see every one on cricket pitch and commentary is about to start, we all know who are on the other side with big hope of scoring tons but its the players on our side that we dont know much about :p we need 11 players to play the game is about to begin but so far only 6 or 7 players on the field and still few players to come on the field mind you we do need extra player over the stand :) as well . Lets enjoy the game now or shall we wait Bhahahahahah

cheers
 
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JK200SX

Regular
My Akida PCie card arrived today. Serial number 00000195.

It's real! It does exist! It's not just research or vaporware.

I can actually hold it in my hand!

That's $750AU of revenue the company has made this quarter. :)
Hey Slymeat,

I'm curious, where is the serial number printed? And if you can remember, how soon after these were first advertised on the BRN website did you make the purchase?
If the serial number is an indication that it is really the195th PCIE board packaged and shipped, then there is US$97,500 revenue so far from these cards :)
(I'm hoping you would say that you placed the order within the first few days of the release :) )
Also, I love how there is five zero's at the beginning of the serial number...
 
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